China Best Organic Dandelion Extract Supplier

Category	Plant Part or Extract Feature	Key Active Compounds	Typical Functional Interest	Evidence Status	Quality and Formulation Notes
Botanical identity	Dandelion, Taraxacum officinale F.H.Wigg.	Whole herb, leaf, root, or root-and-leaf preparations	Provides a botanical source of phenolic compounds, flavonoids, sesquiterpene lactones, triterpenes, minerals, and carbohydrates.	Botanical identity should be confirmed by macroscopic, microscopic, chromatographic, or DNA-based methods.	Raw material documentation should specify the accepted Latin name, plant part, harvest conditions, and extraction ratio.
Root composition	Dandelion root extract	Inulin, fructooligosaccharides, phenolic acids, sesquiterpene lactones, and triterpenes	Root preparations are commonly selected for digestive and prebiotic-oriented formulations because inulin is a fermentable fructan.	Inulin is well characterized as a dietary fiber; specific health effects depend on dose, product composition, and individual tolerance.	Inulin content can vary with harvest season, plant age, storage, and extraction method.
Leaf composition	Dandelion leaf extract	Chlorogenic acid, caffeic acid, chicoric acid, flavonoids, potassium, and other minerals	Used in botanical products focused on antioxidant support and traditional urinary-system applications.	Antioxidant activity is supported mainly by chemical and laboratory studies; it should not be presented as treatment for disease.	Mineral levels may vary according to soil, cultivation practice, plant maturity, and processing.
Phenolic acids	Leaf, root, and whole-herb extracts	Chlorogenic acid, chicoric acid, caffeic acid, and ferulic acid	Contribute to the extract’s phenolic profile and in-vitro radical-scavenging capacity.	Phenolic content is commonly evaluated using HPLC or spectrophotometric methods; results are not equivalent across methods.	A marker-based specification is preferable to relying only on total polyphenol values.
Flavonoids	Primarily leaf and flower materials	Luteolin, luteolin glycosides, apigenin derivatives, and quercetin glycosides	Support the botanical extract’s overall polyphenol and antioxidant profile.	Most evidence is preclinical or analytical; human clinical evidence for standardized dandelion extracts remains limited.	Light, oxygen, heat, and moisture can affect the stability of some phenolic constituents.
Sesquiterpene lactones	Especially associated with the root and latex	Taraxacin, taraxacerin-related compounds, and eudesmanolide-type constituents	Contribute to the characteristic bitter taste and are frequently used as chemical identity markers.	Reported activities are mainly based on laboratory and traditional-use evidence rather than robust clinical trials.	Bitter compounds may influence palatability and should be considered when developing beverages, capsules, or functional foods.
Triterpenes	Root, leaf, and flower materials	Taraxasterol, β-amyrin, and related pentacyclic triterpenes	Contribute to the non-polar fraction of dandelion extracts and are useful for broader phytochemical profiling.	Biological findings are predominantly preclinical and should not be converted into disease-treatment claims.	Extraction solvent selection strongly affects recovery of triterpenes compared with phenolic or carbohydrate constituents.
Traditional benefit	Leaf and root preparations	Potassium-containing minerals, phenolic compounds, bitter principles, and other native constituents	Traditionally used to support normal digestive function and urinary elimination.	Traditional use does not establish clinical efficacy for a specific medical condition.	Marketing language should remain consistent with applicable food, supplement, and botanical regulations.
Digestive support	Root extract containing naturally occurring inulin	Inulin and related fructan carbohydrates	Inulin can be fermented by gut microorganisms and may support dietary-fiber intake.	Individual responses vary; rapid increases in inