THE ACTIVE COMPOUND INDEX
Our Active Compound Index brings together all of these primary and secondary metabolites. Use the search bar or filters to explore by compound name, class, plant source, plant part or health effect. Each entry lists the compound’s class, common source, botanical name, plant part and primary biological action—allowing researchers, formulators and consumers to compare options and make evidence‑based decisions.
While not exhaustive, the index is regularly updated to prioritise the compounds most frequently sought by our users.
| // PRIMARY METABOLITES: CELLULAR INFRASTRUCTURE | |||||
|---|---|---|---|---|---|
| COMPOUND | CLASS (SUB-CLASS) | PLANT SOURCE | BOTANICAL NAME | PLANT PART | PRIMARY BIOLOGICAL ACTION |
| D-Glucose | Carbohydrates (Sugar / Monosaccharide) | Sugar Cane | Saccharum officinarum | Stem | The fundamental source of fast-acting fuel for the human brain and muscle tissues. |
| D-Fructose | Carbohydrates (Sugar / Monosaccharide) | Apple | Malus domestica | Fruit | A natural sweetener that provides energy without the immediate insulin spike associated with other sugars. |
| D-Galactose | Carbohydrates (Sugar / Monosaccharide) | Soybean | Glycine max | Seed | Supports the health of human nerve cells and is a component of healthy cell-to-cell communication. |
| D-Mannose | Carbohydrates (Sugar / Monosaccharide) | Guar Bean | Cyamopsis tetragonoloba | Seed | Widely used to support urinary tract health by preventing harmful bacteria from sticking to the bladder wall. |
| D-Xylose | Carbohydrates (Sugar / Monosaccharide) | Birch Tree | Betula spp. | Wood | A low-calorie sugar used in wellness products to support healthy gut fermentation. |
| L-Arabinose | Carbohydrates (Sugar / Monosaccharide) | Sugar Beet | Beta vulgaris | Root | Helps manage blood sugar by blocking the enzyme that breaks down table sugar in the small intestine. |
| D-Ribose | Carbohydrates (Sugar / Monosaccharide) | All Plants | N/A | Every Cell | Supports heart health and athletic recovery by helping the body replenish its energy (ATP) stores. |
| 2-Deoxy-D-ribose | Carbohydrates (Sugar / Monosaccharide) | All Plants | N/A | Nucleus | The essential sugar found in every human cell that holds our entire genetic code. |
| Glyceraldehyde | Carbohydrates (Sugar / Monosaccharide) | Spinach | Spinacia oleracea | Chloroplast | A metabolic intermediate that researchers study to understand how humans process dietary sugars. |
| Dihydroxyacetone | Carbohydrates (Sugar / Monosaccharide) | Spinach | Spinacia oleracea | Chloroplast | Studied for its role in metabolism and used in wellness products for skin-toning applications. |
| D-Erythrose | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Leaves | A precursor for essential amino acids that our bodies must obtain from a plant-rich diet. |
| D-Threose | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Leaves | A rare sugar that serves as a tool in scientific research for studying carbohydrate metabolism. |
| D-Ribulose | Carbohydrates (Sugar / Monosaccharide) | All Plants | N/A | Chloroplast | A foundational molecule in the plants we eat that allows them to turn carbon dioxide into our food. |
| D-Xylulose | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Leaves | Supports the efficient recycling of carbon in our metabolic pathways. |
| D-Sedoheptulose | Carbohydrates (Sugar / Monosaccharide) | Stonecrop | Sedum spectabile | Leaves | May help regulate human energy metabolism and is being studied for its anti-diabetic potential. |
| Mannoheptulose | Carbohydrates (Sugar / Monosaccharide) | Avocado | Persea americana | Fruit | Can help manage insulin secretion and is studied for its potential weight-loss benefits. |
| D-Allose | Carbohydrates (Sugar / Monosaccharide) | Protea Shrub | Protea rubropilosa | Leaves | A rare sugar with anti-inflammatory and potential anti-cancer properties. |
| D-Altrose | Carbohydrates (Sugar / Monosaccharide) | Rare Varieties | N/A | Various | A rare sugar used in medical research to develop new anti-microbial treatments. |
| D-Gulose | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | An isomer of glucose used as a research marker for sugar transport in the body. |
| L-Idose | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | A trace sugar used to understand the complex fiber structures that promote human gut health. |
| D-Talose | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | Supports research into how human cells recognize and bind to different sugar types. |
| D-Psicose (Allulose) | Carbohydrates (Sugar / Monosaccharide) | Wheat | Triticum aestivum | Grains | A low-calorie sweetener that does not raise blood sugar and may help reduce body fat. |
| L-Sorbose | Carbohydrates (Sugar / Monosaccharide) | Mountain Ash | Sorbus aucuparia | Berries | A critical building block used by the body to synthesize Vitamin C (Ascorbic Acid). |
| D-Tagatose | Carbohydrates (Sugar / Monosaccharide) | Sterculia Gum | Sterculia urens | Exudate | A prebiotic sugar that supports healthy weight and dental wellness without causing cavities. |
| L-Fucose | Carbohydrates (Sugar / Monosaccharide) | Rockcress | Arabidopsis thaliana | Cell Wall | Essential for human gut health and supports a strong and balanced immune system. |
| L-Rhamnose | Carbohydrates (Sugar / Monosaccharide) | Buckthorn | Rhamnus spp. | Bark | A component of healthy dietary fibers that helps maintain a resilient gut lining. |
| D-Apiose | Carbohydrates (Sugar / Monosaccharide) | Parsley | Petroselinum crispum | Leaves | A rare branched sugar in dietary fiber that may possess significant anti-inflammatory benefits. |
| L-Aceric Acid | Carbohydrates (Sugar / Monosaccharide) | Sycamore | Acer pseudoplatanus | Cell Wall | A unique sugar found in complex dietary fibers that helps support a diverse gut microbiome. |
| D-Galacturonic Acid | Carbohydrates (Sugar / Monosaccharide) | Lemon | Citrus limon | Peel | The main unit of pectin, which binds to dietary cholesterol to help lower blood levels. |
| D-Glucuronic Acid | Carbohydrates (Sugar / Monosaccharide) | Gum Arabic | Acacia senegal | Sap | Aids in the human body's natural detoxification processes and supports joint health. |
| Kdo (Octulosonic acid) | Carbohydrates (Sugar / Monosaccharide) | All Plants | N/A | Cell Wall | Used in research to understand how beneficial bacteria interact with the human gut wall. |
| Dha (Heptulosaric acid) | Carbohydrates (Sugar / Monosaccharide) | Mosses | Physcomitrella patens | Cell Wall | A trace sugar component that contributes to the diversity of our intake of dietary roughage. |
| Sucrose | Carbohydrates (Sugar / Disaccharide) | Sugar Beet | Beta vulgaris | Root | A dual energy source (glucose + fructose) that should be consumed in moderation for metabolic health. |
| Maltose | Carbohydrates (Sugar / Disaccharide) | Barley | Hordeum vulgare | Grains | Provides a steady energy supply that is easily digested by the human body during physical activity. |
| Trehalose | Carbohydrates (Sugar / Disaccharide) | Resurrection Plant | Selaginella lepidophylla | Whole Plant | Protects human cells from stress and is studied for its potential to support brain health. |
| Cellobiose | Carbohydrates (Sugar / Disaccharide) | Cotton | Gossypium hirsutum | Fiber | Acts as an insoluble roughage that helps maintain regularity and colon health. |
| Gentiobiose | Carbohydrates (Sugar / Disaccharide) | Gentian | Gentiana lutea | Root | Found in bitter tonics that support healthy digestion and stimulate appetite. |
| Turanose | Carbohydrates (Sugar / Disaccharide) | Various Nectars | N/A | Flowers | A low-glycemic sweetener that provides a slower, more sustained release of energy. |
| Isomaltose | Carbohydrates (Sugar / Disaccharide) | Corn | Zea mays | Grains | A byproduct of slow-digesting starches that can support sustained blood sugar levels. |
| Isomaltulose | Carbohydrates (Sugar / Disaccharide) | Sugar Cane | Saccharum officinarum | Sap | A tooth-friendly sugar that provides energy over a long period, avoiding the typical 'sugar crash.' |
| Sophorose | Carbohydrates (Sugar / Disaccharide) | Sophora Tree | Styphnolobium japonicum | Fruit | Studied for its potential to boost the effectiveness of certain immune-supporting compounds. |
| Laminaribiose | Carbohydrates (Sugar / Disaccharide) | Barley | Hordeum vulgare | Grains | Formed during the breakdown of heart-healthy cereal fibers like beta-glucan. |
| Kojibiose | Carbohydrates (Sugar / Disaccharide) | Clover | Trifolium spp. | Nectar | A rare prebiotic sugar found in specific honeys that supports a healthy gut balance. |
| Nigerose | Carbohydrates (Sugar / Disaccharide) | Buckwheat | Fagopyrum esculentum | Seed | Contributes to the immune-modulating properties found in certain traditional plant-based foods. |
| Melibiose | Carbohydrates (Sugar / Disaccharide) | Soybeans | Glycine max | Seed | A prebiotic sugar that helps increase the population of beneficial bacteria in the colon. |
| Rutinose | Carbohydrates (Sugar / Disaccharide) | Buckwheat | Fagopyrum esculentum | Leaves | The sugar component of antioxidants that protect our blood vessels and support circulation. |
| Neohesperidose | Carbohydrates (Sugar / Disaccharide) | Bitter Orange | Citrus aurantium | Fruit Peel | Contributes to the digestion-stimulating and appetite-regulating effects of citrus. |
| Vicianose | Carbohydrates (Sugar / Disaccharide) | Vetch | Vicia spp. | Seeds | Found in small amounts in legumes, contributing to the healthy intake of dietary glycosides. |
| Primeverose | Carbohydrates (Sugar / Disaccharide) | Primrose | Primula spp. | Roots | Provides the sugar base for many aromatic plant compounds used in wellness and aromatherapy. |
| Robinobiose | Carbohydrates (Sugar / Disaccharide) | Locust Tree | Robinia pseudoacacia | Flowers | A specialized sugar that carries healthy plant essential oils into the body. |
| Scillabiose | Carbohydrates (Sugar / Disaccharide) | Squill | Drimia maritima | Bulb | Historically used in heart-related wellness treatments to support healthy circulation. |
| Strophanthobiose | Carbohydrates (Sugar / Disaccharide) | Strophanthus | Strophanthus spp. | Seeds | A sugar studied for its role in delivering important heart-strengthening compounds. |
| Raffinose | Carbohydrates (Sugar / Oligosaccharide) | Pea | Pisum sativum | Seed | A common prebiotic that selectively feeds beneficial gut microbes, though it may cause gas. |
| Stachyose | Carbohydrates (Sugar / Oligosaccharide) | Soybeans | Glycine max | Seed | Acts as a fuel for good bacteria in the human gut, supporting overall digestive immunity. |
| Verbascose | Carbohydrates (Sugar / Oligosaccharide) | Mullein | Verbascum spp. | Seed | A prebiotic sugar found in many beans that supports a diverse and healthy gut environment. |
| Ajugose | Carbohydrates (Sugar / Oligosaccharide) | Bugleweed | Ajuga reptans | Leaves | A specialized prebiotic that is being studied for its long-term benefits to colon health. |
| Umbelliferose | Carbohydrates (Sugar / Oligosaccharide) | Carrot | Daucus carota | Root | Unique to the carrot family, this sugar supports a healthy and robust gut microbiome. |
| Ciceritol | Carbohydrates (Sugar / Oligosaccharide) | Chickpea | Cicer arietinum | Seed | Improves digestive health by promoting the growth of Bifidobacteria in the human intestine. |
| 1-Kestose | Carbohydrates (Sugar / Oligosaccharide) | Onion | Allium cepa | Bulb | One of the most effective prebiotics for reducing inflammation and boosting gut barrier function. |
| Nystose | Carbohydrates (Sugar / Oligosaccharide) | Asparagus | Asparagus officinalis | Spear | Supports metabolic wellness and improves the body's absorption of calcium. |
| Fructofuranosylnystose | Carbohydrates (Sugar / Oligosaccharide) | Garlic | Allium sativum | Bulb | Enhances the immune system by supporting the growth of 'friendly' gut flora. |
| Melezitose | Carbohydrates (Sugar / Oligosaccharide) | Larch | Larix occidentalis | Sap | A minor honey sugar that provides a quick but steady energy boost for the body. |
| Planteose | Carbohydrates (Sugar / Oligosaccharide) | Plantain | Plantago spp. | Seed | Contributes to the digestive-soothing properties of many traditional wellness seeds. |
| Erlose | Carbohydrates (Sugar / Oligosaccharide) | Various Plants | N/A | Nectar | A minor component of raw honey that supports overall nutritional energy levels. |
| Maltotriose | Carbohydrates (Sugar / Oligosaccharide) | Rice | Oryza sativa | Grains | Provides a source of sustained energy for physical performance and endurance. |
| Panose | Carbohydrates (Sugar / Oligosaccharide) | Corn | Zea mays | Grains | A slow-digesting sugar that helps maintain balanced blood sugar after a meal. |
| Maltotetraose | Carbohydrates (Sugar / Oligosaccharide) | Corn | Zea mays | Grains | Used in wellness products to provide sustained energy for long-duration activities. |
| Galactotetraose | Carbohydrates (Sugar / Oligosaccharide) | Soybean | Glycine max | Seed | A complex prebiotic that helps protect the human gut from inflammation. |
| Verbascotetraose | Carbohydrates (Sugar / Oligosaccharide) | Mullein | Verbascum spp. | Seed | A long-chain sugar that helps regulate the digestion of starches in the diet. |
| Lychnose | Carbohydrates (Sugar / Oligosaccharide) | Campion | Silene spp. | Roots | A rare prebiotic that supports the health of the lower digestive tract. |
| Isolychnose | Carbohydrates (Sugar / Oligosaccharide) | Lychnis | Lychnis spp. | Roots | Acts as a specialized fiber to help improve the frequency and quality of digestion. |
| Isomaltotriose | Carbohydrates (Sugar / Oligosaccharide) | Corn | Zea mays | Grains | Slows the absorption of common sugars, helping to keep insulin levels stable. |
| Neokestose | Carbohydrates (Sugar / Oligosaccharide) | Onion | Allium cepa | Bulb | A high-potency prebiotic that helps lower cholesterol and triglycerides in the blood. |
| Maltopentaose | Carbohydrates (Sugar / Oligosaccharide) | Corn | Zea mays | Grains | A steady-release carbohydrate often used to manage energy for patients with metabolic needs. |
| Maltohexaose | Carbohydrates (Sugar / Oligosaccharide) | Corn | Zea mays | Grains | Supports long-term energy stores in the body during periods of intense physical work. |
| Maltoheptaose | Carbohydrates (Sugar / Oligosaccharide) | Corn | Zea mays | Grains | Allows for the controlled release of glucose into the bloodstream over several hours. |
| Gentianose | Carbohydrates (Sugar / Oligosaccharide) | Gentian | Gentiana lutea | Root | Provides the characteristic bitter benefits that improve overall digestive flow. |
| Mannitol | Carbohydrates (Sugar / Sugar Alcohol) | Olive Tree | Olea europaea | Leaves | A powerful antioxidant that can cross the blood-brain barrier and protect the nervous system. |
| Sorbitol | Carbohydrates (Sugar / Sugar Alcohol) | Apple | Malus domestica | Fruit | A natural agent that helps maintain regularity and is used as a sugar substitute for diabetics. |
| Xylitol | Carbohydrates (Sugar / Sugar Alcohol) | Birch Tree | Betula spp. | Bark | Proven to prevent tooth decay and ear infections by inhibiting the growth of harmful bacteria. |
| Erythritol | Carbohydrates (Sugar / Sugar Alcohol) | Strawberry | Fragaria spp. | Fruit | A nearly zero-calorie sweetener that protects against dental cavities and is easy on the gut. |
| Galactitol (Dulcitol) | Carbohydrates (Sugar / Sugar Alcohol) | Spindle Tree | Euonymus spp. | Leaves | Studied for its potential to help regulate cellular water balance in the human body. |
| Myo-inositol | Carbohydrates (Sugar / Sugar Alcohol) | All Plants | N/A | Every Cell | Vital for women's reproductive health and hormonal balance; it also supports healthy mood. |
| Volemitol | Carbohydrates (Sugar / Sugar Alcohol) | Cowslip | Primula veris | Root | A specialized polyol that provides low-calorie energy for a healthy metabolism. |
| Persitol | Carbohydrates (Sugar / Sugar Alcohol) | Avocado | Persea americana | Fruit | Contributes to the heart-healthy profile of avocados and helps manage satiety. |
| Ribitol (Adonitol) | Carbohydrates (Sugar / Sugar Alcohol) | Pheasant's Eye | Adonis spp. | Whole Plant | A critical molecule that the body uses to create Vitamin B2 (Riboflavin) for energy. |
| Arabitol | Carbohydrates (Sugar / Sugar Alcohol) | Lichens / Fungi | N/A | Whole Body | Assists in the healthy fermentation of dietary fibers in our lower digestive tract. |
| Threitol | Carbohydrates (Sugar / Sugar Alcohol) | Various Plants | N/A | Leaves | Functions as a natural antioxidant that helps clean up harmful free radicals in the body. |
| D-Bornesitol | Carbohydrates (Sugar / Sugar Alcohol) | Litchi | Litchi chinensis | Leaves | Improves the body's ability to take up sugar, helping to lower blood glucose naturally. |
| D-Ononitol | Carbohydrates (Sugar / Sugar Alcohol) | Pigeon Pea | Cajanus cajan | Leaves | Supports cellular health during times of physical stress and helps maintain water balance. |
| Sequoyitol | Carbohydrates (Sugar / Sugar Alcohol) | Redwood | Sequoia sempervirens | Heartwood | Provides metabolic support and has been investigated for its anti-diabetic potential. |
| D-Pinitol | Carbohydrates (Sugar / Sugar Alcohol) | Carob Tree | Ceratonia siliqua | Leaves | A powerful insulin-like compound that helps the human body manage blood sugar efficiently. |
| Pinpollitol | Carbohydrates (Sugar / Sugar Alcohol) | Pine Tree | Pinus spp. | Sap | Assists in the management of systemic water balance and kidney function. |
| Quebrachitol | Carbohydrates (Sugar / Sugar Alcohol) | Rubber Tree | Hevea brasiliensis | Latex | Studied as a healthy sweetener for diabetics that may also support gut health. |
| Amylose | Carbohydrates (Starch / Polysaccharide) | Rice | Oryza sativa | Grains | A 'slow carb' that digests gradually, providing stable energy levels and keeping you full longer. |
| Amylopectin | Carbohydrates (Starch / Polysaccharide) | Potato | Solanum tuberosum | Tuber | Provides rapid energy recovery for muscles after intense physical exertion. |
| Inulin | Carbohydrates (Fiber / Polysaccharide) | Chicory | Cichorium intybus | Root | Improves bone strength by enhancing calcium absorption and boosts heart health by lowering fats. |
| Levan | Carbohydrates (Fiber / Polysaccharide) | Grasses | Poaceae | Stems | A heart-healthy fiber that helps reduce blood cholesterol and supports the immune system. |
| Cellulose | Carbohydrates (Fiber / Polysaccharide) | Cotton | Gossypium hirsutum | Seed Fiber | Provides essential bulk to the diet, preventing constipation and lowering the risk of colon cancer. |
| Xyloglucan | Carbohydrates (Fiber / Polysaccharide) | Tamarind | Tamarindus indica | Seed | Used in wellness to protect the stomach and intestinal linings and support the skin barrier. |
| Arabinoxylan | Carbohydrates (Fiber / Polysaccharide) | Wheat | Triticum aestivum | Bran | Significantly lowers the blood sugar response after meals and promotes healthy digestion. |
| Glucomannan | Carbohydrates (Fiber / Polysaccharide) | Konjac | Amorphophallus konjac | Tuber | A super-fiber that promotes significant weight loss by inducing long-lasting fullness. |
| Galactomannan | Carbohydrates (Fiber / Polysaccharide) | Guar Bean | Cyamopsis tetragonoloba | Seed | Helps lower bad (LDL) cholesterol and slows the absorption of sugars from food. |
| Glucuronoxylan | Carbohydrates (Fiber / Polysaccharide) | Birch Tree | Betula spp. | Wood | A prebiotic fiber that supports the growth of healthy bacteria in the large intestine. |
| Galactoglucomannan | Carbohydrates (Fiber / Polysaccharide) | Pine Tree | Pinus spp. | Wood | Studied for its ability to regulate the immune system and support overall gut health. |
| Mixed-linkage beta-glucan | Carbohydrates (Fiber / Polysaccharide) | Oats | Avena sativa | Grains | Clinically proven to reduce blood cholesterol and lower the risk of heart disease. |
| Homogalacturonan | Carbohydrates (Fiber / Polysaccharide) | Apple | Malus domestica | Fruit | A type of pectin that binds to environmental toxins and heavy metals to help clear them from the body. |
| Rhamnogalacturonan I | Carbohydrates (Fiber / Polysaccharide) | Carrot | Daucus carota | Root | Boosts the body's natural defense against seasonal viruses and supports a resilient gut. |
| Rhamnogalacturonan II | Carbohydrates (Fiber / Polysaccharide) | Wine Grapes | Vitis vinifera | Fruit | A complex fiber that helps maintain the health and integrity of the human intestinal wall. |
| Xylogalacturonan | Carbohydrates (Fiber / Polysaccharide) | Pea | Pisum sativum | Pod | Supports long-term digestive regularity and prevents spikes in insulin levels. |
| Apiogalacturonan | Carbohydrates (Fiber / Polysaccharide) | Duckweed | Lemna minor | Whole Plant | A specialized fiber that promotes a diverse and healthy population of bacteria in the human gut. |
| Arabinan | Carbohydrates (Fiber / Polysaccharide) | Sugar Beet | Beta vulgaris | Root | Acts as a gentle prebiotic fiber that improves stool consistency and digestive ease. |
| Galactan | Carbohydrates (Fiber / Polysaccharide) | Potato | Solanum tuberosum | Tuber | Supports the renewal of the protective mucus layer in the human stomach and intestines. |
| Arabinogalactan | Carbohydrates (Fiber / Polysaccharide) | Larch Tree | Larix occidentalis | Wood | Significantly increases the count of beneficial gut bacteria and supports immune function. |
| Gum Arabic | Carbohydrates (Fiber / Polysaccharide) | Acacia Tree | Acacia senegal | Sap | Reduces systemic inflammation and helps humans feel full, aiding in weight management. |
| Gum Tragacanth | Carbohydrates (Fiber / Polysaccharide) | Astragalus | Astragalus brachycalyx | Sap | A traditional remedy used to soothe digestive irritation and support skin health. |
| Gum Karaya | Carbohydrates (Fiber / Polysaccharide) | Sterculia Tree | Sterculia urens | Sap | Acts as a natural bulk-forming laxative that is gentle and effective for digestive health. |
| Gum Ghatti | Carbohydrates (Fiber / Polysaccharide) | Axlewood | Anogeissus latifolia | Sap | Supports the controlled release of nutrients in the gut, ensuring steady energy absorption. |
| Albizia Gum | Carbohydrates (Fiber / Polysaccharide) | Albizia | Albizia zygia | Sap | Used in wellness products to support healthy gut microflora and smooth digestion. |
| Khaya Gum | Carbohydrates (Fiber / Polysaccharide) | Mahogany | Khaya grandifoliola | Sap | A prebiotic that helps maintain a healthy balance of bacteria in the colon. |
| Neem Gum | Carbohydrates (Fiber / Polysaccharide) | Neem Tree | Azadirachta indica | Sap | Possesses natural properties that protect the stomach from ulcers and irritation. |
| Cashew Gum | Carbohydrates (Fiber / Polysaccharide) | Cashew Tree | Anacardium occidentale | Sap | Provides a protective coating for the digestive tract and supports immune defense. |
| Almond Gum | Carbohydrates (Fiber / Polysaccharide) | Almond Tree | Prunus dulcis | Sap | Soothes dry coughs and sore throats when used in traditional wellness infusions. |
| Okra Mucilage | Carbohydrates (Fiber / Polysaccharide) | Okra | Abelmoschus esculentus | Fruit Pod | Binds to toxins and cholesterol in the gut, helping to flush them from the human body. |
| Psyllium Mucilage | Carbohydrates (Fiber / Polysaccharide) | Plantain | Plantago ovata | Seed Husk | One of the most clinically effective fibers for heart health and long-term digestive regularity. |
| Flaxseed Mucilage | Carbohydrates (Fiber / Polysaccharide) | Flax | Linum usitatissimum | Seed Coat | Reduces blood pressure and inflammation while supporting healthy hormone balance. |
| Chia Mucilage | Carbohydrates (Fiber / Polysaccharide) | Chia | Salvia hispanica | Seed | Promotes hydration and stable blood sugar levels by slowing down carbohydrate digestion. |
| Tamarind Seed Poly. | Carbohydrates (Fiber / Polysaccharide) | Tamarind | Tamarindus indica | Seed | Supports the immune system and is used in clinical research to protect the eyes and skin. |
| Locust Bean Gum | Carbohydrates (Fiber / Polysaccharide) | Carob Tree | Ceratonia siliqua | Seed | Helps manage infant reflux and supports healthy blood sugar levels in adults. |
| Guar Gum | Carbohydrates (Fiber / Polysaccharide) | Guar | Cyamopsis tetragonoloba | Seed | Clinically used to treat irritable bowel syndrome (IBS) and improve gut motility. |
| Tara Gum | Carbohydrates (Fiber / Polysaccharide) | Tara Tree | Caesalpinia spinosa | Seed | A gentle fiber that supports regularity and contributes to a feeling of fullness. |
| Slippery Elm Mucilage | Carbohydrates (Fiber / Polysaccharide) | Slippery Elm | Ulmus rubra | Inner Bark | Creates a soothing protective layer in the human throat and stomach, easing acid reflux. |
| Aloe Vera Gel | Carbohydrates (Fiber / Polysaccharide) | Aloe | Aloe vera | Leaves | Powerful for both internal gut healing and external skin repair and hydration. |
| Marshmallow Mucilage | Carbohydrates (Fiber / Polysaccharide) | Marsh Mallow | Althaea officinalis | Root | Highly effective for soothing irritated mucosal linings in the respiratory and digestive systems. |
| Cactus Mucilage | Carbohydrates (Fiber / Polysaccharide) | Prickly Pear | Opuntia ficus-indica | Stem Pad | Helps lower blood sugar and cholesterol while providing deep hydration to body tissues. |
| Fenugreek Mucilage | Carbohydrates (Fiber / Polysaccharide) | Fenugreek | Trigonella foenum-graecum | Seed | Commonly used to improve insulin sensitivity and support healthy breast milk production. |
| Quince Mucilage | Carbohydrates (Fiber / Polysaccharide) | Quince | Cydonia oblonga | Seed | Possesses natural antibacterial properties that help keep the human mouth and gut healthy. |
| Mullein Mucilage | Carbohydrates (Fiber / Polysaccharide) | Mullein | Verbascum spp. | Leaves | Supports lung health by helping to clear mucus and soothing the respiratory tract. |
| Licorice Mucilage | Carbohydrates (Fiber / Polysaccharide) | Licorice | Glycyrrhiza glabra | Root | Helps heal stomach ulcers and provides a natural soothing effect for the human digestive system. |
| Malabar Spinach Muc. | Carbohydrates (Fiber / Polysaccharide) | Malabar Spinach | Basella alba | Leaves | A cooling wellness food that supports detoxification and helps lower body heat. |
| Jute Mucilage | Carbohydrates (Fiber / Polysaccharide) | Jute | Corchorus spp. | Leaves | Rich in antioxidants and fibers that support healthy skin and overall digestion. |
| Nagaimo Mucilage | Carbohydrates (Fiber / Polysaccharide) | Chinese Yam | Dioscorea polystachya | Tuber | A traditional wellness food used to boost kidney health and support physical vitality. |
| Sundew Mucilage | Carbohydrates (Fiber / Polysaccharide) | Sundew | Drosera spp. | Leaves | Studied for its potential to act as a natural anti-inflammatory for muscle and joint pain. |
| Butterwort Mucilage | Carbohydrates (Fiber / Polysaccharide) | Butterwort | Pinguicula spp. | Leaves | A rare biological adhesive used in research to understand how sugars can treat infections. |
| Callose | Carbohydrates (Fiber / Polysaccharide) | All Higher Plants | N/A | Phloem | A type of fiber that researchers use to study how the human body heals its own wounds. |
| Xylinan | Carbohydrates (Fiber / Polysaccharide) | Hardwood Trees | N/A | Heartwood | Provides extremely tough dietary roughage that helps sweep the colon clean of waste. |
| Paramylon | Carbohydrates (Sugar / Polysaccharide) | Euglena | Euglena gracilis | Whole Cell | A specialized energy source that is being studied for its ability to enhance the human immune response. |
| Laminarin | Carbohydrates (Sugar / Polysaccharide) | Brown Algae | Laminaria spp. | Whole Body | An algal fiber that helps lower blood pressure and supports a healthy cardiovascular system. |
| Alginic Acid | Carbohydrates (Fiber / Polysaccharide) | Kelp | Macrocystis pyrifera | Cell Wall | Used to treat acid reflux by forming a physical barrier that prevents stomach acid from rising. |
| Carrageenan | Carbohydrates (Fiber / Polysaccharide) | Irish Moss | Chondrus crispus | Cell Wall | A gelling fiber that can help lower blood sugar levels and support digestive health. |
| Agar | Carbohydrates (Fiber / Polysaccharide) | Red Seaweed | Gelidium spp. | Cell Wall | A calorie-free fiber that promotes weight loss by increasing the volume of food without adding energy. |
| Fucoidan | Carbohydrates (Fiber / Polysaccharide) | Bladderwrack | Fucus vesiculosus | Surface | A powerful sea-based sugar with documented anti-viral and anti-cancer potential. |
| Ulvan | Carbohydrates (Fiber / Polysaccharide) | Sea Lettuce | Ulva lactuca | Cell Wall | Supports human detoxification pathways and helps maintain a healthy immune balance. |
| Porphyran | Carbohydrates (Fiber / Polysaccharide) | Nori | Porphyra spp. | Cell Wall | Improves fat metabolism in the human body and protects the liver from oxidative damage. |
| Lichenan | Carbohydrates (Fiber / Polysaccharide) | Iceland Moss | Cetraria islandica | Thallus | Soothes the human respiratory system and provides a slow release of energy. |
| Pustulan | Carbohydrates (Fiber / Polysaccharide) | Rock Tripe | Lasallia pustulata | Thallus | Used in research as a tool to investigate new ways to boost human intestinal immunity. |
| Chitin (Fungal) | Carbohydrates (Fiber / Polysaccharide) | Mushrooms | Agaricus bisporus | Cell Wall | Provides structural roughage that aids in weight management and promotes overall colon health. |
| Lentinan | Carbohydrates (Fiber / Polysaccharide) | Shiitake | Lentinula edodes | Fruit Body | A clinical immune-booster that helps the human body defend itself against tumors and viruses. |
| Schizophyllan | Carbohydrates (Fiber / Polysaccharide) | Splitgill Mushroom | Schizophyllum commune | Mycelium | Investigated for its ability to stimulate the production of infection-fighting white blood cells. |
| Scleroglucan | Carbohydrates (Fiber / Polysaccharide) | Soil Fungi | Sclerotium spp. | Mycelium | Used in wellness products to provide sustained hydration and support for the skin. |
| Pullulan | Carbohydrates (Fiber / Polysaccharide) | Fungi | Aureobasidium spp. | Surface | A specialized sugar used in medical coatings that are safe and easy for the human body to digest. |
| D-Glucose-6-P | Carbohydrates (Sugar / Monosaccharide) | All Plants | N/A | Every Cell | A vital intermediate in how our cells turn food into the energy we use to live and move. |
| Fructose-1,6-BP | Carbohydrates (Sugar / Monosaccharide) | All Plants | N/A | Every Cell | A high-energy molecule that keeps our metabolism running efficiently during exercise. |
| UDP-Glucose | Carbohydrates (Sugar / Monosaccharide) | All Plants | N/A | Every Cell | The 'active' sugar used in human medicine to build essential glycoproteins for the immune system. |
| GDP-Mannose | Carbohydrates (Sugar / Monosaccharide) | All Plants | N/A | Every Cell | Fundamental for building the proteins on our cell surfaces that tell our immune system friend from foe. |
| UDP-GalA | Carbohydrates (Sugar / Monosaccharide) | All Plants | N/A | Every Cell | Studied by biochemists to understand how plant fibers are built to improve human fiber supplements. |
| ADP-Glucose | Carbohydrates (Sugar / Monosaccharide) | All Plants | N/A | Plastid | The starting molecule for the starches we eat, determining if a food is a 'fast' or 'slow' carb. |
| Quinovose | Carbohydrates (Sugar / Monosaccharide) | All Higher Plants | N/A | Chloroplast | A crucial component of leaf fats that help maintain healthy human cell membrane fluidity. |
| Glucosamine | Carbohydrates (Sugar / Monosaccharide) | Neem Tree | Azadirachta indica | Sap | One of the most popular supplements for protecting joint health and reducing arthritis pain. |
| Galactosamine | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | Supports the health of our joints, tendons, and heart valves as a key structural unit. |
| Mannosamine | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | Used in research to develop new treatments for rare metabolic and immune disorders. |
| Rhamnosamine | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | A rare amino sugar studied for its role in the healthy signaling of human intestinal cells. |
| Quinovosamine | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | Serves as a marker in laboratory tests to detect and monitor healthy cell development. |
| Abequose | Carbohydrates (Sugar / Monosaccharide) | Rare Varieties | N/A | Various | Studied for its ability to help beneficial gut bacteria identify and settle in the human body. |
| Tyvelose | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | A specialized sugar used to understand how our immune system recognizes and fights specific parasites. |
| Ascarylose | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | A trace sugar from rare plants used to study how humans can adapt to different environmental stresses. |
| Olivose | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | Found in natural plant antibiotics that help keep our systems free from harmful bacterial overgrowth. |
| Amicetose | Carbohydrates (Sugar / Monosaccharide) | Various Plants | N/A | Various | Adds to the diversity of healthy plant-derived compounds that support our cellular defense. |
| D-Glucosaminitol | Carbohydrates (Sugar / Sugar Alcohol) | Various Plants | N/A | Various | A reduced form of sugar studied for its ability to send healing signals through our tissues. |
| D-Rhamnitol | Carbohydrates (Sugar / Sugar Alcohol) | Various Plants | N/A | Various | Used in wellness to support healthy water distribution and prevent dehydration in cells. |
| L-Fucitol | Carbohydrates (Sugar / Sugar Alcohol) | Various Plants | N/A | Various | Assists the body in maintaining its natural antioxidant shield during physical activity. |
| D-Galactosaminitol | Carbohydrates (Sugar / Sugar Alcohol) | Various Plants | N/A | Various | A vital intermediate that helps the body synthesize healthy lipids for the brain. |
| Mannotriose | Carbohydrates (Sugar / Oligosaccharide) | Ivory Nut Palm | Phytelephas spp. | Seed | A slow-digesting energy source that supports a steady and healthy metabolic rate. |
| Xylotriose | Carbohydrates (Sugar / Oligosaccharide) | Wheat | Triticum aestivum | Stem | Part of the insoluble roughage that supports a healthy and clean colon. |
| Arabinotriose | Carbohydrates (Sugar / Oligosaccharide) | All Plants | N/A | Cell Wall | A breakdown product from healthy fibers that helps soften the stool and ease digestion. |
| Cellotriose | Carbohydrates (Sugar / Oligosaccharide) | Cotton | Gossypium hirsutum | Fiber | Provides structural Roughage that helps manage systemic inflammation in the lower gut. |
| Isomaltose | Carbohydrates (Sugar / Disaccharide) | Rice | Oryza sativa | Grains | Provides an insight into the healthy branching of the starches we eat, supporting digestion. |
| Inulobiose | Carbohydrates (Fiber / Disaccharide) | Chicory | Cichorium intybus | Root | The repeating unit of the prebiotic inulin, essential for optimal gut health and absorption. |
| Levanobiose | Carbohydrates (Fiber / Disaccharide) | Timothy Grass | Phleum pratense | Leaves | A heart-healthy disaccharide that helps regulate blood fat levels and supports immunity. |
| Palmitic Acid | Lipids (Glycerolipid) | Palm Tree | Elaeis guineensis | Fruit Mesocarp | A foundational energy source used by the body to build healthy cellular membranes. |
| Oleic Acid | Lipids (Glycerolipid) | Olive Tree | Olea europaea | Fruit | Promotes heart health and helps maintain flexible, healthy arteries. |
| Linoleic Acid | Lipids (Glycerolipid) | Sunflower | Helianthus annuus | Seed | An essential fat that supports the human skin's natural moisture barrier. |
| alpha-Linolenic Acid (ALA) | Lipids (Glycerolipid) | Flax | Linum usitatissimum | Seed | An Omega-3 fat that reduces inflammation and supports brain and heart health. |
| Stearic Acid | Lipids (Glycerolipid) | Cocoa Tree | Theobroma cacao | Seed (Bean) | A stable fat that provides a steady energy source without significantly raising 'bad' cholesterol. |
| Phosphatidylcholine (Lecithin) | Lipids (Glycerolipid) | Soybean | Glycine max | Seed | A major source of choline, essential for liver function and memory. |
| Phosphatidylethanolamine | Lipids (Glycerolipid) | Wheat Germ | Triticum aestivum | Seed | Supports the structural integrity of human brain cells and nerve signaling. |
| Phosphatidylinositol | Lipids (Glycerolipid) | Corn | Zea mays | Grains | Helps the body regulate insulin response and internal cell communication. |
| Phosphatidylserine | Lipids (Glycerolipid) | Soybean | Glycine max | Seed | Widely used to support cognitive performance, focus, and age-related memory health. |
| Phosphatidylglycerol | Lipids (Glycerolipid) | Spinach | Spinacia oleracea | Leaves | Essential for the healthy function of lung surfaces, aiding in easier breathing. |
| Monogalactosyldiacylglycerol (MGDG) | Lipids (Glycerolipid) | Dog Rose | Rosa canina | Fruit (Hips) | Possesses potent anti-inflammatory effects that may help reduce joint pain in arthritis. |
| Digalactosyldiacylglycerol (DGDG) | Lipids (Glycerolipid) | Spinach | Spinacia oleracea | Leaves | Helps manage inflammation and supports healthy immune system responses. |
| Sulfoquinovosyldiacylglycerol (SQDG) | Lipids (Glycerolipid) | Sea Lettuce | Ulva lactuca | Whole Plant | A sulfur-rich lipid that supports healthy detoxification pathways in the body. |
| Cardiolipin | Lipids (Glycerolipid) | All Green Plants | N/A | Every Cell | Ensures the efficiency of our cellular 'power plants' (mitochondria) for higher energy levels. |
| Beta-sitosterol | Lipids (Sterol) | Wheat Germ | Triticum aestivum | Seed | Competes with cholesterol absorption to lower blood levels and supports prostate health. |
| Stigmasterol | Lipids (Sterol) | Soybean | Glycine max | Seed | Used to reduce 'bad' LDL cholesterol and acts as a base for building health-regulating hormones. |
| Campesterol | Lipids (Sterol) | Rapeseed | Brassica napus | Seed | Contributes to overall heart health by lowering the risk of cholesterol buildup in arteries. |
| Brassicasterol | Lipids (Sterol) | Broccoli | Brassica oleracea | Florets | A specialized plant sterol that helps manage the body's lipid profile. |
| Cycloartenol | Lipids (Sterol) | Rice Bran | Oryza sativa | Seed Coat | Acts as a powerful antioxidant that protects human tissues from oxidative stress. |
| Phytosphingosine | Lipids (Sphingolipid) | Rice | Oryza sativa | Grains | A key ingredient used in skincare to kill harmful bacteria and maintain a clear complexion. |
| Glucosylceramide | Lipids (Sphingolipid) | Wheat | Triticum aestivum | Grains | When taken orally, it helps hydrate the human skin from the inside out. |
| Ceramide | Lipids (Sphingolipid) | Soybean | Glycine max | Seed | Repairs the human skin barrier, preventing dryness and signs of aging. |
| Punicic Acid (Omega-5) | Lipids (Glycerolipid) | Pomegranate | Punica granatum | Seed Oil | Combats metabolic issues like obesity and diabetes by improving insulin sensitivity. |
| Gamma-Linolenic Acid (GLA) | Lipids (Glycerolipid) | Borage | Borago officinalis | Seed | Helps balance hormones and reduces inflammation associated with skin conditions. |
| Ricinoleic Acid | Lipids (Glycerolipid) | Castor Bean | Ricinus communis | Seed | A traditional remedy used to support digestive regularity and soothe muscle inflammation. |
| Erucic Acid | Lipids (Glycerolipid) | Mustard | Brassica nigra | Seed | Used in specific clinical contexts to support nerve health and brain function. |
| Lauric Acid | Lipids (Glycerolipid) | Coconut Palm | Cocos nucifera | Endosperm | A quick-burning energy source that also supports a healthy immune response. |
| Myristic Acid | Lipids (Glycerolipid) | Nutmeg | Myristica fragrans | Seed | Helps the body's internal systems correctly organize and transport vital proteins. |
| Palmitoleic Acid (Omega-7) | Lipids (Glycerolipid) | Macadamia | Macadamia integrifolia | Nut | Supports metabolic health and helps keep the body's mucosal linings hydrated. |
| Arachidic Acid | Lipids (Glycerolipid) | Peanut | Arachis hypogaea | Seed | A minor saturated fat that contributes to long-term energy storage. |
| Behenic Acid | Lipids (Glycerolipid) | Moringa | Moringa oleifera | Seed | Commonly used in dermatological products to provide a silky, smooth feel to the skin. |
| Lignoceric Acid | Lipids (Glycerolipid) | Peanut | Arachis hypogaea | Seed | Essential for the healthy development and repair of the brain's protective sheath. |
| Petroselinic Acid | Lipids (Glycerolipid) | Parsley | Petroselinum crispum | Seed | Used in wellness products to support skin health and reduce localized inflammation. |
| Phytic Acid | Lipids (Glycerolipid) | Whole Grains | N/A | Seed | Acts as an antioxidant and may help prevent the formation of certain kidney stones. |
| Sitostanol | Lipids (Sterol) | Corn | Zea mays | Bran | One of the most effective plant-based compounds for blocking the absorption of dietary cholesterol. |
| Campestanol | Lipids (Sterol) | Oats | Avena sativa | Grains | Provides a synergistic effect with other sterols to optimize human heart health. |
| 24-Methylene-Cycloartanol | Lipids (Sterol) | Rice Bran Oil | Oryza sativa | Seed Coat | Promotes a healthy metabolism and protects cells from environmental toxins. |
| Sitosteryl Ferulate | Lipids (Sterol) | Rice Bran Oil | Oryza sativa | Bran | A potent antioxidant that helps lower systemic inflammation and supports hormonal balance. |
| Lupeol | Lipids (Sterol) | Mango | Mangifera indica | Fruit Peel | Exhibits powerful anti-tumor properties and helps protect the skin from sun damage. |
| Spinasterol | Lipids (Sterol) | Spinach | Spinacia oleracea | Leaves | Helps manage the body's response to cholesterol and supports metabolic health. |
| Schottenol | Lipids (Sterol) | Prickly Pear | Opuntia ficus-indica | Seeds | Activates health-promoting genes that help the body clear out excess fats. |
| Lophenol | Lipids (Sterol) | Aloe Vera | Aloe vera | Leaves | Helps stabilize blood sugar levels and supports healthy weight management. |
| Ergosterol | Lipids (Sterol) | Button Mushroom | Agaricus bisporus | Fruit Body | A precursor to Vitamin D2, essential for bone health and immune function in humans. |
| Betulinic Acid | Lipids (Sterol) | Birch Tree | Betula spp. | Bark | Investigated for its ability to fight cancer cells and reduce viral activity. |
| Ursolic Acid | Lipids (Sterol) | Apple | Malus domestica | Fruit Peel | Helps maintain muscle mass and may assist in healthy fat loss. |
| Oleanolic Acid | Lipids (Sterol) | Olive Tree | Olea europaea | Leaves | Protects the liver and supports the body's natural defense against infection. |
| Friedelin | Lipids (Sterol) | Cork Oak | Quercus suber | Bark | Exhibits soothing properties and supports skin healing in traditional wellness. |
| Calendic Acid | Lipids (Glycerolipid) | Marigold | Calendula officinalis | Seed | Possesses strong antioxidant and anti-inflammatory properties for skin health. |
| Catalpic Acid | Lipids (Glycerolipid) | Catalpa Tree | Catalpa spp. | Seed | Supports cardiovascular health by potentially improving the body's lipid profile. |
| Eleostearic Acid | Lipids (Glycerolipid) | Bitter Gourd | Momordica charantia | Seed | Helps inhibit the growth of certain tumor cells and reduces body inflammation. |
| Lyso-Phosphatidylcholine | Lipids (Glycerolipid) | Various Plants | N/A | Every Cell | Involved in critical signaling pathways that regulate the body's healing processes. |
| Docosahexaenoic Acid (DHA - Plant Source) | Lipids (Glycerolipid) | Microalgae | Schizochytrium spp. | Whole Cell | The primary lipid required for optimal brain development and eye health. |
| Eicosapentaenoic Acid (EPA - Plant Source) | Lipids (Glycerolipid) | Microalgae | Nannochloropsis spp. | Whole Cell | Crucial for reducing blood triglycerides and managing clinical depression. |
| Nervonic Acid | Lipids (Glycerolipid) | Honesty Plant | Lunaria annua | Seed Oil | Essential for maintaining the health of the brain's white matter and nerve insulation. |
| Gadoleic Acid | Lipids (Glycerolipid) | Rapeseed | Brassica napus | Seed | Contributes to the overall health and flexibility of human cell membranes. |
| Eicosenoic Acid | Lipids (Glycerolipid) | Jojoba | Simmondsia chinensis | Seed | Mimics the body's natural oils to provide superior skin and hair hydration. |
| Triolein | Lipids (Glycerolipid) | Olive Tree | Olea europaea | Fruit | Provides the body with heart-healthy monounsaturated fats for sustained energy. |
| Trilinolein | Lipids (Glycerolipid) | Evening Primrose | Oenothera biennis | Seed | A source of essential fats that help maintain healthy hair and strong nails. |
| Acemannan (Glucomannan) | Lipids (Glycerolipid) | Aloe Vera | Aloe vera | Leaves | Supports immune health and aids in maintaining a healthy digestive lining. |
| D-Bornesitol | Lipids (Sterol) | Litchi | Litchi chinensis | Leaves | A specialized lipid that helps the body manage blood sugar levels more effectively. |
| Mannosyl-Inositol-Phosphoceramide | Lipids (Sphingolipid) | Tomato | Solanum lycopersicum | Leaves | Helps the human body maintain a healthy and robust immune response. |
| Phytosphingosine-1-Phosphate | Lipids (Sphingolipid) | Arabidopsis | Arabidopsis thaliana | Leaves | Acts as a powerful signal for cellular survival and healthy growth. |
| Ceramide-1-Phosphate | Lipids (Sphingolipid) | Various Plants | N/A | Every Cell | Determines cellular health by signaling for repair or growth when needed. |
| Sitosteryl Glucoside | Lipids (Sterol) | Tomato | Solanum lycopersicum | Fruit | Helps the body's cells respond better to physical stress and environmental changes. |
| Acylated Steryl Glucoside | Lipids (Sterol) | Potato | Solanum tuberosum | Tuber | Provides long-term support for healthy membrane architecture. |
| GIPC (Plant Sphingolipid) | Lipids (Sphingolipid) | Soybean | Glycine max | Seed | The most common plant sphingolipid, helping to maintain human cholesterol balance. |
| Erythrodiol | Lipids (Sterol) | Olive Oil | Olea europaea | Fruit | Contributes to the overall antioxidant power of Mediterranean-style diets. |
| Uvaol | Lipids (Sterol) | Bearberry | Arctostaphylos uva-ursi | Leaves | Used to support a healthy urinary tract and reduce systemic inflammation. |
| Taraxerol | Lipids (Sterol) | Dandelion | Taraxacum officinale | Roots | Acts as a natural agent for liver health and detoxification support. |
| Taraxasterol | Lipids (Sterol) | Dandelion | Taraxacum officinale | Flowers | Possesses anti-inflammatory properties that help protect the body's joints. |
| Betulin | Lipids (Sterol) | Birch Tree | Betula spp. | Bark | Supports the body's natural skin-healing processes and immune defense. |
| Heneicosanoic Acid | Lipids (Glycerolipid) | Various Plants | N/A | Seeds | A rare fatty acid that contributes to the diversity of healthy fats in the diet. |
| Tricosanoic Acid | Lipids (Glycerolipid) | Legumes | N/A | Seeds | Contributes to the structural complexity of human cellular boundaries. |
| Pentacosanoic Acid | Lipids (Glycerolipid) | Various Grains | N/A | Seeds | Supports long-term energy metabolism and nerve tissue health. |
| Heptacosanoic Acid | Lipids (Glycerolipid) | Tree Waxes | N/A | Leaves | Provides a source of very long chain fats necessary for metabolic health. |
| Nonacosanoic Acid | Lipids (Glycerolipid) | Sugarcane Wax | Saccharum officinarum | Stem | Assists in the management of the body's natural lipid and energy stores. |
| Hentriacontanoic Acid | Lipids (Glycerolipid) | Plant Waxes | N/A | Leaves | Supports the integrity and moisture retention of human skin. |
| Tritriacontanoic Acid | Lipids (Glycerolipid) | Tropical Waxes | N/A | Surface | Provides specialized energy and structural building blocks. |
| Pentatriacontanoic Acid | Lipids (Glycerolipid) | Rare Tree Oils | N/A | Seeds | A very long chain lipid that plays a role in overall cellular stability. |
| Stearidonic Acid (SDA) | Lipids (Glycerolipid) | Hemp | Cannabis sativa | Seed | An Omega-3 fat that the body efficiently converts into heart-healthy EPA. |
| Eicosapentaenoic Acid (EPA) | Lipids (Glycerolipid) | Microalgae | Odontella aurita | Whole Plant | Clinically used to reduce inflammation and support cardiovascular wellness. |
| Mead Acid | Lipids (Glycerolipid) | Primrose | Oenothera spp. | Seed | Helps the body regulate inflammatory responses during essential fat deficiency. |
| Arachidonic Acid (Plant Source) | Lipids (Glycerolipid) | Mosses | Physcomitrella patens | Whole Plant | Used to build the signaling molecules that govern our sleep and pain responses. |
| Docosapentaenoic Acid (DPA) | Lipids (Glycerolipid) | Microalgae | Schizochytrium spp. | Whole Plant | Improves neural health and assists in the body's recovery from exercise. |
| Columbinic Acid | Lipids (Glycerolipid) | Meadow Rue | Thalictrum aquilegifolium | Seed | A rare polyunsaturated fat that helps maintain healthy tissue structure. |
| Pinolenic Acid | Lipids (Glycerolipid) | Pine Nut | Pinus sibirica | Nut | Naturally suppresses appetite by signaling for the release of satiety hormones. |
| Sciadonic Acid | Lipids (Glycerolipid) | Umbrella Pine | Sciadopitys verticillata | Seed | A specialized heart-healthy fat with anti-inflammatory potential. |
| Taxoleic Acid | Lipids (Glycerolipid) | Yew Tree | Taxus spp. | Seed | Supports the body's internal management of fats and cholesterol. |
| Juniperic Acid | Lipids (Glycerolipid) | Juniper | Juniperus spp. | Needles | Assists in maintaining the health and resilience of the human skin. |
| Sabinic Acid | Lipids (Glycerolipid) | Savin Juniper | Juniperus sabina | Needles | Provides metabolic building blocks for specialized cellular functions. |
| Phloionolic Acid | Lipids (Glycerolipid) | Cork Oak | Quercus suber | Bark | Contributes to the structural strength of wellness-oriented materials. |
| Lesquerolic Acid | Lipids (Glycerolipid) | Fendler’s Bladderpod | Lesquerella fendleri | Seed | Used in advanced wellness products to support skin and joint health. |
| Coriolic Acid | Lipids (Glycerolipid) | Coriaria | Coriaria myrtifolia | Seed | Helps manage the body's inflammatory response and protects cell health. |
| Parinaric Acid | Lipids (Glycerolipid) | Parinari | Parinari curatellifolia | Seed | A potent antioxidant that helps protect cells from deep damage. |
| Jacaric Acid | Lipids (Glycerolipid) | Jacaranda | Jacaranda mimosifolia | Seed | Shown to have anticancer properties by helping to eliminate damaged cells. |
| Licanic Acid | Lipids (Glycerolipid) | Oiticica | Licania rigida | Seed | Supports the body's healing processes and tissue recovery. |
| Vernolic Acid | Lipids (Glycerolipid) | Ironweed | Vernonia galamensis | Seed | Used to build high-performance wellness products for skin repair. |
| Chaulmoogric Acid | Lipids (Glycerolipid) | Chaulmoogra | Hydnocarpus wightianus | Seed | An ancient remedy used to support the body's defense against severe skin infections. |
| Hydnocarpic Acid | Lipids (Glycerolipid) | Chaulmoogra | Hydnocarpus wightianus | Seed | Works with chaulmoogric acid to protect the skin and enhance immunity. |
| Gorlic Acid | Lipids (Glycerolipid) | Chaulmoogra | Hydnocarpus wightianus | Seed | A specialized fat that aids the body in responding to external pathogens. |
| Malvalic Acid | Lipids (Glycerolipid) | Cotton | Gossypium hirsutum | Seed | Assists in the body's natural management of metabolic pathways. |
| Sterculic Acid | Lipids (Glycerolipid) | Sterculia Tree | Sterculia foetida | Seed | Helps the body's cells maintain correct biochemical focus. |
| Cyclopropenoid Fatty Acid | Lipids (Glycerolipid) | Baobab | Adansonia digitata | Seed | Contributes to the unique nutritional profile of superfood fats. |
| D-chiro-Inositol | Lipids (Glycerolipid) | Buckwheat | Fagopyrum esculentum | Seed | Highly effective for supporting women's hormonal balance and reproductive health. |
| Myo-inositol-1-Phosphate | Lipids (Glycerolipid) | All Plants | N/A | Every Cell | A key nutrient for supporting a healthy mind and emotional stability. |
| 10-Hydroxy-Stearic Acid | Lipids (Glycerolipid) | Various Plants | N/A | Every Cell | Provides building blocks for critical immune signaling in the body. |
| 9,10-Epoxy-Stearic Acid | Lipids (Glycerolipid) | Plant Cuticle | N/A | Surface | Assists in the healthy maintenance of the body's mucosal linings. |
| 18-Hydroxy-Oleic Acid | Lipids (Glycerolipid) | Potato | Solanum tuberosum | Skin | Supports the healthy repair of the body's outer protective barriers. |
| 16-Hydroxy-Palmitic Acid | Lipids (Glycerolipid) | Apple | Malus domestica | Fruit Peel | Helps protect the human skin from environmental dehydration. |
| Hexadecanediol | Lipids (Glycerolipid) | Various Plants | N/A | Surface | A source of healthy fats that support long-term skin health. |
| 9,10,18-Trihydroxy-Stearic Acid | Lipids (Glycerolipid) | Spinach | Spinacia oleracea | Leaves | Promotes overall gut health and assists in maintaining a balanced microbiome. |
| Triacontanol | Lipids (Glycerolipid) | Alfalfa | Medicago sativa | Leaves | Supports high energy levels and overall physical vitality in humans. |
| Octacosanol | Lipids (Glycerolipid) | Wheat Germ | Triticum aestivum | Seed | May improve exercise performance and helps the body manage cholesterol. |
| Hexacosanol | Lipids (Glycerolipid) | Sugar Cane | Saccharum officinarum | Stem | Contributes to health-promoting wax mixtures that support heart wellness. |
| Tetracosanol | Lipids (Glycerolipid) | Rice Bran | Oryza sativa | Bran | Assists in protecting the body's nervous system from oxidative damage. |
| Docosanol | Lipids (Glycerolipid) | Peanut Oil | Arachis hypogaea | Seed | Clinically used to support the body's defense against skin-related viruses. |
| Eicosanol | Lipids (Glycerolipid) | Sesame Oil | Sesamum indicum | Seed | Supports the healthy function and recovery of human skin tissues. |
| Phytol | Lipids (Glycerolipid) | All Green Leaves | N/A | Chloroplast | A source of essential precursors for the body's own antioxidant defense. |
| Phytanic Acid | Lipids (Glycerolipid) | Spinach | Spinacia oleracea | Leaves | Assists the body in managing its fat and glucose metabolism. |
| Pristanic Acid | Lipids (Glycerolipid) | Green Vegetables | N/A | Leaves | Contributes to the metabolic health of the human body's liver cells. |
| Squalene | Lipids (Glycerolipid) | Olive Oil | Olea europaea | Fruit | A powerful natural moisturizer that also boosts the body's immune response. |
| Tocopherol (Vitamin E) | Lipids (Glycerolipid) | Sunflower Oil | Helianthus annuus | Seed | The body's primary fat-soluble antioxidant, protecting every cell from damage. |
| Phylloquinone (Vitamin K1) | Lipids (Glycerolipid) | Kale | Brassica oleracea | Leaves | Critical for healthy blood clotting and maintains strong, healthy bones. |
| Sitosterol-Palmitate | Lipids (Sterol) | Soybean Oil | Glycine max | Seed Oil | A long-acting form of sterols that helps maintain healthy cholesterol levels over time. |
| Campesterol-Oleate | Lipids (Sterol) | Corn Oil | Zea mays | Seed Oil | Supports a balanced cardiovascular system and healthy blood flow. |
| Stigmasterol-Linoleate | Lipids (Sterol) | Rapeseed Oil | Brassica napus | Seed Oil | Contributes to the body's supply of essential fats and growth-supporting sterols. |
| Delta-5-Avenasterol | Lipids (Sterol) | Oats | Avena sativa | Grains | Provides antioxidant protection to the cardiovascular system. |
| Delta-7-Avenasterol | Lipids (Sterol) | Sunflower Oil | Helianthus annuus | Seed | Assists in maintaining the health and resilience of our blood vessels. |
| Gramisterol | Lipids (Sterol) | Wheat Germ Oil | Triticum aestivum | Seed | Supports the body's natural healing and immune surveillance mechanisms. |
| Citrostadienol | Lipids (Sterol) | Citrus Oil | Citrus limon | Peel | A minor nutrient that supports a balanced metabolic rate. |
| Isofucosterol | Lipids (Sterol) | Oat Bran | Avena sativa | Grain Hull | Helps the body regulate its response to dietary fats and energy. |
| Cycloartanol | Lipids (Sterol) | Rice Bran | Oryza sativa | Bran | Contributes to the body's overall vitality and metabolic efficiency. |
| 24-Ethylidene-Lophenol | Lipids (Sterol) | Tobacco | Nicotiana tabacum | Leaves | Provides essential components for structural health of nerve membranes. |
| Acylated-MGDG | Lipids (Glycerolipid) | Arabidopsis | Arabidopsis thaliana | Leaves | Supports the body's internal 'emergency response' to cellular damage. |
| Mannosyl-GIPC | Lipids (Sphingolipid) | Tomato | Solanum lycopersicum | Leaves | Assists the human immune system in recognizing and fighting infections. |
| Arabinosyl-GIPC | Lipids (Sphingolipid) | Legumes | N/A | Roots | Helps maintain the health and diversity of our gut microbiome. |
| Galactosyl-GIPC | Lipids (Sphingolipid) | Various Plants | N/A | Every Cell | Supports the healthy communication between the cells of our body. |
| Xylosyl-GIPC | Lipids (Sphingolipid) | Plant Membranes | N/A | Cell | A structural building block that supports resilient human tissues. |
| Fucosyl-GIPC | Lipids (Sphingolipid) | Plant Membranes | N/A | Cell | Plays a role in the healthy recognition of nutrients by our cells. |
| N-Acyl-Phosphatidylethanolamine | Lipids (Glycerolipid) | Cottonseed | Gossypium hirsutum | Seed | Signals the human brain to feel full and satisfied after a meal. |
| N-Acylethanolamine | Lipids (Glycerolipid) | Soybean | Glycine max | Seed | Helps regulate the body's stress response and promotes a calm state of mind. |
| Lyso-Phosphatidylethanolamine | Lipids (Glycerolipid) | Various Plants | N/A | Every Cell | Assists in the healthy maturation and renewal of our cellular tissues. |
| Phosphatidic Acid | Lipids (Glycerolipid) | All Plants | N/A | Every Cell | Acts as a central switch to help our muscles grow and recover after exercise. |
| D-Pinitol | Lipids (Glycerolipid) | Carob Tree | Ceratonia siliqua | Leaves | Widely used to help the human body maintain healthy blood sugar and insulin levels. |
| Bornesitol | Lipids (Glycerolipid) | Litchi | Litchi chinensis | Leaves | Improves the body's ability to take up and use energy effectively. |
| Quebrachitol | Lipids (Glycerolipid) | Rubber Tree | Hevea brasiliensis | Latex | May serve as a health-promoting agent for managing metabolic conditions. |
| Ononitol | Lipids (Glycerolipid) | Pigeon Pea | Cajanus cajan | Leaves | Supports the body's natural resilience to metabolic stress. |
| Sequoyitol | Lipids (Glycerolipid) | Redwood | Sequoia sempervirens | Heartwood | Contributes to the long-term metabolic health and defense of human cells. |
| Fagopyritol | Lipids (Glycerolipid) | Buckwheat | Fagopyrum esculentum | Seed | An essential nutrient for supporting healthy glucose and insulin management. |
| Ciceritol | Lipids (Glycerolipid) | Chickpea | Cicer arietinum | Seed | A specialized carbohydrate that supports the growth of healthy gut bacteria. |
| Pinpollitol | Lipids (Glycerolipid) | Pine Tree | Pinus spp. | Sap | Assists in the healthy regulation of the body's internal water balance. |
| Viscumitol | Lipids (Glycerolipid) | Mistletoe | Viscum album | Leaves | Supports a balanced and healthy human immune system response. |
| Napin | Protein (Albumin) | Rapeseed / Canola | Brassica napus | Seeds | A sulfur-rich protein that provides the building blocks for healthy skin and hair growth. |
| Amandin | Protein (Globulin) | Almond | Prunus dulcis | Nut Kernel | The primary protein in almonds, supporting heart health and muscle tissue maintenance. |
| Glycinin | Protein (Globulin) | Soybean | Glycine max | Seeds | A robust amino acid source that helps build muscle and supports bone density. |
| Beta-Conglycinin | Protein (Globulin) | Soybean | Glycine max | Seeds | Helps the body manage blood sugar and promotes healthy fat levels in the blood. |
| Phaseolin | Protein (Globulin) | Kidney Bean | Phaseolus vulgaris | Seeds | Provides essential building blocks for cell repair and helps maintain a feeling of fullness. |
| Vicilin | Protein (Globulin) | Garden Pea | Pisum sativum | Seeds | A highly digestible protein source that supports general growth and physical recovery. |
| Legumin | Protein (Globulin) | Broad Bean | Vicia faba | Seeds | Supplies a dense array of amino acids vital for maintaining a strong immune defense. |
| Gliadin | Protein (Prolamin) | Wheat | Triticum aestivum | Grain Endosperm | Provides dietary nitrogen and the structural elasticity required for energy-providing breads. |
| Glutenin | Protein (Glutelin) | Wheat | Triticum aestivum | Grain Endosperm | Essential for physical stamina and provides a matrix for the slow release of energy. |
| Zein | Protein (Prolamin) | Maize (Corn) | Zea mays | Grain Endosperm | A unique protein source providing specific components for cellular energy production. |
| Hordein | Protein (Prolamin) | Barley | Hordeum vulgare | Grain Endosperm | Supports metabolic health and is a key component of energy-rich malted grains. |
| Secalin | Protein (Prolamin) | Rye | Secale cereale | Grain Endosperm | A protein that contributes to digestive health and supports sustained energy levels. |
| Avenin | Protein (Prolamin) | Oats | Avena sativa | Grain Endosperm | A gentle, well-tolerated protein that aids in heart health and muscle recovery. |
| Kafirin | Protein (Prolamin) | Sorghum | Sorghum bicolor | Grain Endosperm | Provides a hypoallergenic protein option that supports metabolic regulation. |
| Oryzenin | Protein (Glutelin) | Rice | Oryza sativa | Grain Endosperm | A high-quality, hypoallergenic protein source that is easy on the digestive system. |
| Edestin | Protein (Globulin) | Hemp | Cannabis sativa | Seeds | One of the most bioavailable proteins; it aids immune health by mimicking human blood proteins. |
| Cruciferin | Protein (Globulin) | Mustard | Sinapis alba | Seeds | A protective protein that supports the body's natural ability to repair and regenerate tissues. |
| Lunasin | Protein (Albumin) | Soybean | Glycine max | Seeds | A powerful peptide that reduces inflammation and supports healthy cell cycles. |
| Concanavalin A | Protein (Other - Lectin) | Jack Bean | Canavalia ensiformis | Seeds | Helps the body's natural immune surveillance and is used to study cellular health. |
| Wheat Germ Agglutinin | Protein (Other - Lectin) | Wheat | Triticum aestivum | Germ | A specialized protein that helps the immune system stay alert and responsive. |
| Papain | Enzyme (Hydrolase) | Papaya | Carica papaya | Fruit (Latex) | Powerfully breaks down food proteins, easing digestion and reducing stomach discomfort. |
| Bromelain | Enzyme (Hydrolase) | Pineapple | Ananas comosus | Fruit and Stem | Reduces systemic inflammation and swelling while aiding in the digestion of protein-rich meals. |
| Actinidin | Enzyme (Hydrolase) | Kiwifruit | Actinidia deliciosa | Fruit | Specifically breaks down proteins from meat, eggs, and dairy to improve gut comfort. |
| Ficin | Enzyme (Hydrolase) | Fig | Ficus carica | Fruit (Latex) | Aids in protein digestion and supports the body's natural soothing response in the gut. |
| Alpha-Amylase | Enzyme (Hydrolase) | Mango | Mangifera indica | Fruit | Converts starches into simple sugars for an immediate and efficient energy boost. |
| Beta-Amylase | Enzyme (Hydrolase) | Sweet Potato | Ipomoea batatas | Tuber | Slowly breaks down complex carbohydrates to help maintain stable blood sugar levels. |
| Lipase | Enzyme (Hydrolase) | Avocado | Persea americana | Fruit | Helps the body digest and absorb healthy fats vital for brain and heart health. |
| Cellulase | Enzyme (Hydrolase) | Sprouts | Medicago sativa | Whole Sprout | Breaks down plant fiber into nutrients, reducing bloating and improving regularity. |
| Invertase | Enzyme (Hydrolase) | Honey (via Pollen) | N/A | Pollen / Nectar | Splits common sugars into usable forms, providing a quick source of cellular fuel. |
| Pectinase | Enzyme (Hydrolase) | Apple | Malus domestica | Fruit | Breaks down fruit cell walls to help the body access more stored vitamins and minerals. |
| Superoxide Dismutase (SOD) | Enzyme (Oxidoreductase) | Wheatgrass | Triticum aestivum | Young Leaves | A primary antioxidant that shields cells from damage and supports healthy aging. |
| Catalase | Enzyme (Oxidoreductase) | Potato | Solanum tuberosum | Tuber | Neutralizes harmful metabolic byproducts, protecting tissues from oxidative stress. |
| Peroxidase | Enzyme (Oxidoreductase) | Horseradish | Armoracia rusticana | Root | Supports the immune system's defense pathways and assists in detoxification. |
| Polyphenol Oxidase | Enzyme (Oxidoreductase) | Banana | Musa acuminata | Fruit | Assists in the ripening process, making nutrients more available for human digestion. |
| Lipoxygenase | Enzyme (Oxidoreductase) | Soybean | Glycine max | Seeds | Helps metabolize essential fats to support healthy cell membrane integrity. |
| Ascorbate Peroxidase | Enzyme (Oxidoreductase) | Spinach | Spinacia oleracea | Leaves | Works with Vitamin C to protect the eyes and skin from environmental stress. |
| Glucose Oxidase | Enzyme (Oxidoreductase) | Honey (via Nectar) | N/A | Nectar | Helps maintain a healthy microbial balance in the human gut. |
| Phenylalanine Ammonia-Lyase (PAL) | Enzyme (Lyase) | Strawberry | Fragaria ananassa | Fruit | Triggers the production of antioxidants that protect the cardiovascular system. |
| Aldolase | Enzyme (Lyase) | Peas | Pisum sativum | Seeds | Critical for converting dietary sugars into energy for mental and physical activity. |
| Pyruvate Decarboxylase | Enzyme (Lyase) | Grapes | Vitis vinifera | Fruit | Aids in creating probiotic-rich fermented foods that support gut wellness. |
| Carbonic Anhydrase | Enzyme (Lyase) | Kale | Brassica oleracea | Leaves | Helps maintain the proper acid-base balance in the blood for overall vitality. |
| Phosphoglucoisomerase | Enzyme (Isomerase) | Corn | Zea mays | Grain | Optimizes sugar molecules for muscle fuel or storage. |
| Glucose Isomerase | Enzyme (Isomerase) | Barley | Hordeum vulgare | Grain | Helps manage sugar types in the diet for more balanced energy levels. |
| Triose Phosphate Isomerase | Enzyme (Isomerase) | Spinach | Spinacia oleracea | Leaves | Ensures a steady and efficient flow of energy within human cells. |
| DNA Ligase | Enzyme (Ligase) | Broccoli Sprouts | Brassica oleracea | Whole Sprout | Vital for the repair and stability of human DNA and healthy cell growth. |
| Glutamine Synthetase | Enzyme (Ligase) | Peanuts | Arachis hypogaea | Seeds | Produces glutamine, which fuels the immune system and repairs the gut lining. |
| Acetyl-CoA Carboxylase | Enzyme (Ligase) | Sunflower | Helianthus annuus | Seeds | Supports the production of healthy fats that protect the brain and regulate hormones. |
| Pyruvate Carboxylase | Enzyme (Ligase) | Soybean | Glycine max | Seeds | Helps maintain the steady supply of energy required for heart health. |
| Urease | Enzyme (Hydrolase) | Jack Bean | Canavalia ensiformis | Seeds | Aids in the efficient use of protein for muscle synthesis and repair. |
| Phytase | Enzyme (Hydrolase) | Wheat Bran | Triticum aestivum | Outer Layer | Unlocks minerals like iron and zinc from grains, making them easier to absorb. |
| Glucanase | Enzyme (Hydrolase) | Barley | Hordeum vulgare | Grain | Breaks down plant fibers that help lower unhealthy cholesterol levels. |
| Xylanase | Enzyme (Hydrolase) | Oat Bran | Avena sativa | Grain | Aids in the digestion of tough whole-grain fibers to reduce gut discomfort. |
| Hemicellulase | Enzyme (Hydrolase) | Whole Grains | Various | Seed Coat | Breaks down complex carbohydrates to feed beneficial bacteria in the colon. |
| Maltase | Enzyme (Hydrolase) | Banana | Musa acuminata | Fruit | Finishes the digestion of malted sugars into glucose for a steady energy supply. |
| Sucrase | Enzyme (Hydrolase) | Sugarcane | Saccharum officinarum | Stem Juice | Efficiently breaks down table sugar to help the body manage its energy load. |
| Lactase | Enzyme (Hydrolase) | Fermented Soy | Glycine max | Bean (Fermented) | Assists those with dairy sensitivities in digesting sugars more comfortably. |
| Alpha-Galactosidase | Enzyme (Hydrolase) | Beans | Phaseolus spp. | Seeds | Reduces the bloating and gas often caused by eating high-fiber legumes. |
| Beta-Glucosidase | Enzyme (Hydrolase) | Almonds | Prunus dulcis | Nut | Unlocks healthy plant compounds in nuts, making them more available for health support. |
| Myrosinase | Enzyme (Hydrolase) | Broccoli | Brassica oleracea | Florets | Triggers the activation of cancer-fighting compounds in cruciferous vegetables. |
| Glutathione S-Transferase | Enzyme (Transferase) | Cabbage | Brassica oleracea | Leaves | Helps the liver safely remove toxins from the body. |
| Hexokinase | Enzyme (Transferase) | Wheat | Triticum aestivum | Grain | The first step in using dietary sugar for brain and muscle energy. |
| Pyruvate Kinase | Enzyme (Transferase) | Potato | Solanum tuberosum | Tuber | Supports the final release of energy from food to sustain physical activity. |
| Arginase | Enzyme (Hydrolase) | Soybean | Glycine max | Seeds | Helps the liver process waste from protein, supporting metabolic cleaning. |
| Asparaginase | Enzyme (Hydrolase) | Asparagus | Asparagus officinalis | Spears | Breaks down amino acids and is studied for its role in supporting healthy cell cycles. |
| RuBisCo | Protein / Enzyme | Spinach | Spinacia oleracea | Leaves | Provides a complete and easily absorbed amino acid profile for muscle health. |
| Lactate Dehydrogenase | Enzyme (Oxidoreductase) | Peas | Pisum sativum | Seeds | Helps convert organic acids for fuel, supporting muscle endurance during exercise. |
| Malate Dehydrogenase | Enzyme (Oxidoreductase) | Apple | Malus domestica | Fruit | A vital link in the body's energy cycle that maintains cellular vitality. |
| Succinate Dehydrogenase | Enzyme (Oxidoreductase) | Millet | Panicum miliaceum | Seeds | Generates energy within the cellular 'powerhouses' to support daily activity. |
| Alcohol Dehydrogenase | Enzyme (Oxidoreductase) | Orange | Citrus sinensis | Fruit | Aids the body in processing and clearing naturally occurring organic compounds. |
| Glutamate Dehydrogenase | Enzyme (Oxidoreductase) | Peanuts | Arachis hypogaea | Seeds | Balances the use of proteins and sugars to keep energy levels consistent. |
| Nitrate Reductase | Enzyme (Oxidoreductase) | Beetroot | Beta vulgaris | Root | Aids in producing nitric oxide for healthy blood pressure and circulation. |
| Cytochrome c Reductase | Enzyme (Oxidoreductase) | Spinach | Spinacia oleracea | Leaves | Essential for cellular energy transfer, keeping the body feeling alert and vibrant. |
| Epimerase | Enzyme (Isomerase) | Soybean | Glycine max | Seeds | Supports the creation of sugars needed for healthy and flexible cell membranes. |
| Racemase | Enzyme (Isomerase) | Alfalfa | Medicago sativa | Leaves | Ensures the proper formation of amino acids required for healthy tissues. |
| Fumarase | Enzyme (Lyase) | Citrus Fruits | Citrus spp. | Fruit | Ensures the constant and efficient production of energy from food. |
| Citrate Synthase | Enzyme (Transferase) | Lemon | Citrus limon | Fruit | Acts as the "spark" for the cell's energy cycle to keep metabolism running. |
| Glyceraldehyde-3-P Dehydrogenase | Enzyme (Oxidoreductase) | Kale | Brassica oleracea | Leaves | Directly releases the energy from dietary sugars for movement and work. |
| Enolase | Enzyme (Lyase) | Potato | Solanum tuberosum | Tuber | Aids in the final release of energy from starch to power the brain and heart. |
| Phosphoglycerate Kinase | Enzyme (Transferase) | Spinach | Spinacia oleracea | Leaves | Directly creates ATP, the primary energy molecule used for all life functions. |
| S-Adenosylmethionine Synthetase | Enzyme (Ligase) | Garlic | Allium sativum | Bulb | Creates molecules vital for mood balance and healthy liver function. |
| Leucyl-tRNA Synthetase | Enzyme (Ligase) | Pumpkin Seeds | Cucurbita pepo | Seeds | Signals and assists the body in building new muscle tissue. |
| Tryptophanyl-tRNA Synthetase | Enzyme (Ligase) | Chia Seeds | Salvia hispanica | Seeds | Ensures the body can produce proteins that support stable mood and sleep. |
| Glutathione Peroxidase | Enzyme (Oxidoreductase) | Garlic | Allium sativum | Bulb | Protects cells from toxic buildup and heavy metals for long-term health. |
| Ascorbate Oxidase | Enzyme (Oxidoreductase) | Cucumber | Cucumis sativus | Fruit | Helps the body use Vitamin C for immune support and healthy collagen. |
| Tyrosinase | Enzyme (Oxidoreductase) | Button Mushroom | Agaricus bisporus | Fruit Body | Involved in creating protective pigments and supports general metabolic health. |
| Nitrogenase | Enzyme (Oxidoreductase) | Peas | Pisum sativum | Roots | The ultimate source of plant protein, making nutrients available for human health. |
| Leucine Aminopeptidase | Enzyme (Hydrolase) | Barley | Hordeum vulgare | Grain | Assists in the final stages of protein digestion for maximum nutrient absorption. |
| Carboxypeptidase | Enzyme (Hydrolase) | Soybean | Glycine max | Seeds | Helps the body efficiently recycle protein units for muscle and organ repair. |
| Aminopeptidase | Enzyme (Hydrolase) | Cereal Grains | Various | Germ | Breaks down protein chains into single amino acids for immediate body use. |
| Adenosine Deaminase | Enzyme (Hydrolase) | Potato | Solanum tuberosum | Tuber | Critical for a strong immune system and healthy communication between cells. |
| Urate Oxidase | Enzyme (Oxidoreductase) | Soybean | Glycine max | Seeds | Supports healthy joints and kidney function by helping manage metabolic waste. |
| Xanthine Oxidase | Enzyme (Oxidoreductase) | Milk Thistle | Silybum marianum | Seeds | Involved in the breakdown of dietary compounds to maintain healthy blood chemistry. |
| Glucokinase | Enzyme (Transferase) | Rice | Oryza sativa | Grain | Acts as a sensor that helps the body maintain a perfect blood sugar balance. |
| Fructokinase | Enzyme (Transferase) | Tomato | Solanum lycopersicum | Fruit | Specifically manages the metabolism of fruit sugar to support weight wellness. |
| Phosphofructokinase | Enzyme (Transferase) | Sweet Potato | Ipomoea batatas | Tuber | The master controller of how the body burns fuel for consistent energy. |
| UDP-Glucose Pyrophosphorylase | Enzyme (Transferase) | Rice | Oryza sativa | Grain | Builds the storage forms of sugar needed for steady energy between meals. |
| Branching Enzyme | Enzyme (Transferase) | Potato | Solanum tuberosum | Tuber | Creates the complex starches that feed healthy bacteria in the human gut. |
| Alpha-Glucosidase | Enzyme (Hydrolase) | Buckwheat | Fagopyrum esculentum | Seeds | Helps ensure a slow, healthy release of sugar from food into the blood. |
| Polygalacturonase | Enzyme (Hydrolase) | Tomato | Solanum lycopersicum | Fruit | Ripens fruit to make its healthy antioxidants and pigments easier for us to absorb. |
| Pectin Methylesterase | Enzyme (Hydrolase) | Orange | Citrus sinensis | Fruit | Works with fruit fiber to support a healthy digestive tract and bowel regularity. |
| Superoxide Dismutase (SOD) | Enzyme (Oxidoreductase) | Melon | Cucumis melo | Fruit | Protects cells from internal damage to support heart and skin vibrancy. |
| Thiolase | Enzyme (Transferase) | Sunflower Seeds | Helianthus annuus | Seeds | Assists in breaking down fats for healthy weight and energy management. |
| Beta-Ketoacyl-ACP Synthase | Enzyme (Transferase) | Coconut | Cocos nucifera | Endosperm | Builds unique healthy fats that provide quick energy to the human brain. |
| Glycerol-3-Phosphate Acyltransferase | Enzyme (Transferase) | Avocado | Persea americana | Fruit | Helps build the structural fats that protect every cell in the human body. |
| Methyltransferase | Enzyme (Transferase) | Beetroot | Beta vulgaris | Root | Supports the liver’s ability to clean the blood and manage metabolic energy. |
| Glycosyltransferase | Enzyme (Transferase) | Stevia | Stevia rebaudiana | Leaves | Creates natural calorie-free sweeteners that are safe for blood sugar. |
| Alliinase | Enzyme (Lyase) | Garlic | Allium sativum | Bulb | Activates heart-healthy compounds that support immune function and longevity. |
| Phytoene Synthase | Enzyme (Transferase) | Carrot | Daucus carota | Root | Starts the production of Vitamin A, which is vital for vision and immunity. |
| Lycopene Beta-Cyclase | Enzyme (Isomerase) | Pumpkin | Cucurbita maxima | Fruit | Converts healthy pigments into Vitamin A to support skin and eye health. |
| Terpene Synthase | Enzyme (Lyase) | Peppermint | Mentha piperita | Leaves | Creates soothing natural oils that help relax the stomach and clear the mind. |
| Excelsin | Protein (Globulin) | Brazil Nut | Bertholletia excelsa | Nut Kernel | Supplies high levels of selenium and protein for heart and thyroid health. |
| Corylin | Protein (Globulin) | Hazelnut | Corylus avellana | Nut Kernel | A heart-healthy protein that supports brain function and metabolism. |
| Juglansin | Protein (Globulin) | Walnut | Juglans regia | Nut Kernel | Provides essential fats and protein that support healthy aging and cognition. |
| Cocosin | Protein (Globulin) | Coconut | Cocos nucifera | Endosperm | A unique protein source that supports energy levels and fat metabolism. |
| Vignin | Protein (Globulin) | Mung Bean | Vigna radiata | Seeds | Highly digestible protein that supports muscle repair and gut comfort. |
| Cicerin | Protein (Globulin) | Chickpea | Cicer arietinum | Seeds | A satiating protein that helps maintain a healthy weight and appetite. |
| Linin | Protein (Globulin) | Flaxseed | Linum usitatissimum | Seeds | Works with healthy fats to support heart health and hormone balance. |
| Conglutin | Protein (Globulin) | Lupin | Lupinus spp. | Seeds | A high-protein source that helps keep blood sugar levels steady after meals. |
| Leukosin | Protein (Albumin) | Wheat | Triticum aestivum | Grain | A nutritious protein that contributes to the value of whole-wheat energy. |
| Legumelin | Protein (Albumin) | Soybean | Glycine max | Seeds | Supplies essential amino acids for daily cellular repair and growth. |
| Lysine-tRNA Ligase | Enzyme (Ligase) | Quinoa | Chenopodium quinoa | Seeds | Ensures the essential amino acid lysine is used correctly to build body tissues. |
| Tyrosine-tRNA Ligase | Enzyme (Ligase) | Pumpkin Seeds | Cucurbita pepo | Seeds | Aids in building proteins that manage stress and support a healthy mood. |
| Valine-tRNA Ligase | Enzyme (Ligase) | Lentils | Lens culinaris | Seeds | Required for building the proteins needed for muscle repair and recovery. |
| Histidine-tRNA Ligase | Enzyme (Ligase) | Peanuts | Arachis hypogaea | Seeds | Supports the production of proteins that manage the body's inflammatory response. |
| Omega-3 Desaturase | Enzyme (Oxidoreductase) | Chia Seeds | Salvia hispanica | Seeds | A key step in creating the heart-healthy fats that protect the brain. |
| Glutathione Reductase | Enzyme (Oxidoreductase) | Spinach | Spinacia oleracea | Leaves | Recycles the body's most important antioxidant to keep cells clean and healthy. |
| Thioredoxin Reductase | Enzyme (Oxidoreductase) | Wheat Germ | Triticum aestivum | Germ | Maintains DNA health and helps repair damage from environmental stress. |
| Cysteine Synthase | Enzyme (Lyase) | Onions | Allium cepa | Bulb | Builds the amino acid cysteine, vital for detoxification and hair health. |
| Methionine Synthase | Enzyme (Transferase) | Lentils | Lens culinaris | Seeds | Required for the body to manage homocysteine, a key heart health marker. |
| Spermidine Synthase | Enzyme (Transferase) | Wheat Germ | Triticum aestivum | Germ | Produces compounds that signal human cells to clean and renew themselves. |
| Ornithine Decarboxylase | Enzyme (Lyase) | Tomato | Solanum lycopersicum | Fruit | Plays a fundamental role in the rapid repair and growth of body tissues. |
| Arginine Decarboxylase | Enzyme (Lyase) | Oats | Avena sativa | Grain | Produces specialized compounds that help the body manage stress and stay resilient. |
| Alanine Aminotransferase (ALT) | Enzyme (Transferase) | Green Leafy Veg | Various | Leaves | Crucial for converting nutrients into energy and maintaining a healthy liver. |
| Aspartate Aminotransferase (AST) | Enzyme (Transferase) | Root Vegetables | Various | Roots | Ensures that energy is always available for cells in the heart and liver. |
| Branched-Chain Aminotransferase | Enzyme (Transferase) | Garden Peas | Pisum sativum | Seeds | Handles the special amino acids that build strong muscles and improve recovery. |
| Glycine Hydroxymethyltransferase | Enzyme (Transferase) | Rice | Oryza sativa | Grain | Vital for healthy metabolism of folate, essential for cell repair and growth. |
| Serine Hydroxymethyltransferase | Enzyme (Transferase) | Spinach | Spinacia oleracea | Leaves | Ensures the body can properly build and repair the essential building blocks of life. |
| Threonine Dehydratase | Enzyme (Lyase) | Soybean | Glycine max | Seeds | Converts amino acids into cellular fuel to help keep energy levels high. |
| Homoserine Dehydrogenase | Enzyme (Oxidoreductase) | Barley | Hordeum vulgare | Grain | Helps the body build essential amino acids required for tissue repair. |
| Threonine Synthase | Enzyme (Lyase) | Oats | Avena sativa | Grain | Produces threonine, which supports heart health and immune strength. |
| Cystathionine Beta-Lyase | Enzyme (Lyase) | Broccoli | Brassica oleracea | Flower Buds | Assists in the body's natural sulfur cycle to keep the liver clean and healthy. |
| Betaine-Homocysteine Methyltransferase | Enzyme (Transferase) | Beetroot | Beta vulgaris | Root | Reduces blood markers that are linked to cardiovascular stress. |
| Sarcosine Oxidase | Enzyme (Oxidoreductase) | Wheat Bran | Triticum aestivum | Outer Layer | Assists in keeping the body’s metabolism efficient and clear of waste. |
| L-Amino Acid Oxidase | Enzyme (Oxidoreductase) | Peas | Pisum sativum | Seeds | Helps the body identify and use the correct building blocks for tissue repair. |
| Glutaminase | Enzyme (Hydrolase) | Miso | Glycine max | Fermented Bean | Releases nutrients and flavors that serve as essential fuel for the human brain. |
| Creatine Kinase | Enzyme (Transferase) | Whole Grains | Various | Grain | Assists in managing the rapid energy needed for human thinking and movement. |
| Adenylate Kinase | Enzyme (Transferase) | Spinach | Spinacia oleracea | Leaves | Balances the energy currency in our cells to keep us feeling vibrant. |
| Nucleoside-Diphosphate Kinase | Enzyme (Transferase) | Kale | Brassica oleracea | Leaves | Ensures cells have the building blocks they need to repair DNA. |
| RNA Polymerase | Enzyme (Transferase) | Rice Germ | Oryza sativa | Germ | Helps the body follow its own instructions to build proteins and enzymes. |
| Ribonuclease (RNase) | Enzyme (Hydrolase) | Spinach | Spinacia oleracea | Leaves | Aids in recycling cellular materials to keep our cells clean and functioning. |
| Deoxyribonuclease (DNase) | Enzyme (Hydrolase) | Tomato | Solanum lycopersicum | Fruit | Works to safely recycle old genetic material within human tissues. |
| Malic Enzyme | Enzyme (Oxidoreductase) | Apple | Malus domestica | Fruit | Assists in making the materials needed for building healthy body fats. |
| Malate Synthase | Enzyme (Transferase) | Sunflower Seeds | Helianthus annuus | Seeds | Aids in the efficient conversion of fat into energy for weight maintenance. |
| Alpha-Mannosidase | Enzyme (Hydrolase) | Jack Bean | Canavalia ensiformis | Seeds | Involved in recycling sugars to support healthy human cell communication. |
| Beta-Mannosidase | Enzyme (Hydrolase) | Guar Bean | Cyamopsis tetragonoloba | Seeds | Supports healthy digestion and helps maintain good blood cholesterol levels. |
| Carbamoyl Phosphate Synthetase | Enzyme (Ligase) | Sunflower Seeds | Helianthus annuus | Seeds | Starts the process of protein waste removal, protecting the liver and blood. |
| Ornithine Carbamoyltransferase | Enzyme (Transferase) | Peanuts | Arachis hypogaea | Seeds | Assists the human body's natural cycle of health and waste management. |
| Vitamin C (Ascorbic Acid) | Vitamins (Vitamin C) | Rose Hips | Rosa canina | Fruit | A powerful antioxidant that boosts the immune system and helps the body build collagen for healthy skin and joints. |
| Beta-carotene | Vitamins (Vitamin A) | Carrot | Daucus carota | Root | Converted into Vitamin A to support sharp vision and the health of the eyes and skin. |
| Alpha-carotene | Vitamins (Vitamin A) | Pumpkin | Cucurbita maxima | Fruit | A protective nutrient that supports healthy cell growth and immune defense. |
| Beta-cryptoxanthin | Vitamins (Vitamin A) | Papaya | Carica papaya | Fruit | Provides a source of Vitamin A that specifically supports lung and respiratory health. |
| Lutein | Vitamins (Carotenoid) | Kale | Brassica oleracea | Leaves | Shields the eyes from harmful blue light and helps prevent age-related vision loss. |
| Zeaxanthin | Vitamins (Carotenoid) | Sweet Corn | Zea mays | Grains | Accumulates in the retina to improve visual sharpness and protect the eyes from sun damage. |
| Lycopene | Vitamins (Carotenoid) | Tomato | Solanum lycopersicum | Fruit | A premier heart-health nutrient that also protects the skin from UV sun damage. |
| Phytoene | Vitamins (Carotenoid) | White Tomato | Solanum lycopersicum | Fruit | Protects cells from within and helps maintain a bright, even skin complexion. |
| Phytofluene | Vitamins (Carotenoid) | Tomato | Solanum lycopersicum | Fruit | Works with other nutrients to absorb UV light and protect the body from sun-induced aging. |
| Alpha-tocopherol | Vitamins (Vitamin E) | Wheat Germ | Triticum aestivum | Germ | The body's primary shield for protecting heart and brain cells from damage. |
| Gamma-tocopherol | Vitamins (Vitamin E) | Walnut | Juglans regia | Nut Kernel | Provides anti-inflammatory benefits and supports the healthy removal of toxins. |
| Delta-tocopherol | Vitamins (Vitamin E) | Soybean Oil | Glycine max | Seed Oil | A potent antioxidant that helps maintain the stability of healthy cell membranes. |
| Beta-tocopherol | Vitamins (Vitamin E) | Various Grains | N/A | Seed | Works as a protective factor for the nervous system and blood vessels. |
| Alpha-tocotrienol | Vitamins (Vitamin E) | Palm Fruit | Elaeis guineensis | Fruit | A potent form of Vitamin E that provides high-level support for brain health and nerve protection. |
| Gamma-tocotrienol | Vitamins (Vitamin E) | Rice Bran | Oryza sativa | Bran | Supports healthy cholesterol levels and provides superior protection for the heart. |
| Delta-tocotrienol | Vitamins (Vitamin E) | Annatto Seeds | Bixa orellana | Seeds | The most active Vitamin E form for maintaining long-term heart and cellular health. |
| Vitamin K1 (Phylloquinone) | Vitamins (Vitamin K) | Spinach | Spinacia oleracea | Leaves | Crucial for healthy blood clotting and ensuring calcium is used to build strong bones. |
| Vitamin B1 (Thiamine) | Vitamins (Vitamin B) | Sunflower Seeds | Helianthus annuus | Seeds | Essential for turning food into energy and maintaining a healthy heart and nervous system. |
| Vitamin B2 (Riboflavin) | Vitamins (Vitamin B) | Almonds | Prunus dulcis | Nut Kernel | Supports efficient energy production and maintains healthy vision and skin. |
| Vitamin B3 (Niacin) | Vitamins (Vitamin B) | Peanuts | Arachis hypogaea | Seeds | Promotes healthy brain function, circulation, and the repair of the body's DNA. |
| Vitamin B5 (Pantothenic Acid) | Vitamins (Vitamin B) | Avocado | Persea americana | Fruit | Vital for hormone production and supporting the body's natural response to stress. |
| Vitamin B6 (Pyridoxine) | Vitamins (Vitamin B) | Chickpeas | Cicer arietinum | Seeds | Supports a positive mood, brain health, and the production of hemoglobin for the blood. |
| Vitamin B7 (Biotin) | Vitamins (Vitamin B) | Soybeans | Glycine max | Seeds | Promotes strong hair growth, healthy skin, and resilient nails. |
| Vitamin B9 (Folate) | Vitamins (Vitamin B) | Lentils | Lens culinaris | Seeds | Critical for healthy cell repair and supports a robust and balanced emotional mood. |
| PQQ (Pyrroloquinoline quinone) | Vitamin-like Factor | Green Pepper | Capsicum annuum | Fruit | Supports the growth of new energy centers in cells for better focus and mental clarity. |
| Myo-inositol | Vitamin-like Factor | Cantaloupe | Cucumis melo | Fruit | Highly beneficial for hormonal balance and supporting emotional wellness. |
| D-chiro-inositol | Vitamin-like Factor | Buckwheat | Fagopyrum esculentum | Seeds | Helps the body maintain healthy blood sugar levels and supports reproductive health. |
| Choline | Vitamin-like Factor | Wheat Germ | Triticum aestivum | Germ | A vital building block for the brain, essential for memory, learning, and mood regulation. |
| Betaine | Vitamin-like Factor | Sugar Beet | Beta vulgaris | Root | Supports liver health and helps the body manage heart-related blood markers. |
| Calcium | Minerals (Macromineral) | Collard Greens | Brassica oleracea | Leaves | The primary mineral for building strong bones, teeth, and healthy heart rhythms. |
| Magnesium | Minerals (Macromineral) | Pumpkin Seeds | Cucurbita pepo | Seeds | Relaxes muscles and nerves, supports deep sleep, and helps the heart beat steadily. |
| Potassium | Minerals (Macromineral) | Banana | Musa acuminata | Fruit | Essential for maintaining healthy blood pressure, fluid balance, and muscle function. |
| Phosphorus | Minerals (Macromineral) | Oats | Avena sativa | Grains | Required by every cell to process energy and works with calcium to strengthen bones. |
| Sulfur | Minerals (Macromineral) | Garlic | Allium sativum | Bulb | Needed for healthy hair and skin, and assists the body in clearing out toxins. |
| Sodium | Minerals (Macromineral) | Celery | Apium graveolens | Stalk | Maintains hydration and is required for proper nerve and muscle signals. |
| Chloride | Minerals (Macromineral) | Tomato | Solanum lycopersicum | Fruit | Ensures the body produces enough stomach acid for healthy digestion and absorption. |
| Iron (Non-heme) | Minerals (Trace Mineral) | Spinach | Spinacia oleracea | Leaves | Essential for carrying oxygen through the blood to maintain high energy and focus. |
| Zinc | Minerals (Trace Mineral) | Pumpkin Seeds | Cucurbita pepo | Seeds | Powerfully supports the immune system, helps wounds heal, and is vital for smell and taste. |
| Copper | Minerals (Trace Mineral) | Cashews | Anacardium occidentale | Nut Kernel | Supports a healthy heart and helps the body produce energy for daily life. |
| Manganese | Minerals (Trace Mineral) | Hazelnuts | Corylus avellana | Nut Kernel | Supports the formation of strong bones and helps the body process fats and sugars. |
| Selenium | Minerals (Trace Mineral) | Brazil Nut | Bertholletia excelsa | Nut Kernel | A key mineral for thyroid health that also protects cells from oxidative stress. |
| Chromium | Minerals (Trace Mineral) | Broccoli | Brassica oleracea | Florets | Enhances insulin action, helping the body maintain healthy and stable blood sugar. |
| Iodine | Minerals (Trace Mineral) | Kelp | Macrocystis pyrifera | Whole Plant | Required for the thyroid to control the body's metabolism and growth. |
| Molybdenum | Minerals (Trace Mineral) | Lentils | Lens culinaris | Seeds | Helps the body's liver enzymes break down toxins and clear waste from the blood. |
| Silicon | Minerals (Trace Mineral) | Horsetail | Equisetum arvense | Stems | Strengthens hair and nails and supports the flexibility of the skin and arteries. |
| Boron | Minerals (Trace Mineral) | Avocado | Persea americana | Fruit | Improves the body's use of bone minerals and supports a healthy hormone balance. |
| Vanadium | Minerals (Trace Mineral) | Dill | Anethum graveolens | Leaves | Being studied for its potential to support healthy blood sugar and strong bones. |
| Nickel | Minerals (Trace Mineral) | Buckwheat | Fagopyrum esculentum | Seeds | Supports the activity of healthy bacteria in the gut and aids in nutrient metabolism. |
| Lithium | Minerals (Trace Mineral) | Cabbage | Brassica oleracea | Leaves | At trace levels, it supports emotional balance and long-term brain health. |
| Germanium | Minerals (Trace Mineral) | Ginseng | Panax ginseng | Root | A trace element that helps the body's cells use oxygen more efficiently for energy. |
| Strontium | Minerals (Trace Mineral) | Wheat Bran | Triticum aestivum | Outer Layer | Helps maintain bone density and supports the repair of skeletal tissues. |
| Cobalt | Minerals (Trace Mineral) | Peas | Pisum sativum | Seeds | An essential part of the B12 system required for producing healthy red blood cells. |
| Fluoride | Minerals (Trace Mineral) | Green Tea | Camellia sinensis | Leaves | Natural fluoride from tea helps strengthen tooth enamel and prevent cavities. |
| Quinic Acid | Vitamin-like Factor | Cranberry | Vaccinium macrocarpon | Fruit | Supports urinary health and assists the body in maintaining its natural acid balance. |
| Solanesol | Vitamin-like Factor | Potato | Solanum tuberosum | Leaves | A precursor that the body uses to create CoQ10 for sustained cellular energy. |
| Ferritin | Mineral Factor | Soybean | Glycine max | Seeds | A specialized, easy-to-absorb form of iron that is very gentle on the stomach. |
| Inositol Hexaphosphate (IP6) | Mineral Factor | Rice Bran | Oryza sativa | Bran | Supports healthy kidney function and boosts the body's natural immune defense. |
| Astaxanthin | Vitamins (Carotenoid) | Algae | Haematococcus pluvialis | Whole Cell | One of the world's most powerful antioxidants for protecting the brain, eyes, and skin. |
| Fucoxanthin | Vitamins (Carotenoid) | Kelp | Undaria pinnatifida | Whole Plant | Supports metabolic health and aids the body in healthy weight management. |
| Vitamin B12 (Active Analog) | Vitamins (Vitamin B) | Nori | Porphyra spp. | Fronds | Supports brain health and energy production in those following plant-based diets. |
| Vitamin D2 (Ergocalciferol) | Vitamins (Vitamin D) | UV-exposed Mushroom | Agaricus bisporus | Fruiting Body | Critical for bone health and supports a strong and responsive immune system. |
| Pinitol | Vitamin-like Factor | Carob | Ceratonia siliqua | Pods | Promotes physical stamina and helps the body manage blood sugar efficiently. |
| Bornesitol | Vitamin-like Factor | Litchi | Litchi chinensis | Fruit | Improves the body's ability to take up energy and support a healthy metabolism. |
| Scyllitol | Vitamin-like Factor | Litchi | Litchi chinensis | Fruit | A rare brain-supporting factor studied for its role in maintaining mental focus. |
| Viscumitol | Vitamin-like Factor | Mistletoe | Viscum album | Leaves | Supports a balanced immune system and promotes overall healthy resilience. |
| Ciceritol | Vitamin-like Factor | Chickpea | Cicer arietinum | Seeds | Selectively feeds beneficial gut bacteria to support digestive wellness. |
| Fagopyritol | Vitamin-like Factor | Buckwheat | Fagopyrum esculentum | Seeds | Supports the body's internal sugar-management system for consistent energy. |
| Rubidium | Minerals (Trace Mineral) | Coffee Bean | Coffea arabica | Bean | Works with potassium to support healthy electrical signals in the human heart. |
| Cesium | Minerals (Trace Mineral) | Spinach | Spinacia oleracea | Leaves | At trace levels, it helps the body manage its cellular electrical potential. |
| Anthocyanin (Cyanidin) | Vitamin Factor | Blackberry | Rubus fruticosus | Fruit | Protects blood vessels and supports circulation throughout the entire body. |
| Anthocyanin (Delphinidin) | Vitamin Factor | Blueberry | Vaccinium corymbosum | Fruit | Supports healthy brain aging and protects eyes from oxidative fatigue. |
| Anthocyanin (Pelargonidin) | Vitamin Factor | Strawberry | Fragaria ananassa | Fruit | Provides potent anti-inflammatory effects that support joint and skin health. |
| Anthocyanin (Peonidin) | Vitamin Factor | Purple Sweet Potato | Ipomoea batatas | Tuber | Shields cells from toxic damage and supports a healthy inflammatory response. |
| Anthocyanin (Malvidin) | Vitamin Factor | Red Grapes | Vitis vinifera | Fruit Peel | Promotes heart health by protecting the arteries from plaque buildup. |
| Quercetin | Vitamin Factor | Red Onion | Allium cepa | Bulb | Works with Vitamin C to strengthen immunity and reduce seasonal allergies. |
| Rutin | Vitamin Factor | Buckwheat | Fagopyrum esculentum | Leaves | Strengthens the walls of tiny blood vessels and improves overall circulation. |
| Hesperidin | Vitamin Factor | Orange | Citrus sinensis | Fruit Peel | Reduces systemic inflammation and supports the health of the cardiovascular system. |
| Apigenin | Vitamin Factor | Parsley | Petroselinum crispum | Leaves | Supports brain health and provides a calming effect on the nervous system. |
| Genistein | Vitamin Factor | Soybean | Glycine max | Seeds | Highly beneficial for supporting hormonal balance and bone density in women. |
| Daidzein | Vitamin Factor | Soybean | Glycine max | Seeds | Helps maintain a healthy heart and supports the body's natural antioxidant defense. |
| Resveratrol | Vitamin Factor | Red Grapes | Vitis vinifera | Fruit Skin | Activates "longevity genes" that protect the heart and brain from aging. |
| Kaempferol | Vitamin Factor | Broccoli | Brassica oleracea | Florets | Supports healthy cell division and provides deep protection for the heart. |
| Catechin | Vitamin Factor | Green Tea | Camellia sinensis | Leaves | Increases metabolic rate and protects brain cells from oxidative stress. |
| Epicatechin | Vitamin Factor | Cocoa | Theobroma cacao | Bean | Improves blood flow to the brain and supports healthy muscle growth. |
| EGCG | Vitamin Factor | Green Tea | Camellia sinensis | Leaves | The most active green tea nutrient for boosting metabolism and immune strength. |
| Naringenin | Vitamin Factor | Grapefruit | Citrus paradisi | Fruit | Improves the body's sensitivity to insulin and supports weight wellness. |
| Eriodictyol | Vitamin Factor | Lemon | Citrus limon | Fruit | A specialized antioxidant that supports respiratory health and reduces inflammation. |
| Capsanthin | Vitamins (Carotenoid) | Red Pepper | Capsicum annuum | Fruit | Improves the body's lipid profile and supports healthy eye function. |
| Neoxanthin | Vitamins (Carotenoid) | Spinach | Spinacia oleracea | Leaves | A rare pigment that supports metabolic balance and protects against cellular stress. |
| Violaxanthin | Vitamins (Carotenoid) | Yellow Pepper | Capsicum annuum | Fruit | Contributes to the body's antioxidant shield and supports skin vibrancy. |
| Capsaicin | Vitamin-like Factor | Chili Pepper | Capsicum frutescens | Fruit | Boosts metabolism for weight management and provides natural pain relief. |
| Curcumin | Vitamin Factor | Turmeric | Curuma longa | Rhizome | The premier natural compound for reducing joint pain and managing systemic inflammation. |
| Sulforaphane | Vitamin Factor | Broccoli | Brassica oleracea | Sprouts | Activates the body's most powerful detoxification pathways to protect against disease. |
| Allicin | Vitamin Factor | Garlic | Allium sativum | Bulb | Promotes heart health by supporting clear arteries and fighting harmful microbes. |
| Vitamin B1 (Thiamine) | Vitamins (Vitamin B) | Acorn Squash | Cucurbita pepo | Fruit | Supports mental clarity and helps the body process dietary sugars for energy. |
| Vitamin B2 (Riboflavin) | Vitamins (Vitamin B) | Mushrooms | Agaricus bisporus | Fruiting Body | Protects the eyes from light stress and supports healthy skin tissue renewal. |
| Vitamin B3 (Niacin) | Vitamins (Vitamin B) | Asparagus | Asparagus officinalis | Spears | Improves circulation and assists the body in maintaining healthy energy levels. |
| Vitamin B5 (Pantothenic Acid) | Vitamins (Vitamin B) | Broccoli | Brassica oleracea | Florets | Essential for producing energy-rich blood cells and supporting metabolic health. |
| Vitamin B6 (Pyridoxine) | Vitamins (Vitamin B) | Banana | Musa acuminata | Fruit | Aids the brain in producing serotonin for a balanced mood and regular sleep. |
| Vitamin B7 (Biotin) | Vitamins (Vitamin B) | Swiss Chard | Beta vulgaris | Leaves | Enables the body to process healthy fats and proteins for vibrant hair and skin. |
| Vitamin B9 (Folate) | Vitamins (Vitamin B) | Spinach | Spinacia oleracea | Leaves | Vital for the healthy formation of red blood cells in the bone marrow. |
| Iron | Minerals (Trace Mineral) | Lentils | Lens culinaris | Seeds | Provides the oxygen-carrying power needed for physical stamina and focus. |
| Magnesium | Minerals (Macromineral) | Swiss Chard | Beta vulgaris | Leaves | Essential for bone repair and the healthy transmission of nerve impulses. |
| Potassium | Minerals (Macromineral) | Potato | Solanum tuberosum | Tuber | Maintains regular heart rhythms and helps the body process dietary salt. |
| Calcium | Minerals (Macromineral) | Okra | Abelmoschus esculentus | Fruit | Provides the mineral foundation for skeletal strength and muscle movement. |
| Phosphorus | Minerals (Macromineral) | Pumpkin Seeds | Cucurbita pepo | Seeds | Necessary for the healthy storage of energy and structural health of teeth. |
| Sulfur | Minerals (Macromineral) | Onions | Allium cepa | Bulb | Provides the raw materials for the body's master antioxidant, glutathione. |
| Selenium | Minerals (Trace Mineral) | Sunflower Seeds | Helianthus annuus | Seeds | Acts as a powerful antioxidant that supports the heart and thyroid systems. |
| Zinc | Minerals (Trace Mineral) | Sesame Seeds | Sesamum indicum | Seeds | Crucial for sensory health and maintaining a strong and alert immune system. |
| Copper | Minerals (Trace Mineral) | Walnuts | Juglans regia | Nut Kernel | Helps keep the arteries and brain connective tissues resilient and healthy. |
| Manganese | Minerals (Trace Mineral) | Oat Bran | Avena sativa | Bran | Assists in the healthy construction of connective tissue and skeletal support. |
| Chromium | Minerals (Trace Mineral) | Apple | Malus domestica | Fruit | Helps the body regulate energy levels and improves blood sugar management. |
| Boron | Minerals (Trace Mineral) | Prunes | Prunus domestica | Fruit | Helps prevent the loss of bone-building minerals through the kidneys. |
| Silicon | Minerals (Trace Mineral) | Barley | Hordeum vulgare | Grain | Required for collagen production and helps the body maintain youthful skin. |
| Molybdenum | Minerals (Trace Mineral) | Soybean | Glycine max | Seeds | Activates the enzymes that remove harmful byproducts from dietary proteins. |
| Iodine | Minerals (Trace Mineral) | Dulse | Palmaria palmata | Whole Plant | The essential nutrient for producing the hormones that set your metabolic rate. |
| Soluble Silica | Minerals (Trace Mineral) | Horseradish | Armoracia rusticana | Root | Essential for maintaining the flexibility and structural health of connective tissues. |
| Germanium | Minerals (Trace Mineral) | Aloe Vera | Aloe barbadensis | Leaves | May help enhance natural immunity and cellular oxygen levels for better energy. |
| Lithium | Minerals (Trace Mineral) | Spinach | Spinacia oleracea | Leaves | At trace levels, it supports the brain's resilience and a steady emotional state. |
| Vitamin E (mixed) | Vitamins (Vitamin E) | Hazelnuts | Corylus avellana | Nut Kernel | A natural blend of nutrients that provides comprehensive antioxidant protection for the skin. |
| Vitamin K (mixed) | Vitamins (Vitamin K) | Kale | Brassica oleracea | Leaves | Fundamental for strong skeletal structures and preventing mineral buildup in arteries. |
| Vitamin C (High Density) | Vitamins (Vitamin C) | Guava | Psidium guajava | Fruit | One of the richest sources of the nutrient that protects heart tissue and gums. |
| Vitamin A (mixed) | Vitamins (Vitamin A) | Sweet Potato | Ipomoea batatas | Tuber | Vital for maintaining a healthy immune response and strong mucous membranes. |
| Vitamin B9 (mixed) | Vitamins (Vitamin B) | Asparagus | Asparagus officinalis | Spears | Ensures the healthy renewal of the body's instructions (DNA) and cell growth. |
| Vitamin B7 (mixed) | Vitamins (Vitamin B) | Peanuts | Arachis hypogaea | Seeds | Supports the efficient release of energy from fats and promotes hair health. |
| Choline (mixed) | Vitamin-like Factor | Sunflower Seeds | Helianthus annuus | Seeds | Assists the brain in sending fast nerve signals for better motor control. |
| Inositol (mixed) | Vitamin-like Factor | Beans | Phaseolus spp. | Seeds | Helps the body's nervous system communicate and supports a calm mind. |
| Magnesium (mixed) | Minerals (Macromineral) | Dark Chocolate | Theobroma cacao | Bean | Supports hundreds of enzyme reactions for bone health and stress management. |
| Iron (mixed) | Minerals (Trace Mineral) | Pumpkin Seeds | Cucurbita pepo | Seeds | Prevents fatigue and keeps the immune system ready for environmental defense. |
| Potassium (mixed) | Minerals (Macromineral) | Apricot | Prunus armeniaca | Fruit | Prevents muscle cramps and ensures that nerves can send clear electrical signals. |
| Calcium (mixed) | Minerals (Macromineral) | Broccoli | Brassica oleracea | Florets | Essential for bone repair and providing the signal for muscles to contract. |
| Vitamin E (Tocopherol) | Vitamins (Vitamin E) | Avocado | Persea americana | Fruit | A fat-soluble shield that maintains the health of the body's outer cellular layers. |
| Vitamin K (mixed) | Vitamins (Vitamin K) | Cabbage | Brassica oleracea | Leaves | Necessary for the body to manage calcium placement and blood consistency. |
| Vitamin B1 (mixed) | Vitamins (Vitamin B) | Black Beans | Phaseolus vulgaris | Seeds | Supports the brain's ability to think clearly and process fuel from foods. |
| Vitamin B2 (mixed) | Vitamins (Vitamin B) | Wheat Germ | Triticum aestivum | Germ | Essential for keeping the delicate linings of the mouth and throat healthy. |
| Vitamin B6 (mixed) | Vitamins (Vitamin B) | Potato | Solanum tuberosum | Tuber | Required by the body to produce energy-rich blood for physical vitality. |
| Cobalt (mixed) | Minerals (Trace Mineral) | Lentils | Lens culinaris | Seeds | Required by the body's internal enzymes to support the growth of healthy cells. |
| Molybdenum (mixed) | Minerals (Trace Mineral) | Black-eyed Peas | Vigna unguiculata | Seeds | Acts as a key factor for the enzymes that clear toxic compounds from the liver. |
| Sodium (mixed) | Minerals (Macromineral) | Swiss Chard | Beta vulgaris | Leaves | Maintains healthy hydration and nerve transmission throughout the body. |
| Potassium (mixed) | Minerals (Macromineral) | Potato | Solanum tuberosum | Tuber | Critical for a regular heartbeat and managing the effects of dietary salt. |
| Magnesium (mixed) | Minerals (Macromineral) | Spinach | Spinacia oleracea | Leaves | Helps maintain the structural integrity of every cell and DNA strand. |
| // SECONDARY METABOLITES: BIOACTIVE SIGNALS | |||||
|---|---|---|---|---|---|
| COMPOUND | CLASS (SUB-CLASS) | PLANT SOURCE | BOTANICAL NAME | PLANT PART | PRIMARY BIOLOGICAL ACTION |
| Morphine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Unripe Capsule Latex | A strong medicine used to block severe pain. |
| Codeine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Unripe Capsule Latex | Relieves mild pain and stops nagging coughs. |
| Quinine | Alkaloid (Quinoline) | Cinchona Tree | Cinchona officinalis | Dried Trunk Bark | A famous treatment for malaria that also lowers fevers. |
| Atropine | Alkaloid (Tropane) | Deadly Nightshade | Atropa belladonna | Leaves and Roots | Widens the pupils and stops muscle spasms in the gut. |
| Caffeine | Alkaloid (Purine) | Coffee / Tea Plant | Coffea arabica / Camellia sinensis | Dried Seeds / Leaves | Stimulates the brain to increase alertness and reduce fatigue. |
| Nicotine | Alkaloid (Pyridine) | Tobacco | Nicotiana tabacum | Leaves | A highly addictive chemical that speeds up the heart. |
| Cocaine | Alkaloid (Tropane) | Coca | Erythroxylum coca | Leaves | Numbs specific body areas and acts as a strong stimulant. |
| Berberine | Alkaloid (Isoquinoline) | Goldenseal / Barberry | Hydrastis canadensis / Berberis spp. | Roots and Rhizomes | Balances blood sugar and helps the body process energy efficiently. |
| Ephedrine | Alkaloid (Protoalkaloid) | Ma Huang | Ephedra sinica | Green Twigs | Opens up breathing tubes and provides a strong energy boost. |
| Colchicine | Alkaloid (Protoalkaloid) | Autumn Crocus | Colchicum autumnale | Seeds and Corms | Stops the sudden, intense pain and swelling caused by gout. |
| Vincristine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Aerial Parts | Used specifically for childhood leukemia and other cancers. |
| Vinblastine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Aerial Parts | A powerful drug used to stop cancer cells from growing. |
| Taxol | Alkaloid (Diterpene) | Pacific Yew | Taxus brevifolia | Bark | Treats various types of cancer by blocking cell division. |
| Reserpine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Dried Roots | Lowers high blood pressure and calms the mind. |
| Ajmaline | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Dried Roots | Corrects irregular heartbeats. |
| Huperzine A | Alkaloid (Lycopodium) | Toothed Clubmoss | Huperzia serrata | Whole Plant | Protects brain signaling to help improve memory and focus. |
| Galantamine | Alkaloid (Isoquinoline) | Snowdrop / Daffodil | Galanthus spp. | Bulbs | Slows memory loss by helping brain cells communicate effectively. |
| Physostigmine | Alkaloid (Indole) | Ordeal Bean | Physostigma venenosum | Seeds | Increases nerve signals to treat muscle and eye conditions. |
| Pilocarpine | Alkaloid (Imidazole) | Jaborandi | Pilocarpus jaborandi | Leaves | Helps treat eye pressure problems like glaucoma. |
| Strychnine | Alkaloid (Indole) | Strychnine Tree | Strychnos nux-vomica | Dried Seeds | A very dangerous chemical that over-stimulates the nerves. |
| Theobromine | Alkaloid (Purine) | Cacao | Theobroma cacao | Seeds (Beans) | Relaxes the heart and blood vessels while acting as a mild stimulant. |
| Theophylline | Alkaloid (Purine) | Tea Plant | Camellia sinensis | Leaves | Relaxes the lungs to help with breathing during asthma attacks. |
| Piperine | Alkaloid (Piperidine) | Black Pepper | Piper nigrum | Dried Fruits | Increases the body's ability to absorb nutrients. |
| Capsaicin | Alkaloid (Pseudoalkaloid) | Chili Pepper | Capsicum annuum | Fruit and Seeds | Causes a heat sensation and can help relieve pain. |
| Aconitine | Alkaloid (Diterpene) | Monkshood | Aconitum napellus | Dried Roots | A powerful toxin used in tiny amounts to relieve nerve pain. |
| Sanguinarine | Alkaloid (Isoquinoline) | Bloodroot | Sanguinaria canadensis | Rhizome | Kills germs and stops them from sticking to teeth. |
| Tetrahydropalmatine | Alkaloid (Isoquinoline) | Corydalis | Corydalis yanhusuo | Rhizome | Reduces pain and helps with relaxation or sleep. |
| Boldine | Alkaloid (Aporphine) | Boldo | Peumus boldus | Dried Leaves | Protects the liver and helps it release bile for digestion. |
| Harmine | Alkaloid (Indole) | Syrian Rue | Peganum harmala | Seeds | Changes mood and perception by affecting brain enzymes. |
| Matrine | Alkaloid (Quinolizidine) | Ku Shen | Sophora flavescens | Dried Roots | Reduces swelling and helps the immune system fight infections. |
| Yohimbine | Alkaloid (Indole) | Yohimbe | Pausinystalia yohimbe | Bark | Helps break down fat and increases blood flow. |
| Lobeline | Alkaloid (Piperidine) | Indian Tobacco | Lobelia inflata | Dried Whole Plant | Helps clear mucus from the lungs and acts as an aid to stop smoking. |
| Emetine | Alkaloid (Isoquinoline) | Ipecac | Cephaelis ipecacuanha | Roots and Rhizomes | In small doses it clears the lungs; in large doses it causes vomiting. |
| Noscapine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | Suppresses dry coughs without causing addiction. |
| Ergotamine | Alkaloid (Indole) | Ergot Fungus | Claviceps purpurea | Sclerotium | Narrows blood vessels to help stop migraine headaches. |
| Ligustrazine | Alkaloid (Pyrazine) | Chuanxiong | Ligusticum chuanxiong | Rhizome | Improves blood flow to the heart and brain to prevent damage. |
| Camptothecin | Alkaloid (Quinoline) | Happy Tree | Camptotheca acuminata | Bark and Fruit | Stops cancer cells from copying themselves to prevent tumor growth. |
| Scopolamine | Alkaloid (Tropane) | Jimson Weed | Datura stramonium | Seeds and Leaves | Prevents motion sickness and calms an upset stomach. |
| Ibogaine | Alkaloid (Indole) | Iboga | Tabernanthe iboga | Root Bark | Interrupts addiction pathways in the brain and heavily alters sensory perception. |
| Harmaline | Alkaloid (Beta-carboline) | Syrian Rue | Peganum harmala | Seeds | Acts as a reversible MAOI, changing how the brain processes internal neurotransmitters. |
| Tetrahydroharmine | Alkaloid (Beta-carboline) | Ayahuasca Vine | Banisteriopsis caapi | Stem / Bark | Helps maintain elevated serotonin levels and promotes mild neurological stimulation. |
| Gramine | Alkaloid (Indole) | Giant Reed | Arundo donax | Leaves | A botanical defense chemical that causes blood vessel constriction and muscle relaxation. |
| Brucine | Alkaloid (Indole) | Strychnine Tree | Strychnos nux-vomica | Seeds | A highly toxic stimulant that forces intense, dangerous central nervous system excitation. |
| Catharanthine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | A vital precursor compound that the plant uses to build powerful anti-cancer defenses. |
| Vindoline | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | Combines with catharanthine to form compounds that physically stop cells from dividing. |
| Rescinnamine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | Lowers systemic blood pressure by reducing the nervous system's physical output. |
| Deserpidine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | Acts as a powerful tranquilizer and anti-hypertensive by depleting adrenaline stores. |
| Corynantheine | Alkaloid (Indole) | Yohimbe | Pausinystalia yohimbe | Bark | Blocks specific vascular receptors, leading to increased blood flow to extremities. |
| Quinidine | Alkaloid (Quinoline) | Cinchona Tree | Cinchona officinalis | Trunk Bark | A powerful antiarrhythmic that physically stabilizes chaotic electrical signals in the heart. |
| Cinchonine | Alkaloid (Quinoline) | Cinchona Tree | Cinchona pubescens | Trunk Bark | Interferes with the feeding process of malarial parasites in the human bloodstream. |
| Dictamnine | Alkaloid (Quinoline) | Burning Bush | Dictamnus albus | Roots / Bark | Triggers strong contractions in smooth muscle tissue and acts as a localized antimicrobial. |
| Skimmianine | Alkaloid (Quinoline) | Japanese Skimmia | Skimmia japonica | Leaves | Provides a calming effect on the central nervous system and relaxes skeletal muscle. |
| Cephaeline | Alkaloid (Isoquinoline) | Ipecac | Cephaelis ipecacuanha | Roots | A severe gastric irritant that triggers an immediate, powerful vomiting reflex. |
| Chelidonine | Alkaloid (Isoquinoline) | Greater Celandine | Chelidonium majus | Roots / Sap | Relaxes the smooth muscle lining of the digestive tract and biliary ducts. |
| Hydrastine | Alkaloid (Isoquinoline) | Goldenseal | Hydrastis canadensis | Rhizome | Causes powerful constriction of peripheral blood vessels to stop mucosal bleeding. |
| Canadine | Alkaloid (Isoquinoline) | Goldenseal | Hydrastis canadensis | Rhizome | Provides a sedative effect and heavily protects nerve cells from oxidative death. |
| Coptisine | Alkaloid (Isoquinoline) | Goldthread | Coptis chinensis | Rhizome | A bright yellow compound that intensely suppresses bacterial and viral replication. |
| Palmatine | Alkaloid (Isoquinoline) | Amur Cork Tree | Phellodendron amurense | Bark | Heavily studied for its ability to clear infections and lower high blood sugar. |
| Jatrorrhizine | Alkaloid (Isoquinoline) | Barberry | Berberis vulgaris | Root Bark | Neutralizes fungal infections and physically protects the health of the liver. |
| Corydaline | Alkaloid (Isoquinoline) | Corydalis | Corydalis yanhusuo | Rhizome / Tuber | A potent botanical analgesic that targets the brain to reduce chronic nerve pain. |
| Bulbocapnine | Alkaloid (Aporphine) | Corydalis | Corydalis cava | Tuber | Causes temporary physical rigidity and heavily suppresses spontaneous muscle movement. |
| Papaverine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | Directly relaxes the smooth muscle of blood vessels, greatly increasing localized blood flow. |
| Narceine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | A mild narcotic that reduces the urge to cough without suppressing breathing. |
| Cryptopine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | Can cause a slowing of the heart rate and mild systemic sedation. |
| Protopine | Alkaloid (Isoquinoline) | Fumitory | Fumaria officinalis | Aerial Parts | Soothes biliary spasms and provides a gentle, calming effect on the nervous system. |
| Hyoscyamine | Alkaloid (Tropane) | Henbane | Hyoscyamus niger | Leaves | Blocks the parasympathetic nervous system, stopping painful gut cramps and spasms. |
| Cinnamoylcocaine | Alkaloid (Tropane) | Coca | Erythroxylum coca | Leaves | A secondary stimulant in coca that numbs tissues and mildly accelerates the heart. |
| Tropacocaine | Alkaloid (Tropane) | Coca | Erythroxylum coca | Leaves | Provides rapid, localized tissue anesthesia without the intense central stimulation of cocaine. |
| Calystegine A3 | Alkaloid (Tropane) | Potato / Bindweed | Solanum tuberosum | Roots / Tubers | Interferes with sugar-processing enzymes, heavily influencing metabolic pathways. |
| Coniine | Alkaloid (Piperidine) | Poison Hemlock | Conium maculatum | Seeds | A lethal neurotoxin that paralyzes respiratory muscles from the outside in. |
| Anabasine | Alkaloid (Pyridine) | Tree Tobacco | Nicotiana glauca | Leaves | A botanical insecticide that overstimulates nicotinic receptors, leading to paralysis. |
| Anatabine | Alkaloid (Pyridine) | Tobacco | Nicotiana tabacum | Leaves | Heavily suppresses pro-inflammatory markers and protects neurological pathways. |
| Arecoline | Alkaloid (Pyridine) | Betel Nut | Areca catechu | Seeds | Stimulates the brain to increase alertness, but heavily taxes the cardiovascular system over time. |
| Guvacine | Alkaloid (Pyridine) | Betel Nut | Areca catechu | Seeds | Inhibits GABA uptake in the brain, leading to mild stimulation and nervous tension. |
| Pelletierine | Alkaloid (Piperidine) | Pomegranate | Punica granatum | Root Bark | Highly toxic to intestinal parasites, traditionally used to flush out tapeworms. |
| Ricinine | Alkaloid (Pyridine) | Castor Bean | Ricinus communis | Seeds | A mild neurotoxin that the plant uses as a chemical defense against grazing insects. |
| Trigonelline | Alkaloid (Pyridine) | Fenugreek | Trigonella foenum-graecum | Seeds | Promotes healthy glucose metabolism and physically protects the brain from cellular death. |
| Senecionine | Alkaloid (Pyrrolizidine) | Ragwort | Senecio jacobaea | Leaves | Highly toxic to the human liver, causing irreversible tissue scarring and cellular death. |
| Monocrotaline | Alkaloid (Pyrrolizidine) | Rattlebox | Crotalaria spectabilis | Seeds | Damages the lining of the lungs and heart vessels, used to study pulmonary hypertension. |
| Retrorsine | Alkaloid (Pyrrolizidine) | Ragwort | Senecio isatideus | Aerial Parts | Cross-links DNA in the liver, physically stopping healthy liver cells from reproducing. |
| Lasiocarpine | Alkaloid (Pyrrolizidine) | Heliotrope | Heliotropium europaeum | Leaves | A potent botanical poison that permanently damages human hepatic (liver) function. |
| Symphytine | Alkaloid (Pyrrolizidine) | Comfrey | Symphytum officinale | Roots | Though comfrey heals wounds externally, this internal alkaloid is heavily toxic to the liver. |
| Sparteine | Alkaloid (Quinolizidine) | Scotch Broom | Cytisus scoparius | Branches | Slows the electrical conduction in the heart and triggers uterine contractions. |
| Lupanine | Alkaloid (Quinolizidine) | Lupin | Lupinus albus | Seeds | A bitter defense chemical that can cause respiratory depression if ingested in high doses. |
| Cytisine | Alkaloid (Quinolizidine) | Golden Rain Tree | Laburnum anagyroides | Seeds | Mimics nicotine in the brain, effectively reducing cigarette cravings and withdrawal. |
| Oxymatrine | Alkaloid (Quinolizidine) | Sophora Root | Sophora flavescens | Roots | Provides powerful antiviral support and protects the liver during chronic infections. |
| Anagyrine | Alkaloid (Quinolizidine) | Lupin | Lupinus spp. | Seeds | A potent teratogen that can cause severe fetal deformities if ingested during pregnancy. |
| N-Methylcytisine | Alkaloid (Quinolizidine) | Blue Cohosh | Caulophyllum thalictroides | Roots | Increases blood pressure and strongly stimulates the muscles of the uterus. |
| Solanine | Alkaloid (Steroidal) | Potato | Solanum tuberosum | Green Skin / Sprouts | A natural pesticide that disrupts human cell membranes and causes severe gastric distress. |
| Chaconine | Alkaloid (Steroidal) | Potato | Solanum tuberosum | Green Skin / Sprouts | Works alongside solanine to poison insects; toxic to the human nervous system. |
| Tomatine | Alkaloid (Steroidal) | Tomato | Solanum lycopersicum | Green Fruit / Leaves | Binds to cholesterol in fungi to kill them; mildly toxic to humans if eaten in massive raw quantities. |
| Solasodine | Alkaloid (Steroidal) | Devil's Apple | Solanum linnaeanum | Fruit | Acts as a building block for pharmaceutical steroid hormones and contraceptives. |
| Cyclopamine | Alkaloid (Steroidal) | Corn Lily | Veratrum californicum | Roots | Blocks a critical cellular growth pathway, making it a target for anti-cancer research. |
| Jervine | Alkaloid (Steroidal) | Corn Lily | Veratrum californicum | Roots | A highly teratogenic compound that disrupts the central nervous system's development. |
| Veratramine | Alkaloid (Steroidal) | False Hellebore | Veratrum viride | Rhizomes | Dangerously slows the heart rate and causes severe central nervous system depression. |
| Conessine | Alkaloid (Steroidal) | Kurchi | Holarrhena pubescens | Bark | A highly effective botanical antibiotic specifically used to treat severe dysentery. |
| Methylliberine (Dynamine) | Alkaloid (Purine) | Kucha Tea | Camellia assamica | Leaves | Provides rapid neurological stimulation and focus without elevating heart rate or blood pressure. |
| Pseudoephedrine | Alkaloid (Protoalkaloid) | Ma Huang | Ephedra sinica | Stems | Vascular constrictor that rapidly shrinks swollen nasal tissues to clear congestion. |
| Cathine | Alkaloid (Protoalkaloid) | Khat | Catha edulis | Fresh Leaves | A mild amphetamine-like stimulant that reduces appetite and elevates mood. |
| Cathinone | Alkaloid (Protoalkaloid) | Khat | Catha edulis | Fresh Leaves | The primary, highly potent stimulant in Khat that drives heavy dopamine release in the brain. |
| Mescaline | Alkaloid (Protoalkaloid) | Peyote / San Pedro | Lophophora williamsii | Cactus Button | Binds to serotonin receptors, triggering profound visual and psychological hallucinations. |
| Hordenine | Alkaloid (Protoalkaloid) | Barley | Hordeum vulgare | Germinating Roots | Stimulates the release of norepinephrine, providing brief but intense physical energy. |
| Synephrine | Alkaloid (Protoalkaloid) | Bitter Orange | Citrus aurantium | Fruit Peel | Increases the body's resting metabolic rate and drives the mobilization of stored fat. |
| Lycorine | Alkaloid (Amaryllidaceae) | Spider Lily | Lycoris radiata | Bulbs | A powerful emetic (causes vomiting) that also severely disrupts the synthesis of viral proteins. |
| Tazettine | Alkaloid (Amaryllidaceae) | Daffodil | Narcissus tazetta | Bulbs | Mildly toxic to cells, traditionally studied for its unique effects on cellular life cycles. |
| Haemanthamine | Alkaloid (Amaryllidaceae) | Blood Lily | Haemanthus spp. | Bulbs | Triggers apoptosis (programmed cell death) specifically in aggressively growing cancer cells. |
| Narciclasine | Alkaloid (Amaryllidaceae) | Daffodil | Narcissus spp. | Bulbs | A potent growth inhibitor that stops plant seeds from sprouting and tumors from expanding. |
| Crinine | Alkaloid (Amaryllidaceae) | Crinum Lily | Crinum asiaticum | Bulbs | Stimulates the respiratory center in the brain, historically used to counteract certain poisons. |
| Mitragynine | Alkaloid (Indole) | Kratom | Mitragyna speciosa | Leaves | Interacts with opioid receptors to provide pain relief and dose-dependent stimulation or sedation. |
| 7-Hydroxymitragynine | Alkaloid (Indole) | Kratom | Mitragyna speciosa | Leaves | A highly potent minor alkaloid that provides intense, rapid-acting analgesic effects. |
| Speciociliatine | Alkaloid (Indole) | Kratom | Mitragyna speciosa | Leaves | Acts as a muscle relaxant and binds to distinct neurological receptors to lower pain perception. |
| Corynoxine | Alkaloid (Indole) | Kratom / Cat's Claw | Mitragyna speciosa | Leaves / Bark | Helps clear out damaged proteins in the brain, offering neuroprotective benefits. |
| Rhynchophylline | Alkaloid (Indole) | Cat's Claw | Uncaria tomentosa | Inner Bark | Lowers blood pressure by blocking calcium channels and protects the brain from glutamate toxicity. |
| Isorhynchophylline | Alkaloid (Indole) | Cat's Claw | Uncaria tomentosa | Inner Bark | Provides powerful neuroprotection, preventing the death of brain cells during periods of low oxygen. |
| Akuammine | Alkaloid (Indole) | Akuamma | Picralima nitida | Seeds | Binds to kappa-opioid receptors to provide a strong, natural botanical pain blockade. |
| Akuammidine | Alkaloid (Indole) | Akuamma | Picralima nitida | Seeds | Acts as a skeletal muscle relaxant and produces mild hypotensive (blood pressure lowering) effects. |
| Echitamine | Alkaloid (Indole) | Dita Bark | Alstonia scholaris | Trunk Bark | Historically utilized to lower severe fevers and stabilize chaotic gastrointestinal spasms. |
| Alstonine | Alkaloid (Indole) | Dita Bark / Snakeroot | Alstonia scholaris | Bark / Roots | Exhibits strong anti-psychotic properties and helps regulate chaotic neurotransmitter firing. |
| Serpentine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Dried Roots | A companion to reserpine that acts as a profound central nervous system depressant and hypotensive. |
| Tetrandrine | Alkaloid (Bisbenzylisoquinoline) | Stephania | Stephania tetrandra | Roots | A powerful calcium channel blocker that reduces lung inflammation and lowers blood pressure. |
| Fangchinoline | Alkaloid (Bisbenzylisoquinoline) | Stephania | Stephania tetrandra | Roots | Prevents blood from clotting abnormally and strongly inhibits the replication of certain viruses. |
| Stepholidine | Alkaloid (Protoberberine) | Stephania | Stephania intermedia | Roots / Tubers | Targets dopamine receptors, showing high potential for managing neurological movement disorders. |
| Isocorydine | Alkaloid (Aporphine) | Yellow Horned Poppy | Glaucium flavum | Aerial Parts | Relaxes the smooth muscle of the vascular system and slows rapid cellular replication. |
| Laurotetanine | Alkaloid (Aporphine) | Litsea | Litsea cubeba | Bark / Roots | Displays strong localized antibacterial properties and acts as a central nervous system depressant. |
| Magnoflorine | Alkaloid (Aporphine) | Magnolia | Magnolia officinalis | Bark | Helps lower systemic anxiety without causing drowsiness and protects cholesterol from oxidation. |
| Dauricine | Alkaloid (Bisbenzylisoquinoline) | Asian Moonseed | Menispermum dauricum | Rhizomes | Stabilizes irregular heart rhythms and prevents the early death of cardiac tissue during stress. |
| Neferine | Alkaloid (Bisbenzylisoquinoline) | Sacred Lotus | Nelumbo nucifera | Seed Embryo | Calms the nervous system, drastically lowers blood pressure, and helps resolve pulmonary fibrosis. |
| Nuciferine | Alkaloid (Aporphine) | Sacred Lotus | Nelumbo nucifera | Leaves | Promotes deep relaxation and assists the liver in metabolizing high loads of dietary lipids. |
| Roemerine | Alkaloid (Aporphine) | Sacred Lotus | Nelumbo nucifera | Leaves | Exhibits potent antifungal activity and inhibits the growth of specific drug-resistant pathogens. |
| Anonaine | Alkaloid (Aporphine) | Custard Apple | Annona squamosa | Bark / Leaves | A botanical defense chemical that causes DNA fragmentation specifically in malignant cells. |
| Liriodenine | Alkaloid (Aporphine) | Tulip Tree | Liriodendron tulipifera | Heartwood | Provides strong antimicrobial defense and physically disrupts the synthesis of fungal cell walls. |
| Carpaine | Alkaloid (Macrolide) | Papaya | Carica papaya | Leaves | Causes profound relaxation of the heart muscle, dramatically slowing an elevated heart rate. |
| Vasicinone | Alkaloid (Quinazoline) | Malabar Nut | Adhatoda vasica | Leaves | A secondary metabolite that heavily dilates the bronchial tubes to reverse severe asthma attacks. |
| Deoxyvasicinone | Alkaloid (Quinazoline) | Malabar Nut | Adhatoda vasica | Leaves | Works synergistically to clear heavy mucus from the respiratory tract and fight lung infections. |
| Harmol | Alkaloid (Beta-carboline) | Syrian Rue | Peganum harmala | Seeds | Acts on the central nervous system to induce muscle relaxation and mild psychoactive shifts. |
| Harmalol | Alkaloid (Beta-carboline) | Syrian Rue | Peganum harmala | Seeds | Provides robust neuroprotection against chemical toxins and helps lower systemic inflammation. |
| Koumine | Alkaloid (Indole) | Yellow Jessamine | Gelsemium elegans | Roots | A highly potent botanical analgesic that modulates spinal cord pain signals without opioid addiction. |
| Securinine | Alkaloid (Indolizidine) | Securinega | Securinega suffruticosa | Leaves / Roots | Stimulates the central nervous system to combat fatigue and restore lost motor function. |
| Australine | Alkaloid (Pyrrolizidine) | Moreton Bay Chestnut | Castanospermum australe | Seeds | Blocks specific enzymes involved in viral replication, highly studied for retroviral defense. |
| Lentiginosine | Alkaloid (Indolizidine) | Locoweed | Astragalus lentiginosus | Leaves | A specialized enzymatic inhibitor that interferes with how cells process and attach sugars. |
| Lycopsamine | Alkaloid (Pyrrolizidine) | Borage | Borago officinalis | Leaves | A chemical defense compound that, while protecting the plant, is toxic to the human liver if consumed in high volume. |
| Intermedine | Alkaloid (Pyrrolizidine) | Comfrey | Symphytum officinale | Roots | Functions as a structural plant defense; causes hepatic veno-occlusive disease in humans if ingested. |
| Echimidine | Alkaloid (Pyrrolizidine) | Viper's Bugloss | Echium vulgare | Aerial Parts | A highly hepatotoxic alkaloid that physically cross-links human DNA, causing cellular death in the liver. |
| Riddelliine | Alkaloid (Pyrrolizidine) | Riddell's Ragwort | Senecio riddellii | Whole Plant | A powerful genotoxin that disrupts cell division, acting as an absolute biological deterrent to herbivores. |
| Heliotrine | Alkaloid (Pyrrolizidine) | Heliotrope | Heliotropium europaeum | Leaves | Causes massive cellular necrosis in the liver; isolated solely for toxicological and agricultural research. |
| Angustifoline | Alkaloid (Quinolizidine) | Narrow-leaf Lupin | Lupinus angustifolius | Seeds | A bitter compound that deters insect feeding and can depress the human central nervous system. |
| Thermopsine | Alkaloid (Quinolizidine) | False Lupin | Thermopsis rhombifolia | Seeds / Leaves | Highly toxic to mammals, causing severe gastrointestinal distress and respiratory failure. |
| Sophoridine | Alkaloid (Quinolizidine) | Sophora Root | Sophora flavescens | Roots | Actively suppresses malignant tumor growth and dramatically lowers the body's inflammatory response. |
| Sophoramine | Alkaloid (Quinolizidine) | Sophora Root | Sophora flavescens | Roots | Provides a strong protective shield to the liver during chemically induced stress or viral load. |
| Peimine | Alkaloid (Steroidal) | Fritillary Bulb | Fritillaria thunbergii | Bulbs | A highly specialized respiratory agent that physically breaks down thick, obstructive mucus in the lungs. |
| Peiminine | Alkaloid (Steroidal) | Fritillary Bulb | Fritillaria thunbergii | Bulbs | Acts as a powerful localized anti-inflammatory, soothing the irritated mucosal lining of the throat. |
| Imperialine | Alkaloid (Steroidal) | Fritillary Bulb | Fritillaria imperialis | Bulbs | Relaxes the smooth muscle of the trachea, providing rapid relief from severe, spasmodic coughing. |
| Verticine | Alkaloid (Steroidal) | Fritillary Bulb | Fritillaria verticillata | Bulbs | Lowers localized pulmonary inflammation and assists the immune system in clearing lung pathogens. |
| Verticinone | Alkaloid (Steroidal) | Fritillary Bulb | Fritillaria verticillata | Bulbs | Works alongside verticine to act as a potent botanical antitussive (cough suppressant) and expectorant. |
| Songorine | Alkaloid (Diterpene) | Monkshood | Aconitum soongaricum | Tubers | A unique Aconitum alkaloid that actually stimulates the central nervous system without the lethal toxicity of aconitine. |
| Lappaconitine | Alkaloid (Diterpene) | Monkshood | Aconitum septentrionale | Roots | Provides non-narcotic pain relief by selectively blocking sodium channels in peripheral nerves. |
| Mesaconitine | Alkaloid (Diterpene) | Monkshood | Aconitum carmichaelii | Roots | An extremely potent neurotoxin used in traditional formulations (after intense thermal processing) for nerve pain. |
| Hypaconitine | Alkaloid (Diterpene) | Monkshood | Aconitum carmichaelii | Roots | Highly toxic in its raw state; triggers intense anti-inflammatory and analgesic effects when strictly dosed. |
| Piperlongumine | Alkaloid (Pyridine) | Long Pepper | Piper longum | Roots / Fruit | Selectively targets and destroys cancer cells by artificially spiking their internal oxidative stress levels. |
| Psychotrine | Alkaloid (Isoquinoline) | Ipecac | Cephaelis ipecacuanha | Roots | A minor companion to emetine that contributes to the plant's powerful amoebicidal (parasite-killing) action. |
| Vomicine | Alkaloid (Indole) | Strychnine Tree | Strychnos nux-vomica | Seeds | Causes severe central nervous system excitation and convulsions; mapped strictly for toxicological awareness. |
| Hydroquinine | Alkaloid (Quinoline) | Cinchona Tree | Cinchona officinalis | Bark | A minor cinchona alkaloid that paralyzes the cellular machinery of the malaria parasite. |
| Vincamine | Alkaloid (Indole) | Lesser Periwinkle | Vinca minor | Leaves | Dramatically increases cerebral blood flow, making it a highly targeted compound for cognitive decline and memory loss. |
| Thebaine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | A stimulatory opiate that causes convulsions at high doses; used industrially to synthesize advanced analgesics. |
| Oripavine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | A highly toxic opiate precursor that is processed heavily in pharmaceutical labs to create addiction-blocking medications. |
| Reticuline | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | The ultimate master precursor; the plant uses this exact molecule to build almost all of its complex pain-killing alkaloids. |
| Ergocristine | Alkaloid (Indole) | Ergot Fungus | Claviceps purpurea | Sclerotium | Forces powerful vasoconstriction; historically utilized to stop postpartum hemorrhaging. |
| Ergocryptine | Alkaloid (Indole) | Ergot Fungus | Claviceps purpurea | Sclerotium | Interacts heavily with dopamine receptors, forming the biological basis for advanced Parkinson's medications. |
| Ergosine | Alkaloid (Indole) | Ergot Fungus | Claviceps purpurea | Sclerotium | A toxic ergotamine derivative that severely restricts blood flow to the body's extremities. |
| Ecgonine | Alkaloid (Tropane) | Coca | Erythroxylum coca | Leaves | The primary structural backbone of cocaine; lacks strong stimulant effects on its own but acts as a minor metabolite. |
| Pseudotropine | Alkaloid (Tropane) | Deadly Nightshade | Atropa belladonna | Roots | A biologically inactive structural precursor the plant utilizes to build its lethal parasympathetic defense weapons. |
| Belladonnine | Alkaloid (Tropane) | Deadly Nightshade | Atropa belladonna | Leaves | Causes extreme pupil dilation and completely paralyzes the smooth muscles of the human digestive tract. |
| Paraxanthine | Alkaloid (Purine) | Coffee | Coffea arabica | Seeds | The primary human metabolite of caffeine; massively increases fat breakdown and elevates muscular endurance. |
| Solamargine | Alkaloid (Steroidal) | Devil's Apple | Solanum linnaeanum | Fruit | Triggers rapid, programmed cellular suicide (apoptosis) in various strains of human cancer cells. |
| Solasonine | Alkaloid (Steroidal) | Devil's Apple | Solanum linnaeanum | Fruit | Works synergistically with solamargine to breach the cellular walls of aggressive fungal and bacterial pathogens. |
| Galegine | Alkaloid (Guanidine) | Goat's Rue | Galega officinalis | Aerial Parts | The exact botanical molecule that inspired the creation of Metformin; forces human cells to rapidly consume glucose. |
| Strictosidine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | The universal biological precursor from which all complex monoterpenoid indole alkaloids are synthesized. |
| Laudanosine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | A minor opiate alkaloid that lowers the seizure threshold and acts as a central nervous system stimulant. |
| Laudanine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | Closely related to laudanosine; it causes mild muscle rigidity and interacts with dopamine receptors. |
| Porphyroxine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | A highly reactive opiate precursor utilized heavily in forensic chemistry to identify raw opium extracts. |
| Neopine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | An isomer of codeine that acts as a mild antitussive (cough suppressant) with low addictive potential. |
| Pseudomorphine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | A natural oxidative dimer of morphine that is completely inactive at human opioid receptors. |
| Ergocornine | Alkaloid (Indole) | Ergot Fungus | Claviceps purpurea | Sclerotium | Forces potent constriction of peripheral blood vessels; studied for severe migraine management. |
| Ergonovine | Alkaloid (Indole) | Ergot Fungus | Claviceps purpurea | Sclerotium | Specifically targets uterine smooth muscle to induce sustained contractions and stop severe bleeding. |
| Ergotaminine | Alkaloid (Indole) | Ergot Fungus | Claviceps purpurea | Sclerotium | The biologically inactive isomer of ergotamine, used as a reference marker in pharmaceutical isolation. |
| Cupreine | Alkaloid (Quinoline) | Cinchona Tree | Cinchona cuprea | Bark | A structural relative of quinine used as an advanced catalyst in pharmaceutical chemical synthesis. |
| Cinchonamine | Alkaloid (Indole) | Cinchona Tree | Cinchona pubescens | Bark | An indole-based cinchona alkaloid that exhibits mild antimalarial and central nervous system effects. |
| Quinicine | Alkaloid (Quinoline) | Cinchona Tree | Cinchona officinalis | Bark | A heat-degraded byproduct of quinine that loses antimalarial efficacy but retains mild toxicity. |
| Rauwolscine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | Blocks alpha-2 adrenergic receptors, mildly elevating heart rate and mobilizing fatty acids. |
| Sarpagine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | A foundational indole alkaloid that supports the plant's biological synthesis of powerful antihypertensives. |
| Corynanthine | Alkaloid (Indole) | Yohimbe | Pausinystalia yohimbe | Bark | Acts as an alpha-1 adrenergic antagonist, causing targeted vasodilation and reduced blood pressure. |
| Demissine | Alkaloid (Steroidal) | Wild Potato | Solanum demissum | Leaves | A defensive steroidal glycoalkaloid heavily toxic to the Colorado potato beetle and mildly toxic to humans. |
| Solanocapsine | Alkaloid (Steroidal) | Jerusalem Cherry | Solanum pseudocapsicum | Fruit | Causes severe gastrointestinal irritation and central nervous system depression if the raw fruit is consumed. |
| Platyphylline | Alkaloid (Pyrrolizidine) | Broadleaf Ragwort | Senecio platyphyllus | Leaves | A pyrrolizidine alkaloid that lacks the severe liver toxicity of its peers, acting instead as a mild antispasmodic. |
| Senkirkine | Alkaloid (Pyrrolizidine) | Coltsfoot | Tussilago farfara | Leaves | A highly hepatotoxic alkaloid that physically cross-links human DNA, causing cellular necrosis in the liver. |
| Rosmarinine | Alkaloid (Pyrrolizidine) | Rosemary / Senecio | Senecio rosmarinifolius | Aerial Parts | A defensive chemical that disrupts cellular division; heavily monitored in agricultural feed crops. |
| Bikhaconitine | Alkaloid (Diterpene) | Himalayan Monkshood | Aconitum spicatum | Roots | An extremely potent neurotoxin that locks sodium channels open, causing rapid fatal arrhythmias. |
| Pseudaconitine | Alkaloid (Diterpene) | Nepal Aconite | Aconitum ferox | Roots | Historically considered one of the most lethal botanical poisons on Earth; completely paralyzes the respiratory system. |
| Indaconitine | Alkaloid (Diterpene) | Monkshood | Aconitum chasmanthum | Roots | Causes a severe burning sensation followed by absolute numbness and motor paralysis. |
| Isopilocarpine | Alkaloid (Imidazole) | Jaborandi | Pilocarpus jaborandi | Leaves | An isomer of pilocarpine that exhibits weaker stimulation of the parasympathetic nervous system. |
| Isopilosine | Alkaloid (Imidazole) | Jaborandi | Pilocarpus jaborandi | Leaves | Provides minor ophthalmic effects and is often separated out during the purification of prescription glaucoma drops. |
| Kifunensine | Alkaloid (Indolizidine) | Actinobacterium | Kitasatospora kifunensis | Cellular Matrix | A highly specialized enzyme inhibitor used strictly in laboratory settings to study cellular glycoprotein synthesis. |
| Slaframine | Alkaloid (Indolizidine) | Black Patch Fungus | Rhizoctonia leguminicola | Fungal Cells | Causes profound, uncontrollable salivation by aggressively overstimulating parasympathetic receptors. |
| Holarrhenine | Alkaloid (Steroidal) | Kurchi | Holarrhena pubescens | Bark | A highly effective amoebicidal compound used specifically to neutralize severe gut parasites. |
| Isochondodendrine | Alkaloid (Bisbenzylisoquinoline) | Curare Vine | Chondrodendron tomentosum | Bark | A structural relative to tubocurarine that exhibits mild, non-lethal muscle relaxation properties. |
| Chondrocurarine | Alkaloid (Bisbenzylisoquinoline) | Curare Vine | Chondrodendron tomentosum | Bark | Highly active at the neuromuscular junction, causing profound physical paralysis while leaving the brain fully conscious. |
| Cissampareine | Alkaloid (Bisbenzylisoquinoline) | Velvetleaf | Cissampelos pareira | Roots | Relaxes uterine smooth muscle and has been heavily studied for its ability to stop premature contractions. |
| Alstonidine | Alkaloid (Indole) | Dita Bark | Alstonia scholaris | Bark | Provides a calming, sedative effect on the central nervous system and mildly lowers blood pressure. |
| Akuammicine | Alkaloid (Indole) | Akuamma | Picralima nitida | Seeds | Binds heavily to opioid receptors to block physical pain signals without triggering respiratory depression. |
| Tryptamine | Alkaloid (Indole) | Acacia / Mimosa | Acacia / Mimosa spp. | Root Bark | A trace biogenic amine that acts as the foundational backbone for highly psychoactive botanical defenses. |
| N,N-DMT | Alkaloid (Indole) | Jurema Preta | Mimosa tenuiflora | Root Bark | Binds aggressively to serotonin receptors to induce immediate, profound shifts in visual and temporal perception. |
| Bufotenin | Alkaloid (Indole) | Yopo Tree | Anadenanthera colubrina | Seeds | Causes intense cardiovascular stimulation, visual distortion, and profound shifts in neurological state. |
| 5-MeO-DMT | Alkaloid (Indole) | Virola | Virola theiodora | Bark Resin | An incredibly potent tryptamine that forces complete ego dissolution and profound neurological resets. |
| Ibogamine | Alkaloid (Indole) | Iboga | Tabernanthe iboga | Root Bark | Acts as an anticonvulsant and mildly interrupts cyclical behavioral pathways in the brain. |
| Tabernanthine | Alkaloid (Indole) | Iboga | Tabernanthe iboga | Root Bark | Lowers heart rate, promotes prolonged wakefulness, and induces sustained systemic analgesia. |
| Voacangine | Alkaloid (Indole) | Voacanga | Voacanga africana | Bark / Seeds | A potent botanical precursor heavily utilized in the semi-synthesis of advanced anti-addiction compounds. |
| Coronaridine | Alkaloid (Indole) | Voacanga | Voacanga africana | Bark / Roots | Exhibits strong analgesic properties and mildly suppresses the human appetite for addictive substances. |
| Conopharyngine | Alkaloid (Indole) | Voacanga | Voacanga africana | Bark | Causes mild central nervous system stimulation and actively dilates peripheral blood vessels. |
| Ibogaline | Alkaloid (Indole) | Iboga | Tabernanthe iboga | Root Bark | A minor iboga alkaloid that supports the plant's overall disruption of mammalian neurological processing. |
| Catharanthinic acid | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | A biological intermediate the plant uses to transition simple indoles into complex, anti-mitotic defense chemicals. |
| Vindolinine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | Exhibits moderate hypoglycemic activity, actively driving blood glucose down into the cells. |
| Leurosine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | Closely related to vinblastine; powerfully disrupts the cellular scaffolding of aggressively multiplying cells. |
| Catharine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | A minor, highly complex dimer utilized primarily in advanced botanical mapping and synthesis research. |
| Ervamine | Alkaloid (Indole) | Crepe Jasmine | Tabernaemontana divaricata | Leaves | Acts as a targeted acetylcholinesterase inhibitor, slowing the breakdown of memory-forming neurotransmitters. |
| Ervatamine | Alkaloid (Indole) | Crepe Jasmine | Tabernaemontana divaricata | Leaves | Strongly depresses the central nervous system and triggers a profound drop in core body temperature. |
| Macusine | Alkaloid (Indole) | Strychnine Tree | Strychnos toxifera | Bark | A specialized curare compound that forces skeletal muscle relaxation by blocking motor nerve terminals. |
| C-Toxiferine | Alkaloid (Indole) | Strychnine Tree | Strychnos toxifera | Bark | One of the most potent muscle relaxants in the botanical kingdom; highly lethal via respiratory paralysis. |
| Strychnobrasiline | Alkaloid (Indole) | Strychnine Tree | Strychnos brasiliensis | Bark | Exhibits a complex mix of localized muscle relaxation paired with mild central nervous system excitation. |
| Gelsevirine | Alkaloid (Indole) | Yellow Jessamine | Gelsemium sempervirens | Roots | A highly toxic companion to gelsemine that severely depresses respiratory centers in the brain. |
| Strictosidine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | The universal biological precursor from which all complex monoterpenoid indole alkaloids are synthesized. |
| Laudanosine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | A minor opiate alkaloid that lowers the seizure threshold and acts as a central nervous system stimulant. |
| Laudanine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | Closely related to laudanosine; it causes mild muscle rigidity and interacts with dopamine receptors. |
| Porphyroxine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | A highly reactive opiate precursor utilized heavily in forensic chemistry to identify raw opium extracts. |
| Neopine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | An isomer of codeine that acts as a mild antitussive (cough suppressant) with low addictive potential. |
| Pseudomorphine | Alkaloid (Isoquinoline) | Opium Poppy | Papaver somniferum | Capsule Latex | A natural oxidative dimer of morphine that is completely inactive at human opioid receptors. |
| Ergocornine | Alkaloid (Indole) | Ergot Fungus | Claviceps purpurea | Sclerotium | Forces potent constriction of peripheral blood vessels; studied for severe migraine management. |
| Ergonovine | Alkaloid (Indole) | Ergot Fungus | Claviceps purpurea | Sclerotium | Specifically targets uterine smooth muscle to induce sustained contractions and stop severe bleeding. |
| Ergotaminine | Alkaloid (Indole) | Ergot Fungus | Claviceps purpurea | Sclerotium | The biologically inactive isomer of ergotamine, used as a reference marker in pharmaceutical isolation. |
| Cupreine | Alkaloid (Quinoline) | Cinchona Tree | Cinchona cuprea | Bark | A structural relative of quinine used as an advanced catalyst in pharmaceutical chemical synthesis. |
| Cinchonamine | Alkaloid (Indole) | Cinchona Tree | Cinchona pubescens | Bark | An indole-based cinchona alkaloid that exhibits mild antimalarial and central nervous system effects. |
| Quinicine | Alkaloid (Quinoline) | Cinchona Tree | Cinchona officinalis | Bark | A heat-degraded byproduct of quinine that loses antimalarial efficacy but retains mild toxicity. |
| Rauwolscine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | Blocks alpha-2 adrenergic receptors, mildly elevating heart rate and mobilizing fatty acids. |
| Sarpagine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | A foundational indole alkaloid that supports the plant's biological synthesis of powerful antihypertensives. |
| Corynanthine | Alkaloid (Indole) | Yohimbe | Pausinystalia yohimbe | Bark | Acts as an alpha-1 adrenergic antagonist, causing targeted vasodilation and reduced blood pressure. |
| Demissine | Alkaloid (Steroidal) | Wild Potato | Solanum demissum | Leaves | A defensive steroidal glycoalkaloid heavily toxic to the Colorado potato beetle and mildly toxic to humans. |
| Solanocapsine | Alkaloid (Steroidal) | Jerusalem Cherry | Solanum pseudocapsicum | Fruit | Causes severe gastrointestinal irritation and central nervous system depression if the raw fruit is consumed. |
| Platyphylline | Alkaloid (Pyrrolizidine) | Broadleaf Ragwort | Senecio platyphyllus | Leaves | A pyrrolizidine alkaloid that lacks the severe liver toxicity of its peers, acting instead as a mild antispasmodic. |
| Senkirkine | Alkaloid (Pyrrolizidine) | Coltsfoot | Tussilago farfara | Leaves | A highly hepatotoxic alkaloid that physically cross-links human DNA, causing cellular necrosis in the liver. |
| Rosmarinine | Alkaloid (Pyrrolizidine) | Rosemary / Senecio | Senecio rosmarinifolius | Aerial Parts | A defensive chemical that disrupts cellular division; heavily monitored in agricultural feed crops. |
| Bikhaconitine | Alkaloid (Diterpene) | Himalayan Monkshood | Aconitum spicatum | Roots | An extremely potent neurotoxin that locks sodium channels open, causing rapid fatal arrhythmias. |
| Pseudaconitine | Alkaloid (Diterpene) | Nepal Aconite | Aconitum ferox | Roots | Historically considered one of the most lethal botanical poisons on Earth; completely paralyzes the respiratory system. |
| Indaconitine | Alkaloid (Diterpene) | Monkshood | Aconitum chasmanthum | Roots | Causes a severe burning sensation followed by absolute numbness and motor paralysis. |
| Isopilocarpine | Alkaloid (Imidazole) | Jaborandi | Pilocarpus jaborandi | Leaves | An isomer of pilocarpine that exhibits weaker stimulation of the parasympathetic nervous system. |
| Isopilosine | Alkaloid (Imidazole) | Jaborandi | Pilocarpus jaborandi | Leaves | Provides minor ophthalmic effects and is often separated out during the purification of prescription glaucoma drops. |
| Kifunensine | Alkaloid (Indolizidine) | Actinobacterium | Kitasatospora kifunensis | Cellular Matrix | A highly specialized enzyme inhibitor used strictly in laboratory settings to study cellular glycoprotein synthesis. |
| Slaframine | Alkaloid (Indolizidine) | Black Patch Fungus | Rhizoctonia leguminicola | Fungal Cells | Causes profound, uncontrollable salivation by aggressively overstimulating parasympathetic receptors. |
| Holarrhenine | Alkaloid (Steroidal) | Kurchi | Holarrhena pubescens | Bark | A highly effective amoebicidal compound used specifically to neutralize severe gut parasites. |
| Isochondodendrine | Alkaloid (Bisbenzylisoquinoline) | Curare Vine | Chondrodendron tomentosum | Bark | A structural relative to tubocurarine that exhibits mild, non-lethal muscle relaxation properties. |
| Chondrocurarine | Alkaloid (Bisbenzylisoquinoline) | Curare Vine | Chondrodendron tomentosum | Bark | Highly active at the neuromuscular junction, causing profound physical paralysis while leaving the brain fully conscious. |
| Cissampareine | Alkaloid (Bisbenzylisoquinoline) | Velvetleaf | Cissampelos pareira | Roots | Relaxes uterine smooth muscle and has been heavily studied for its ability to stop premature contractions. |
| Alstonidine | Alkaloid (Indole) | Dita Bark | Alstonia scholaris | Bark | Provides a calming, sedative effect on the central nervous system and mildly lowers blood pressure. |
| Akuammicine | Alkaloid (Indole) | Akuamma | Picralima nitida | Seeds | Binds heavily to opioid receptors to block physical pain signals without triggering respiratory depression. |
| Tryptamine | Alkaloid (Indole) | Acacia / Mimosa | Acacia / Mimosa spp. | Root Bark | A trace biogenic amine that acts as the foundational backbone for highly psychoactive botanical defenses. |
| N,N-DMT | Alkaloid (Indole) | Jurema Preta | Mimosa tenuiflora | Root Bark | Binds aggressively to serotonin receptors to induce immediate, profound shifts in visual and temporal perception. |
| Bufotenin | Alkaloid (Indole) | Yopo Tree | Anadenanthera colubrina | Seeds | Causes intense cardiovascular stimulation, visual distortion, and profound shifts in neurological state. |
| 5-MeO-DMT | Alkaloid (Indole) | Virola | Virola theiodora | Bark Resin | An incredibly potent tryptamine that forces complete ego dissolution and profound neurological resets. |
| Ibogamine | Alkaloid (Indole) | Iboga | Tabernanthe iboga | Root Bark | Acts as an anticonvulsant and mildly interrupts cyclical behavioral pathways in the brain. |
| Tabernanthine | Alkaloid (Indole) | Iboga | Tabernanthe iboga | Root Bark | Lowers heart rate, promotes prolonged wakefulness, and induces sustained systemic analgesia. |
| Voacangine | Alkaloid (Indole) | Voacanga | Voacanga africana | Bark / Seeds | A potent botanical precursor heavily utilized in the semi-synthesis of advanced anti-addiction compounds. |
| Coronaridine | Alkaloid (Indole) | Voacanga | Voacanga africana | Bark / Roots | Exhibits strong analgesic properties and mildly suppresses the human appetite for addictive substances. |
| Conopharyngine | Alkaloid (Indole) | Voacanga | Voacanga africana | Bark | Causes mild central nervous system stimulation and actively dilates peripheral blood vessels. |
| Ibogaline | Alkaloid (Indole) | Iboga | Tabernanthe iboga | Root Bark | A minor iboga alkaloid that supports the plant's overall disruption of mammalian neurological processing. |
| Catharanthinic acid | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | A biological intermediate the plant uses to transition simple indoles into complex, anti-mitotic defense chemicals. |
| Vindolinine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | Exhibits moderate hypoglycemic activity, actively driving blood glucose down into the cells. |
| Leurosine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | Closely related to vinblastine; powerfully disrupts the cellular scaffolding of aggressively multiplying cells. |
| Catharine | Alkaloid (Indole) | Madagascar Periwinkle | Catharanthus roseus | Leaves | A minor, highly complex dimer utilized primarily in advanced botanical mapping and synthesis research. |
| Ervamine | Alkaloid (Indole) | Crepe Jasmine | Tabernaemontana divaricata | Leaves | Acts as a targeted acetylcholinesterase inhibitor, slowing the breakdown of memory-forming neurotransmitters. |
| Ervatamine | Alkaloid (Indole) | Crepe Jasmine | Tabernaemontana divaricata | Leaves | Strongly depresses the central nervous system and triggers a profound drop in core body temperature. |
| Macusine | Alkaloid (Indole) | Strychnine Tree | Strychnos toxifera | Bark | A specialized curare compound that forces skeletal muscle relaxation by blocking motor nerve terminals. |
| C-Toxiferine | Alkaloid (Indole) | Strychnine Tree | Strychnos toxifera | Bark | One of the most potent muscle relaxants in the botanical kingdom; highly lethal via respiratory paralysis. |
| Strychnobrasiline | Alkaloid (Indole) | Strychnine Tree | Strychnos brasiliensis | Bark | Exhibits a complex mix of localized muscle relaxation paired with mild central nervous system excitation. |
| Gelsevirine | Alkaloid (Indole) | Yellow Jessamine | Gelsemium sempervirens | Roots | A highly toxic companion to gelsemine that severely depresses respiratory centers in the brain. |
| Sempervirine | Alkaloid (Indole) | Yellow Jessamine | Gelsemium sempervirens | Roots | Provides a powerful analgesic effect on spinal nerve roots, though its high toxicity prevents widespread clinical use. |
| Yohimbinic acid | Alkaloid (Indole) | Yohimbe | Pausinystalia yohimbe | Bark | The primary inactive human metabolite of yohimbine, flushed rapidly through the kidneys after ingestion. |
| Ajmalicidine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | Dramatically improves cerebral blood flow and is actively studied for reversing age-related cognitive decline. |
| Aricine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | Works synergistically to deplete norepinephrine reserves, causing a profound drop in systemic blood pressure. |
| Tetrahydroalstonine | Alkaloid (Indole) | Dita Bark | Alstonia scholaris | Bark | Acts as a powerful hypoglycemic agent, aggressively pulling circulating glucose out of the bloodstream. |
| Akuammiline | Alkaloid (Indole) | Akuamma | Picralima nitida | Seeds | Provides robust systemic pain relief and strongly suppresses inflammatory markers in deep muscle tissue. |
| Echitamidine | Alkaloid (Indole) | Dita Bark | Alstonia scholaris | Bark | Historically utilized in Southeast Asian medicine to neutralize severe malarial fevers and restore fluid balance. |
| Vellosimine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | A minor intermediate alkaloid that acts as a mild sedative and localized muscle relaxant. |
| Seredamine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | Exhibits potent competitive inhibition of specific serotonin receptors, actively altering mood state. |
| Pelirine | Alkaloid (Indole) | Indian Snakeroot | Rauvolfia serpentina | Roots | Provides foundational biological support to the plant’s master hypotensive and sedative defense chemicals. |
| Worenine | Alkaloid (Isoquinoline) | Goldthread | Coptis chinensis | Rhizome | Displays powerful broad-spectrum antimicrobial action, specifically targeting drug-resistant gut pathogens. |
| Epiberberine | Alkaloid (Isoquinoline) | Goldthread | Coptis chinensis | Rhizome | Heavily regulates lipid metabolism, preventing the accumulation of fat in the human liver. |
| Groenlandicine | Alkaloid (Isoquinoline) | Goldthread | Coptis chinensis | Rhizome | Protectively binds to nerve cells, preventing early cellular death triggered by heavy oxidative stress. |
| Columbamine | Alkaloid (Isoquinoline) | Goldenseal | Hydrastis canadensis | Rhizome | Aids in the repair of the intestinal mucosal barrier and suppresses localized inflammatory bowel responses. |
| Thalidasine | Alkaloid (Bisbenzylisoquinoline) | Meadow Rue | Thalictrum dasycarpum | Roots | Actively inhibits the formation of new blood vessels (angiogenesis) that feed aggressive tumor growth. |
| Thalicarpine | Alkaloid (Aporphine) | Meadow Rue | Thalictrum dasycarpum | Roots | Forces catastrophic DNA fragmentation exclusively in rapidly dividing human cancer cells. |
| Hernandaline | Alkaloid (Aporphine) | Hernandia | Hernandia nymphaeifolia | Bark / Leaves | Triggers acute smooth muscle relaxation in the vascular system, leading to rapid drops in blood pressure. |
| Nandigerine | Alkaloid (Aporphine) | Heavenly Bamboo | Nandina domestica | Berries / Roots | Exhibits potent bronchodilatory effects but can cause severe systemic toxicity if ingested in high amounts. |
| Corytuberine | Alkaloid (Aporphine) | Corydalis | Corydalis yanhusuo | Tuber | Causes severe muscular rigidity and catatonia in mammalian models by blocking distinct neurological pathways. |
| Corydine | Alkaloid (Aporphine) | Corydalis | Corydalis yanhusuo | Tuber | Acts as a specialized central nervous system depressant and provides profound, non-narcotic pain relief. |
| Lysicamine | Alkaloid (Aporphine) | Tulip Tree | Liriodendron tulipifera | Heartwood | Provides strong antifungal and antibacterial protection against aggressive soil-borne pathogens. |
| Atherospermidine | Alkaloid (Aporphine) | Sassafras | Sassafras albidum | Roots / Bark | Exhibits high cytotoxicity against targeted cell lines, heavily researched for advanced oncological applications. |
| Calycotomine | Alkaloid (Isoquinoline) | Scotch Broom | Cytisus scoparius | Branches | A minor toxic constituent that heavily suppresses cardiac electrical conductivity and contractility. |
| Quercetin | Polyphenol (Flavonol) | Red Onion | Allium cepa | Outer Bulb Scales | Acts as a natural antioxidant and helps quiet the body's allergic responses. |
| Resveratrol | Polyphenol (Stilbene) | Red Grape | Vitis vinifera | Fruit Skin | Mimics the benefits of exercise and fasting to support heart and brain health. |
| Epigallocatechin Gallate (EGCG) | Polyphenol (Flavan-3-ol) | Green Tea | Camellia sinensis | Young Leaves | Boosts the body's fat-burning potential and protects against cell damage. |
| Curcumin | Polyphenol (Curcuminoid) | Turmeric | Curcuma longa | Rhizome (Root) | Provides powerful relief for joint pain and systemic swelling. |
| Apigenin | Polyphenol (Flavone) | Parsley | Petroselinum crispum | Leaf / Stalk | Promotes relaxation and helps maintain healthy cell growth patterns. |
| Luteolin | Polyphenol (Flavone) | Celery | Apium graveolens | Leaf / Seed | Reduces swelling and helps protect the brain from inflammatory stress. |
| Kaempferol | Polyphenol (Flavonol) | Broccoli | Brassica oleracea | Flower Buds | Helps build strong bones and supports healthy blood vessel relaxation. |
| Fisetin | Polyphenol (Flavonol) | Strawberry | Fragaria ananassa | Receptacle | Helps the body remove old, worn-out cells to promote healthy aging. |
| Hesperidin | Polyphenol (Flavanone) | Sweet Orange | Citrus sinensis | Fruit Peel | Improves blood flow and protects the strength of small blood vessels. |
| Naringenin | Polyphenol (Flavanone) | Grapefruit | Citrus paradisi | Fruit Peel | Supports a healthy metabolism and protects the liver from damage. |
| Ellagic Acid | Polyphenol (Phenolic Acid) | Pomegranate | Punica granatum | Fruit / Seed Husk | Helps regulate how cells die, preventing the growth of "rogue" cells. |
| Chlorogenic Acid | Polyphenol (Phenolic Acid) | Green Coffee | Coffea arabica | Dried Seed | Slows down sugar absorption in the gut to help balance blood sugar. |
| Oleuropein | Polyphenol (Secoiridoid) | Olive Leaf | Olea europaea | Leaf Tissue | Protects cholesterol from rusting and helps lower blood pressure. |
| Cyanidin | Polyphenol (Anthocyanin) | Blackberry | Rubus fruticosus | Fruit Skin | Protects the eyes from light damage and helps stabilize blood sugar. |
| Delphinidin | Polyphenol (Anthocyanin) | Blueberry | Vaccinium corymbosum | Fruit Skin | Reduces inflammation in blood vessels and helps improve memory. |
| Genistein | Polyphenol (Isoflavone) | Soybean | Glycine max | Mature Seed | Helps balance hormones and protects bone health in women. |
| Daidzein | Polyphenol (Isoflavone) | Soybean | Glycine max | Mature Seed | Supports heart health and helps maintain healthy cholesterol levels. |
| Rosmarinic Acid | Polyphenol (Phenolic Acid) | Rosemary | Salvia rosmarinus | Leaf Tissue | Helps the brain stay calm and provides full-body antioxidant defense. |
| Ferulic Acid | Polyphenol (Phenolic Acid) | Whole Wheat | Triticum aestivum | Cereal Bran | Protects the brain from oxidative stress and helps balance mood. |
| Gallic Acid | Polyphenol (Phenolic Acid) | Tea Plant | Camellia sinensis | Leaves | Shields the brain and liver from toxins and acts as a powerful antioxidant. |
| Isorhamnetin | Polyphenol (Flavonol) | Ginkgo | Ginkgo biloba | Leaves | Supports nerve growth and helps the brain function more clearly. |
| Secoisolariciresinol | Polyphenol (Lignan) | Flaxseed | Linum usitatissimum | Seed Coat | Converted by gut bacteria into compounds that protect against hormone issues. |
| Matairesinol | Polyphenol (Lignan) | Sesame Seed | Sesamum indicum | Seed Husk | Promotes heart health and provides gentle support for hormonal balance. |
| Piceatannol | Polyphenol (Stilbene) | Passion Fruit | Passiflora edulis | Seeds | A relative of resveratrol that helps prevent unwanted changes to DNA. |
| Pterostilbene | Polyphenol (Stilbene) | Blueberry | Vaccinium corymbosum | Fruit | A highly absorbable form of resveratrol that strongly supports focus and memory. |
| Myricetin | Polyphenol (Flavonol) | Goji Berry | Lycium barbarum | Dried Fruit | Fights inflammation and helps protect the brain from age-related decline. |
| Diosmin | Polyphenol (Flavone) | Sweet Orange | Citrus sinensis | Fruit Peel | Improves circulation and reduces inflammation in the veins. |
| Rutin | Polyphenol (Flavonol Glycoside) | Buckwheat | Fagopyrum esculentum | Aerial Parts | Strengthens the walls of tiny blood vessels and reduces bruising. |
| Hydroxytyrosol | Polyphenol (Phenylethanoid) | Olive | Olea europaea | Fruit Juice | Acts as one of nature's strongest antioxidants to protect the heart. |
| Baicalin | Polyphenol (Flavone) | Chinese Skullcap | Scutellaria baicalensis | Roots | Calms the nervous system and helps reduce feelings of anxiousness. |
| Punicalagin | Polyphenol (Tannin) | Pomegranate | Punica granatum | Fruit Peel | Provides intense antioxidant protection for the digestive system and heart. |
| Malvidin | Polyphenol (Anthocyanin) | Red Wine Grape | Vitis vinifera | Fruit Skin | Gives red wine its color and protects the heart from age-related stiffness. |
| Peonidin | Polyphenol (Anthocyanin) | Cranberry | Vaccinium oxycoccos | Fruit Skin | Fights unwanted bacteria and supports urinary tract health. |
| Caffeic Acid | Polyphenol (Phenolic Acid) | Coffee | Coffea arabica | Seed (Bean) | Helps prevent inflammation and blocks harmful dietary chemicals. |
| Taxifolin (Dihydroquercetin) | Polyphenol (Flavanonol) | Siberian Larch | Larix sibirica | Wood / Bark | Improves blood flow and supports the body’s repair systems. |
| Pinoresinol | Polyphenol (Lignan) | Olive Oil | Olea europaea | Fruit Oil | Helps lower blood sugar and reduces swelling in the body. |
| Lariciresinol | Polyphenol (Lignan) | Broccoli | Brassica oleracea | Stems | Supports a healthy heart and mimics the protective effects of estrogen. |
| Bavachin | Polyphenol (Flavanone) | Psoralea | Psoralea corylifolia | Seeds | Supports the immune system and has been studied for bone health. |
| Biochanin A | Polyphenol (Isoflavone) | Red Clover | Trifolium pratense | Flower Heads | Helps balance female hormones and may support muscle strength. |
| Chrysin | Polyphenol (Flavone) | Honey | Apis mellifera | Bee Propolis | May help maintain healthy testosterone levels and reduces stress. |
| Pelargonidin | Polyphenol (Anthocyanin) | Raspberry | Rubus idaeus | Fruit Skin | Gives berries their red color and helps protect the body's blood vessels. |
| Petunidin | Polyphenol (Anthocyanin) | Black Currant | Ribes nigrum | Fruit Skin | A dark pigment that helps fight inflammation and supports brain health. |
| Catechin | Polyphenol (Flavan-3-ol) | Green Tea | Camellia sinensis | Leaves | Helps keep blood vessels flexible and supports a healthy heart. |
| Epicatechin | Polyphenol (Flavan-3-ol) | Dark Chocolate | Theobroma cacao | Seeds | Improves blood flow to the brain and helps support muscle health. |
| Procyanidins | Polyphenol (Flavan-3-ol) | Apple | Malus domestica | Fruit Skin | Supports heart health and may help prevent oxidative stress. |
| Sinapic Acid | Polyphenol (Phenolic Acid) | Mustard Greens | Brassica juncea | Leaves | Acts as a natural shield for nerves and helps reduce swelling. |
| p-Coumaric Acid | Polyphenol (Phenolic Acid) | Peanuts | Arachis hypogaea | Seeds | Helps protect cells from damage and may help lower fat levels. |
| Protocatechuic Acid | Polyphenol (Phenolic Acid) | Acai | Euterpe oleracea | Fruit Pulp | A strong antioxidant that helps keep the heart and brain healthy. |
| Gentisic Acid | Polyphenol (Phenolic Acid) | Gentian | Gentiana lutea | Roots | Helps protect the liver and supports heart health. |
| Syringic Acid | Polyphenol (Phenolic Acid) | Dates | Phoenix dactylifera | Fruit | Boosts the body's natural defense against oxidative stress. |
| Vanillic Acid | Polyphenol (Phenolic Acid) | Vanilla Bean | Vanilla planifolia | Seed Pod | Helps control inflammation and supports healthy brain aging. |
| Sesamin | Polyphenol (Lignan) | Sesame Seed | Sesamum indicum | Seeds | Helps the liver manage cholesterol and provides antioxidant support. |
| Eriodictyol | Polyphenol (Flavanone) | Yerba Santa | Eriodictyon californicum | Leaves | Helps clear mucus from the lungs and reduces swelling. |
| Morin | Polyphenol (Flavonol) | Guava | Psidium guajava | Fruit | Supports the immune system and protects the brain from damage. |
| Hesperetin | Polyphenol (Flavanone) | Lemon | Citrus limon | Fruit Peel | Supports healthy blood vessels and reduces inflammation. |
| Daidzin | Polyphenol (Isoflavone) | Kudzu Root | Pueraria lobata | Roots | Helps the body manage alcohol intake and supports heart health. |
| Glycitein | Polyphenol (Isoflavone) | Soybean | Glycine max | Mature Seed | A minor soy component that supports bone and heart health. |
| Formononetin | Polyphenol (Isoflavone) | Red Clover | Trifolium pratense | Aerial Parts | Helps maintain bone strength and supports female health. |
| Galangin | Polyphenol (Flavonol) | Galangal | Alpinia officinarum | Rhizome | Helps fight viruses and supports a healthy inflammatory response. |
| Baicalein | Polyphenol (Flavone) | Chinese Skullcap | Scutellaria baicalensis | Roots | Protects brain cells and helps manage the body's stress response. |
| Wogonin | Polyphenol (Flavone) | Chinese Skullcap | Scutellaria baicalensis | Roots | Supports respiratory health and protects against cellular damage. |
| Vitexin | Polyphenol (Flavone) | Hawthorn | Crataegus spp. | Fruit / Leaf | Supports healthy heart rhythm and blood pressure. |
| Isovitexin | Polyphenol (Flavone) | Passion Flower | Passiflora incarnata | Aerial Parts | Helps calm the nervous system and supports healthy sleep. |
| Orientin | Polyphenol (Flavone) | Rooibos | Aspalathus linearis | Leaves | Fights oxidative stress and supports a healthy heart. |
| Iso-orientin | Polyphenol (Flavone) | Barley Grass | Hordeum vulgare | Young Leaves | Provides strong antioxidant protection for the blood and liver. |
| Rhoifolin | Polyphenol (Flavone) | Sour Orange | Citrus aurantium | Fruit Peel | Supports the heart and helps manage the body's response to fats. |
| Vicenin-2 | Polyphenol (Flavone) | Tulsi (Holy Basil) | Ocimum sanctum | Leaves | Protects cells from radiation and supports immune health. |
| Theaflavin | Polyphenol (Flavan-3-ol) | Black Tea | Camellia sinensis | Fermented Leaves | Provides powerful heart protection and balances cholesterol. |
| Thearubigins | Polyphenol (Flavan-3-ol) | Black Tea | Camellia sinensis | Fermented Leaves | Large antioxidants that support digestive and heart health. |
| Procyanidin B2 | Polyphenol (Flavan-3-ol) | Cocoa | Theobroma cacao | Seeds | Improves blood flow and helps maintain skin elasticity. |
| Casuarictin | Polyphenol (Ellagitannin) | Strawberry | Fragaria ananassa | Fruit | Supports the body's natural defense against rogue cell growth. |
| Sanguiin H-6 | Polyphenol (Ellagitannin) | Red Raspberry | Rubus idaeus | Fruit | Provides intense antioxidant protection for the gut. |
| Castalagin | Polyphenol (Ellagitannin) | Chestnut | Castanea sativa | Wood / Husk | Helps maintain healthy blood sugar and fights unwanted bacteria. |
| Vescalagin | Polyphenol (Ellagitannin) | Oak Wood | Quercus spp. | Wood Tissue | Supports a healthy inflammatory response and protects the heart. |
| Geraniin | Polyphenol (Ellagitannin) | Cranesbill | Geranium spp. | Aerial Parts | Helps manage blood pressure and supports the immune system. |
| Corilagin | Polyphenol (Ellagitannin) | Phyllanthus | Phyllanthus emblica | Fruit | Protects the liver and helps manage the body's response to viruses. |
| Pedunculagin | Polyphenol (Ellagitannin) | Walnut | Juglans regia | Pellicle (Skin) | Supports a healthy heart and provides antioxidant defense. |
| Procyanidin C1 | Polyphenol (Flavan-3-ol) | Grape Seed | Vitis vinifera | Seeds | Strengthens the antioxidant system and supports longevity. |
| Epicatechin Gallate | Polyphenol (Flavan-3-ol) | Green Tea | Camellia sinensis | Leaves | Supports healthy cell growth and improves metabolic rate. |
| Gallocatechin | Polyphenol (Flavan-3-ol) | Green Tea | Camellia sinensis | Leaves | Provides general antioxidant support for the entire body. |
| Gallocatechin Gallate | Polyphenol (Flavan-3-ol) | Green Tea | Camellia sinensis | Leaves | Helps the body manage fat metabolism and supports the immune system. |
| Syringaresinol | Polyphenol (Lignan) | Whole Grains | Triticum aestivum | Bran | Helps the body fight inflammation and supports heart health. |
| Medioresinol | Polyphenol (Lignan) | Lemon | Citrus limon | Fruit Juice | Provides antioxidant defense and supports healthy metabolism. |
| Laricitrin | Polyphenol (Flavonol) | Red Wine | Vitis vinifera | Fruit Skin | A minor red wine component that supports healthy blood flow. |
| Syringetin | Polyphenol (Flavonol) | Red Wine | Vitis vinifera | Fruit Skin | Helps protect blood vessels and supports a healthy heart. |
| Delphinidin-3-glucoside | Polyphenol (Anthocyanin) | Bilberry | Vaccinium myrtillus | Fruit Skin | Protects the eyes and brain from oxidative damage. |
| Cyanidin-3-rutinoside | Polyphenol (Anthocyanin) | Tart Cherry | Prunus cerasus | Fruit Skin | Helps the body manage soreness and promotes joint comfort. |
| 3-O-Methylgallic Acid | Polyphenol (Phenolic Acid) | Eucalyptus | Eucalyptus spp. | Leaves | Provides antioxidant support and helps fight bacteria. |
| Galloylglucose | Polyphenol (Tannin) | Rhubarb | Rheum rhabarbarum | Stalk / Root | Supports digestive health and provides strong antioxidant defense. |
| Cinnamic Acid | Polyphenol (Phenolic Acid) | Cinnamon | Cinnamomum cassia | Bark | Fights bacteria and provides general antioxidant protection. |
| Xanthohumol | Polyphenol (Prenylflavonoid) | Hops | Humulus lupulus | Female Inflorescence | A potent broad-spectrum shield that actively inhibits the initiation of rogue cell growth. |
| Isoxanthohumol | Polyphenol (Prenylflavonoid) | Hops | Humulus lupulus | Female Inflorescence | A mild phytoestrogen that supports bone density and hormonal balance in the body. |
| 8-Prenylnaringenin | Polyphenol (Prenylflavonoid) | Hops | Humulus lupulus | Female Inflorescence | Recognized as the most potent phytoestrogen in the botanical kingdom; highly effective for menopausal support. |
| Glabridin | Polyphenol (Isoflavan) | Licorice Root | Glycyrrhiza glabra | Roots | Inhibits melanin production to drastically reduce hyperpigmentation and protect against UV radiation. |
| Liquiritin | Polyphenol (Flavanone) | Licorice Root | Glycyrrhiza glabra | Roots | Provides rapid, soothing anti-inflammatory action to the mucosal lining of the stomach. |
| Isoliquiritigenin | Polyphenol (Chalcone) | Licorice Root | Glycyrrhiza glabra | Roots | Acts as a powerful relaxant for the central nervous system and smooth muscle tissues. |
| Butein | Polyphenol (Chalcone) | Toxicodendron | Toxicodendron vernicifluum | Heartwood | Heavily suppresses the body's inflammatory response by blocking critical oxidation pathways. |
| Phloretin | Polyphenol (Dihydrochalcone) | Apple | Malus domestica | Leaves / Bark | Promotes deep cellular penetration of other antioxidants, making it a powerful skincare catalyst. |
| Phloridzin | Polyphenol (Dihydrochalcone) | Apple | Malus domestica | Bark / Root Bark | Actively blocks the absorption of glucose in the kidneys, helping to drastically lower blood sugar. |
| Aspalathin | Polyphenol (Dihydrochalcone) | Rooibos | Aspalathus linearis | Leaves | A unique South African polyphenol that protects the heart and balances extreme glucose spikes. |
| Naringin | Polyphenol (Flavanone) | Grapefruit | Citrus paradisi | Fruit Peel | Interferes with enzymatic breakdown in the gut, which can dramatically boost the absorption of certain compounds. |
| Poncirin | Polyphenol (Flavanone) | Trifoliate Orange | Poncirus trifoliata | Unripe Fruit | A bitter defense chemical that protects human gastric tissues from severe ulceration. |
| Didymin | Polyphenol (Flavanone) | Mandarin Orange | Citrus reticulata | Fruit Peel | Triggers rapid nerve growth and protects the brain from severe neurodegenerative decline. |
| Diosmetin | Polyphenol (Flavone) | Lemon / Citrus | Citrus limon | Fruit Peel | Increases the tone and elasticity of human veins, highly utilized for severe circulatory issues. |
| Acacetin | Polyphenol (Flavone) | Black Locust | Robinia pseudoacacia | Flowers | Prevents the rapid, chaotic electrical firing in the heart to maintain a stable, steady rhythm. |
| Tangeretin | Polyphenol (Flavone) | Tangerine | Citrus reticulata | Fruit Peel | Easily crosses the blood-brain barrier to protect dopamine-producing neurons from dying. |
| Nobiletin | Polyphenol (Flavone) | Tangerine | Citrus reticulata | Fruit Peel | Resets the body’s circadian clock and actively reverses lipid accumulation in the liver. |
| Sinensetin | Polyphenol (Flavone) | Sweet Orange | Citrus sinensis | Fruit Peel | A highly methylated flavone that physically restricts the blood supply feeding aggressive tumors. |
| Scutellarein | Polyphenol (Flavone) | Chinese Skullcap | Scutellaria baicalensis | Roots | Slows the replication cycle of specific retroviruses and provides dense neurological protection. |
| Hispidulin | Polyphenol (Flavone) | Sage | Salvia officinalis | Leaves | Provides powerful anti-convulsant support by calming over-excited neural pathways in the brain. |
| Eupatilin | Polyphenol (Flavone) | Mugwort | Artemisia asiatica | Leaves | A master healer for the digestive tract; it rapidly rebuilds the stomach's protective mucous barrier. |
| Geraldone | Polyphenol (Flavone) | Red Clover | Trifolium pratense | Flowers | A rare signaling molecule that mimics human estrogen to protect bone mineral density. |
| Gossypetin | Polyphenol (Flavonol) | Hibiscus | Hibiscus sabdariffa | Calyx (Flower) | Acts as a powerful botanical diuretic and actively relaxes constricted blood vessels. |
| Quercetagetin | Polyphenol (Flavonol) | Marigold | Tagetes erecta | Flower Petals | Provides an intense yellow pigment and acts as a localized antiviral against common respiratory bugs. |
| Patuletin | Polyphenol (Flavonol) | Marigold | Tagetes patula | Flower Petals | Actively suppresses joint inflammation and helps preserve the structural integrity of human cartilage. |
| Spinacetin | Polyphenol (Flavonol) | Spinach | Spinacia oleracea | Leaves | A green-leaf polyphenol that scavenges free radicals directly in the bloodstream. |
| Sakuranetin | Polyphenol (Flavanone) | Rice / Cherry Tree | Oryza sativa | Leaves | A phytoalexin engineered by the plant to kill fungi; it provides massive anti-allergic support in humans. |
| Sterubin | Polyphenol (Flavanone) | Yerba Santa | Eriodictyon californicum | Leaves | Considered one of the most powerful neuroprotective agents ever discovered for preserving memory. |
| Aromadendrin | Polyphenol (Flavanonol) | Eucalyptus | Eucalyptus globulus | Wood / Leaves | Helps the body naturally manage severe blood sugar spikes and suppresses bacterial growth. |
| Ampelopsin | Polyphenol (Flavanonol) | Vine Tea | Ampelopsis grossedentata | Leaves | The ultimate liver shield; it rapidly accelerates the breakdown of alcohol and circulatory toxins. |
| Silybin | Polyphenol (Flavonolignan) | Milk Thistle | Silybum marianum | Seeds | Physically binds to liver cell membranes to prevent toxic chemicals from ever entering the cell. |
| Silychristin | Polyphenol (Flavonolignan) | Milk Thistle | Silybum marianum | Seeds | Works synergistically to regenerate dying liver tissue and restore depleted enzyme levels. |
| Silydianin | Polyphenol (Flavonolignan) | Milk Thistle | Silybum marianum | Seeds | A unique structural isolate that stimulates RNA synthesis to create brand new, healthy liver cells. |
| Puerarin | Polyphenol (Isoflavone) | Kudzu | Pueraria lobata | Roots | Dramatically increases blood flow to the heart and brain, heavily utilized to reduce alcohol cravings. |
| Equol | Polyphenol (Isoflavandiol) | Human Microbiome | Derived from Soy | Intestinal By-product | A super-metabolite created by gut bacteria that tightly binds to estrogen receptors to protect against aging. |
| Calycosin | Polyphenol (Isoflavone) | Astragalus | Astragalus membranaceus | Roots | Triggers the formation of new blood vessels to bypass damaged tissue after a heart attack. |
| Prunetin | Polyphenol (Isoflavone) | Plum | Prunus domestica | Wood / Bark | Exhibits potent anti-inflammatory properties and provides targeted protection to the cardiovascular system. |
| Irisolidone | Polyphenol (Isoflavone) | Kudzu / Iris | Pueraria lobata | Roots | Provides powerful systemic defense against oxidative stress and helps regulate the immune response. |
| Psoralidin | Polyphenol (Coumestan) | Scurfy Pea | Psoralea corylifolia | Seeds | A dual-action compound that fights aggressive bacterial infections and triggers apoptosis in rogue cells. |
| Coumestrol | Polyphenol (Coumestan) | Alfalfa | Medicago sativa | Leaves / Sprouts | A high-affinity phytoestrogen that binds to neurological and bone receptors to mimic human hormones. |
| Wedelolactone | Polyphenol (Coumestan) | False Daisy | Eclipta prostrata | Aerial Parts | A powerful botanical antidote that neutralizes venom and deeply protects the liver from chemical death. |
| Chicoric Acid | Polyphenol (Phenolic Acid) | Echinacea | Echinacea purpurea | Roots / Leaves | Aggressively stimulates the human immune system by increasing the hunting power of white blood cells. |
| Caftaric Acid | Polyphenol (Phenolic Acid) | Grapevine | Vitis vinifera | Fruit / Juice | A highly bioavailable antioxidant that prevents the oxidation of cellular lipids in the human bloodstream. |
| Rosavin | Polyphenol (Phenylpropanoid) | Rhodiola | Rhodiola rosea | Roots | A master adaptogen; it lowers cortisol levels and drastically increases physical and mental endurance. |
| Salidroside | Polyphenol (Phenylethanoid) | Rhodiola | Rhodiola rosea | Roots | Protects human cells from death during periods of extreme oxygen deprivation or physical exhaustion. |
| Verbascoside | Polyphenol (Phenylethanoid) | Mullein | Verbascum thapsus | Leaves | An incredibly potent anti-inflammatory that helps clear cellular debris and protect neurological function. |
| Echinacoside | Polyphenol (Phenylethanoid) | Desert Hyacinth | Cistanche tubulosa | Stem | A world-class longevity compound that promotes nerve growth and significantly improves learning capacity. |
| Oleocanthal | Polyphenol (Phenylethanoid) | Olive Oil | Olea europaea | Fruit Oil | Provides the "peppery throat burn" in premium olive oil; acts exactly like ibuprofen to crush systemic pain. |
| Arctigenin | Polyphenol (Lignan) | Burdock | Arctium lappa | Seeds | Forces the body into a state of thermogenesis, actively burning fat and neutralizing viral replication. |
| Honokiol | Polyphenol (Lignan) | Magnolia | Magnolia officinalis | Bark | A legendary botanical anxiolytic that completely eliminates nervous tension without causing grogginess. |
| Magnolol | Polyphenol (Lignan) | Magnolia | Magnolia officinalis | Bark | Calms the central nervous system and physically protects the brain from inflammatory Alzheimer's markers. |
| Schisandrin | Polyphenol (Lignan) | Schisandra | Schisandra chinensis | Berries | A premium adaptogen that accelerates liver tissue repair and sharpens cognitive focus under extreme stress. |
| Macelignan | Polyphenol (Lignan) | Nutmeg | Myristica fragrans | Seeds | Actively protects human skin from UV-induced aging and limits the production of inflammatory prostaglandins. |
| Pinostilbene | Polyphenol (Stilbene) | Siberian Pine | Pinus sibirica | Bark | Protects the structural integrity of human DNA and drastically reduces localized cellular inflammation. |
| Rhaponticin | Polyphenol (Stilbene) | Rhubarb | Rheum rhabarbarum | Rhizome | Provides gentle, targeted relief from severe menopausal symptoms by binding to specific estrogen receptors. |
| Isoprene | Terpenoid (Hemiterpene) | Foliage Volatile | Populus tremuloides | Leaves | Released by plants to protect leaves from extreme heat stress. |
| Angelic Acid | Terpenoid (Hemiterpene) | Garden Angelica | Angelica archangelica | Roots | Acts as a natural sedative and helps relieve muscle spasms. |
| Tiglic Acid | Terpenoid (Hemiterpene) | Croton | Croton tiglium | Seed Oil | Stimulates metabolic signals and helps control inflammation. |
| Isovaleric Acid | Terpenoid (Hemiterpene) | Valerian | Valeriana officinalis | Rhizomes | Helps calm the nervous system to promote better sleep and reduce anxiety. |
| Limonene | Terpenoid (Monoterpene) | Lemon / Orange | Citrus limon / sinensis | Fruit Peel Oil | Provides a citrus scent and helps the body fight abnormal cell growth. |
| Alpha-Pinene | Terpenoid (Monoterpene) | Pine Tree | Pinus sylvestris | Resin / Bark | Acts as a natural bronchodilator to help open the lungs and ease breathing. |
| Beta-Pinene | Terpenoid (Monoterpene) | Rosemary / Pine | Salvia rosmarinus | Leaves / Resin | Provides broad-spectrum antimicrobial defense and supports respiratory clearance. |
| Linalool | Terpenoid (Monoterpene) | Lavender | Lavandula angustifolia | Flowers | Calms the mind and reduces stress while acting as a natural insect repellent. |
| Menthol | Terpenoid (Monoterpene) | Peppermint | Mentha x piperita | Leaves | Triggers a cooling sensation to soothe sore throats and clear congestion. |
| Camphor | Terpenoid (Monoterpene) | Camphor Tree | Cinnamomum camphora | Bark / Wood | Relieves pain and itching while helping to clear the airways. |
| Thymol | Terpenoid (Monoterpene) | Thyme | Thymus vulgaris | Leaves | A powerful natural antiseptic that kills bacteria and preserves food. |
| Carvacrol | Terpenoid (Monoterpene) | Oregano | Origanum vulgare | Leaves | Reduces inflammation and supports gut health by fighting harmful microbes. |
| Geraniol | Terpenoid (Monoterpene) | Geranium / Rose | Pelargonium graveolens | Flowers | Produces a sweet floral scent and is studied for its ability to target cancer cells. |
| Eucalyptol | Terpenoid (Monoterpene) | Eucalyptus | Eucalyptus globulus | Leaves | Clears mucus from the lungs and helps ease coughs and irritation. |
| Hinokitiol | Terpenoid (Monoterpene) | Cypress | Chamaecyparis obtusa | Heartwood | Acts as a natural antifungal agent and supports oral health. |
| Sabinene | Terpenoid (Monoterpene) | Black Pepper | Piper nigrum | Dried Fruits | Provides a spicy flavor and helps protect the plant from pests. |
| Thujone | Terpenoid (Monoterpene) | Wormwood | Artemisia absinthium | Aerial Parts | Interacts with the brain to change mood; requires strict clinical dosing. |
| Myrcene | Terpenoid (Monoterpene) | Hops / Lemongrass | Humulus lupulus | Flowers / Leaves | Enhances the permeability of cell membranes, aiding the absorption of other compounds. |
| Terpineol | Terpenoid (Monoterpene) | Lilac / Pine | Syringa vulgaris | Flowers / Sap | Exhibits potent relaxing properties and is heavily utilized in anti-anxiety research. |
| Citronellol | Terpenoid (Monoterpene) | Citronella / Rose | Cymbopogon nardus | Leaves | A powerful botanical mosquito repellent that also displays mild antispasmodic effects. |
| Aucubin | Terpenoid (Iridoid) | Plantain | Plantago major | Leaves | Helps protect liver cells and reduces allergic reactions in the body. |
| Catalpol | Terpenoid (Iridoid) | Rehmannia | Rehmannia glutinosa | Roots | Protects brain and nerve cells from damage caused by injury or aging. |
| Geniposide | Terpenoid (Iridoid) | Gardenia | Gardenia jasminoides | Fruit | Traditionally used to support healthy blood sugar and reduce physical pain. |
| Loganin | Terpenoid (Iridoid) | Strychnine Tree | Strychnos nux-vomica | Seeds | A key biological precursor the plant uses to synthesize lethal indole alkaloids. |
| Harpagoside | Terpenoid (Iridoid) | Devil's Claw | Harpagophytum procumbens | Tubers | A world-class botanical anti-inflammatory specifically targeting osteoarthritis and joint pain. |
| Swertiamarin | Terpenoid (Iridoid) | Gentian | Gentiana lutea | Roots | A highly bitter compound that stimulates gastric secretions and accelerates liver regeneration. |
| Artemisinin | Terpenoid (Sesquiterpene) | Sweet Wormwood | Artemisia annua | Leaves / Seeds | A world-class treatment for malaria that effectively clears parasites from the blood. |
| Beta-Caryophyllene | Terpenoid (Sesquiterpene) | Black Pepper / Clove | Piper nigrum | Fruit / Bud | Targets the body's natural pathways to reduce pain and swelling. |
| Alpha-Humulene | Terpenoid (Sesquiterpene) | Hops / Sage | Humulus lupulus | Flowers | Provides the earthy aroma of beer and helps calm inflammation in joints. |
| Farnesol | Terpenoid (Sesquiterpene) | Rose / Citronella | Rosa damascena | Flowers | Found in perfumes to maintain scent and studied for ability to stop tumor growth. |
| Bisabolol | Terpenoid (Sesquiterpene) | Chamomile | Matricaria chamomilla | Flowers | Soothes sensitive skin and reduces redness from irritation and burns. |
| Parthenolide | Terpenoid (Sesquiterpene) | Feverfew | Tanacetum parthenium | Leaves | Reduces the frequency of migraines and helps quiet overactive immune responses. |
| Helenalin | Terpenoid (Sesquiterpene) | Arnica | Arnica montana | Flowers | Used in topical applications to treat bruises and reduce swelling from minor injuries. |
| Cynaropicrin | Terpenoid (Sesquiterpene) | Artichoke | Cynara scolymus | Leaves | The bitter oil in artichokes that helps the liver detoxify and supports digestion. |
| Thapsigargin | Terpenoid (Sesquiterpene) | Deadly Carrot | Thapsia garganica | Roots | Forces cancer cells to self-destruct; being developed into targeted medicine. |
| Gossypol | Terpenoid (Sesquiterpene) | Cotton | Gossypium hirsutum | Seeds / Roots | A pigment used as a male contraceptive and studied for powerful anticancer effects. |
| Valtrate | Terpenoid (Sesquiterpene) | Valerian | Valeriana officinalis | Roots | Provides a strong calming effect that helps ease the mind for better sleep. |
| Chamazulene | Terpenoid (Sesquiterpene) | German Chamomile | Matricaria chamomilla | Distilled Oil | Creates the famous "blue oil" during distillation; acts as a massive anti-inflammatory. |
| Costunolide | Terpenoid (Sesquiterpene) | Costus | Saussurea costus | Roots | Actively inhibits angiogenesis (new blood vessel growth) in aggressive tumor models. |
| Santonin | Terpenoid (Sesquiterpene) | Levant Wormseed | Artemisia cina | Flower Buds | A historical botanical anthelminthic used specifically to paralyze intestinal roundworms. |
| Zingiberene | Terpenoid (Sesquiterpene) | Ginger | Zingiber officinale | Rhizome | Provides ginger its distinct aroma and aggressively settles nausea and gastric spasms. |
| Curzerene | Terpenoid (Sesquiterpene) | Myrrh | Commiphora myrrha | Resin | Provides deep pain relief by interacting directly with the brain's opioid receptors. |
| Alantolactone | Terpenoid (Sesquiterpene) | Elecampane | Inula helenium | Roots | A powerful expectorant that clears deep-seated mucus from the lower respiratory tract. |
| Paclitaxel (Taxol) | Terpenoid (Diterpene) | Pacific Yew | Taxus brevifolia | Bark / Roots | A critical chemotherapy drug that stops cancer cells from dividing and spreading. |
| Ginkgolide B | Terpenoid (Diterpene) | Ginkgo | Ginkgo biloba | Leaves / Seeds | Improves blood flow to the brain and helps protect nerves from damage. |
| Forskolin | Terpenoid (Diterpene) | Coleus | Coleus forskohlii | Roots | Supports heart and lung health by increasing a natural messenger in the body's cells. |
| Salvinorin A | Terpenoid (Diterpene) | Diviner's Sage | Salvia divinorum | Leaves | A very potent compound that significantly changes mood and sensory perception. |
| Abietic Acid | Terpenoid (Diterpene) | Pine | Pinus spp. | Resin | The main part of tree resin that helps heal plant wounds and prevent bacterial rot. |
| Carnosic Acid | Terpenoid (Diterpene) | Rosemary | Rosmarinus officinalis | Leaves | Protects cells from damage caused by harmful molecules and supports brain health. |
| Andrographolide | Terpenoid (Diterpene) | King of Bitters | Andrographis paniculata | Leaves | Helps the body fight off viruses and drastically reduces the severity of cold symptoms. |
| Steviol | Terpenoid (Diterpene) | Stevia | Stevia rebaudiana | Leaves | Provides an intense sweet taste without triggering a human insulin response. |
| Cafestol | Terpenoid (Diterpene) | Coffee | Coffea arabica | Bean (Unfiltered) | Activates detoxification enzymes in the liver but can elevate serum cholesterol. |
| Kahweol | Terpenoid (Diterpene) | Coffee | Coffea arabica | Bean (Unfiltered) | Works alongside cafestol to protect human DNA from oxidative damage and carcinogens. |
| Sclareol | Terpenoid (Diterpene) | Clary Sage | Salvia sclarea | Flowers / Leaves | A fragrant resin used heavily to balance hormones and reduce menstrual cramping. |
| Phytol | Terpenoid (Diterpene) | Green Tea / Spinach | Camellia sinensis | Leaves | The foundational tail of the chlorophyll molecule; heavily reduces systemic anxiety. |
| Ophiobolin A | Terpenoid (Sesterterpene) | Brown Spot Fungus | Bipolaris oryzae | Fungal Cells | A powerful toxin that can break the protective barriers of cancer cells to kill them. |
| Manoalide | Terpenoid (Sesterterpene) | Marine Sponge | Luffariella variabilis | Whole Organism | Permanently blocks enzymes that cause pain, providing lasting relief from swelling. |
| Leucosceptroid A | Terpenoid (Sesterterpene) | Himalayan Mint | Leucosceptrum canum | Leaf Hairs | Acts as a natural signal to stop insects from eating the plant's leaves. |
| Gentianelloid A | Terpenoid (Sesterterpene) | Turkestan Gentian | Gentianella turkestanorum | Whole Plant | Helps prevent the body's defense system from attacking its own healthy tissues. |
| Squalene | Terpenoid (Triterpene) | Olive Tree | Olea europaea | Fruit / Seeds | A natural oil that moisturizes the skin and helps it recover from sun damage. |
| Betulinic Acid | Terpenoid (Triterpene) | White Birch | Betula pubescens | Bark / Twigs | Kills melanoma skin cancer cells while sparing healthy surrounding ones. |
| Lupeol | Terpenoid (Triterpene) | Mango / Neem | Mangifera indica | Pulp / Peel / Leaves | Reduces swelling and blocks the growth of new blood vessels that feed tumors. |
| Ursolic Acid | Terpenoid (Triterpene) | Apple / Rosemary | Malus pumila | Fruit Peel / Leaves | Supports muscle health and helps the body manage how it uses fat and sugar. |
| Oleanolic Acid | Terpenoid (Triterpene) | Olive / Ginseng | Olea europaea | Leaves / Roots | Protects the liver from toxins and helps the body manage inflammation over time. |
| Glycyrrhizin | Terpenoid (Triterpene) | Licorice | Glycyrrhiza glabra | Roots | Provides a sweet taste and helps soothe the stomach and support liver function. |
| Ginsenoside Rb1 | Terpenoid (Triterpene) | Ginseng | Panax ginseng | Roots | Helps the body cope with stress and may improve physical endurance and recovery. |
| Ginsenoside Rg1 | Terpenoid (Triterpene) | Ginseng | Panax ginseng | Roots | Stimulates the brain to improve memory and learning while rapidly reducing fatigue. |
| Celastrol | Terpenoid (Triterpene) | Thunder God Vine | Tripterygium wilfordii | Roots | Being aggressively studied for its ability to treat severe obesity and chronic immune diseases. |
| Asiatic Acid | Terpenoid (Triterpene) | Gotu Kola | Centella asiatica | Leaves | Promotes collagen production to help skin and severe wounds heal faster and better. |
| Ganoderic Acid | Terpenoid (Triterpene) | Reishi Mushroom | Ganoderma lucidum | Fruiting Body | Helps the body's defense system stay active and helps lower high blood pressure. |
| Escin | Terpenoid (Triterpene) | Horse Chestnut | Aesculus hippocastanum | Seeds | Strengthens blood vessels and reduces the "heavy" feeling and swelling in legs. |
| Limonin | Terpenoid (Triterpene) | Lemon / Lime | Citrus limon | Seeds | The intensely bitter compound in citrus that protects the plant and helps fight viruses. |
| Diosgenin | Terpenoid (Triterpene) | Fenugreek | Trigonella foenum-graecum | Seeds | Used industrially as a building block for creating hormones and helps lower cholesterol. |
| Lanosterol | Terpenoid (Triterpene) | Tea Tree / Mammalian | Camellia sinensis | Seeds (Oil) | A natural precursor that helps prevent human eye lenses from becoming cloudy (cataracts). |
| Boswellic Acid | Terpenoid (Triterpene) | Frankincense | Boswellia serrata | Resin | A powerful 5-LOX inhibitor that crushes severe joint inflammation and asthma symptoms. |
| Corosolic Acid | Terpenoid (Triterpene) | Banaba | Lagerstroemia speciosa | Leaves | Acts as phyto-insulin, aggressively shuttling glucose out of the blood and into the cells. |
| Cucurbitacin E | Terpenoid (Triterpene) | Bitter Melon / Squash | Momordica charantia | Fruit / Roots | Extremely bitter defense compound that halts the cellular division of aggressive pathogens. |
| Friedelin | Terpenoid (Triterpene) | Cork Oak | Quercus suber | Bark / Leaves | Provides a massive protective shield for the liver and displays strong anti-ulcer properties. |
| Nimbin | Terpenoid (Triterpene) | Neem | Azadirachta indica | Seeds / Oil | A fierce botanical pesticide that completely neutralizes human skin infections and fungi. |
| Beta-Sitosterol | Terpenoid (Phytosterol) | Pine / Nettle Root | Pinus spp. / Urtica dioica | Bark / Roots | Inhibits 5-alpha-reductase and helps maintain healthy cholesterol and prostate function. |
| Stigmasterol | Terpenoid (Phytosterol) | Soybean / Calabar Bean | Glycine max | Seeds | Acts as a precursor for hormone synthesis and supports cellular barrier function. |
| Campesterol | Terpenoid (Phytosterol) | Canola / Mustard | Brassica napus | Seeds | Competes with cholesterol absorption in the gut to support overall cardiovascular health. |
| Brassicasterol | Terpenoid (Phytosterol) | Rapeseed | Brassica napus | Seeds | Helps manage lipid profiles and acts as a biological marker for specific botanical oils. |
| Spinasterol | Terpenoid (Phytosterol) | Spinach | Spinacia oleracea | Leaves | Exhibits strong anti-tumor activity and protects the stomach lining from severe ulceration. |
| Beta-Carotene | Terpenoid (Tetraterpene) | Pumpkin / Carrot | Cucurbita pepo | Fruit Pulp / Root | An orange pigment the body turns into Vitamin A to keep eyes and skin healthy. |
| Alpha-Carotene | Terpenoid (Tetraterpene) | Carrot / Winter Squash | Daucus carota | Root / Pulp | Works alongside beta-carotene to protect DNA from oxidative decay and supports longevity. |
| Lycopene | Terpenoid (Tetraterpene) | Tomato / Watermelon | Solanum lycopersicum | Fruit | A deep red antioxidant that helps keep the heart and prostate healthy. |
| Lutein | Terpenoid (Tetraterpene) | Kale / Spinach | Brassica oleracea | Leaves | Found in the back of the human eye where it filters out harmful blue light and prevents decay. |
| Zeaxanthin | Terpenoid (Tetraterpene) | Corn / Peppers | Zea mays | Seeds / Fruit | Works synergistically with lutein to maintain sharp vision and protect eyes from aging. |
| Astaxanthin | Terpenoid (Tetraterpene) | Red Algae | Haematococcus pluvialis | Entire Cell | A super-antioxidant that helps cells stay strong and radically speeds up muscle recovery. |
| Fucoxanthin | Terpenoid (Tetraterpene) | Brown Seaweed | Undaria pinnatifida | Fronds | Supports a healthy metabolism and helps the body burn stored white fat for energy. |
| Crocin | Terpenoid (Tetraterpene) | Saffron | Crocus sativus | Flower Stigma | Gives saffron its bright color and strongly supports mood, memory, and brain health. |
| Neoxanthin | Terpenoid (Tetraterpene) | Spinach | Spinacia oleracea | Leaves | An essential part of the plant's light system that protects against severe sun damage. |
| Violaxanthin | Terpenoid (Tetraterpene) | Pansy | Viola tricolor | Flowers | Converts light into heat to protect the plant; highly antioxidant in the human bloodstream. |
| Capsanthin | Terpenoid (Tetraterpene) | Paprika / Bell Pepper | Capsicum annuum | Fruit | The primary red pigment in peppers; significantly increases HDL (good cholesterol) levels. |
| Bixin | Terpenoid (Tetraterpene) | Annatto | Bixa orellana | Seed Coating | A highly protective yellow-orange pigment utilized to shield human DNA from UV radiation. |
| Natural Rubber | Terpenoid (Polyterpene) | Rubber Tree | Hevea brasiliensis | Latex (Sap) | A stretchy material used for industrial products; helps the tree seal wounds. |
| Gutta-Percha | Terpenoid (Polyterpene) | Gutta-Percha Tree | Palaquium gutta | Bark / Leaves | A tough, rigid material used by dentists to fill teeth after root canals. |
| Chicle | Terpenoid (Polyterpene) | Sapodilla | Manilkara zapota | Latex (Sap) | A natural botanical gum that was originally used as the main chewable base for chewing gum. |
| Balata | Terpenoid (Polyterpene) | Bulletwood | Manilkara bidentata | Latex (Sap) | A durable material historically used to cover high-end golf balls and industrial belts. |
| Glucoraphanin | Glucosinolate (Aliphatic) | Broccoli | Brassica oleracea | Floret / Seedling | The precursor to sulforaphane; it helps the body detoxify and protects cells from environmental damage. |
| Sinigrin | Glucosinolate (Aliphatic) | Black Mustard | Brassica nigra | Seed | Gives mustard its spicy heat; helps kill harmful bacteria and fungi and reduces inflammation. |
| Glucobrassicin | Glucosinolate (Indolic) | Brussels Sprouts | Brassica oleracea | Buds (Sprouts) | Breaks down into compounds that support healthy hormone balance and help prevent the growth of rogue cells. |
| Gluconasturtiin | Glucosinolate (Aromatic) | Watercress | Nasturtium officinale | Leaf / Stem | Protects the DNA in your cells and supports heart health by keeping blood vessels working properly. |
| Glucotropaeolin | Glucosinolate (Aromatic) | Garden Cress | Lepidium sativum | Seed / Leaf | Acts as a natural antibiotic and supports the liver's ability to clear toxins from the bloodstream. |
| Sinalbin | Glucosinolate (Aromatic) | White Mustard | Sinapis alba | Seed | Provides a milder heat than black mustard; stimulates digestion and helps fight off respiratory infections. |
| Progoitrin | Glucosinolate (Aliphatic) | Rapeseed | Brassica napus | Seed / Leaf | Fulfills a protective role for the plant; in humans, it must be eaten in moderation as it can influence thyroid function. |
| Glucoerucin | Glucosinolate (Aliphatic) | Arugula (Rocket) | Eruca vesicaria | Leaf / Seed | A potent antioxidant that helps lower systemic swelling and supports a healthy metabolism. |
| Glucomoringin | Glucosinolate (Aromatic) | Moringa | Moringa oleifera | Leaf / Seed | Reduces swelling and supports the immune system's ability to fight chronic diseases. |
| Glucoiberin | Glucosinolate (Aliphatic) | Broccoli / Kale | Brassica oleracea | Leaf / Floret | Helps maintain a healthy gut and supports the body's natural defense against oxidative stress. |
| Neoglucobrassicin | Glucosinolate (Indolic) | Cauliflower | Brassica oleracea | Floret | Strongly targets inflammatory pathways and helps the body eliminate potential toxins before they cause damage. |
| Gluconapin | Glucosinolate (Aliphatic) | Turnip Rape | Brassica rapa | Seed / Leaf | Supports the enzymes in the liver that process drugs and other chemicals safely. |
| Glucobrassicanapin | Glucosinolate (Aliphatic) | Bok Choy | Brassica rapa | Leaf | Aids in general detoxification and helps keep the digestive system clean and healthy. |
| Glucoraphenin | Glucosinolate (Aliphatic) | Radish | Raphanus sativus | Root | Gives radishes their sharp bite; acts as a powerful cleaner for the liver and gallbladder. |
| Glucoalyssin | Glucosinolate (Aliphatic) | Sweet Alyssum | Lobularia maritima | Flower / Leaf | Provides natural protection against germs and helps reduce the effects of aging on cells. |
| Glucocheirolin | Glucosinolate (Aliphatic) | Wallflower / Arugula | Cheiranthus cheiri | Flower / Leaf | Known for supporting heart health and having strong antimicrobial properties. |
| Glucocapparin | Glucosinolate (Aliphatic) | Caper | Capparis spinosa | Flower Bud / Root | Functions as a shield for the liver and protects the brain from chemical stress. |
| Glucoputranjivin | Glucosinolate (Aliphatic) | Putranjiva | Putranjiva roxburghii | Leaf / Seed | Traditionally used to reduce fever and treat physical pain by lowering inflammation. |
| Glucoiberverin | Glucosinolate (Aliphatic) | Candytuft | Iberis amara | Seed / Leaf | Helps relax the muscles in the gut and supports the body's response to allergic triggers. |
| 4-Hydroxyglucobrassicin | Glucosinolate (Indolic) | Cabbage | Brassica oleracea | Leaf | Balances hormones and helps the body repair damaged tissues at the cellular level. |
| 4-Methoxyglucobrassicin | Glucosinolate (Indolic) | Broccoli | Brassica oleracea | Floret | Enhances the immune system's surveillance, helping it detect and destroy unhealthy cells. |
| Glucobarbarin | Glucosinolate (Aromatic) | Winter Cress | Barbarea vulgaris | Leaf / Seed | Supports the health of the urinary tract and helps the body manage internal stress. |
| Glucolepigramin | Glucosinolate (Aromatic) | Pepperweed | Lepidium graminifolium | Aerial Parts | Provides antioxidant support and acts as a natural defense against microbial invaders. |
| Glucobrassicin-1-sulfonate | Glucosinolate (Indolic) | Woad | Isatis tinctoria | Root / Leaf | Traditionally used to treat skin conditions and support the body during viral infections. |
| Glucoberteroin | Glucosinolate (Aliphatic) | Hoary Alyssum | Berteroa incana | Seed | Functions as a biological deterrent for pests and supports human metabolic efficiency. |
| Glucocochlearin | Glucosinolate (Aliphatic) | Scurvy-grass | Cochlearia officinalis | Leaf | Historically used to boost energy and provide high levels of protection against tissue damage. |
| Gluconapoleiferin | Glucosinolate (Aliphatic) | Rutabaga | Brassica napus | Root / Leaf | Helps the body manage sugar levels and provides foundational support for liver health. |
| Epiprogoitrin | Glucosinolate (Aliphatic) | Crambe | Crambe abyssinica | Seed | A specialized compound that helps the plant survive in harsh conditions; studied for bio-defense uses. |
| Dehydroerucin | Glucosinolate (Aliphatic) | Daikon Radish | Raphanus sativus | Root | Supports the lungs and airways by helping to clear out harmful pollutants. |
| Glucosinojnain | Glucosinolate (Aromatic) | Moringa | Moringa stenopetala | Seed / Leaf | Provides robust anti-inflammatory action and helps maintain a healthy circulatory system. |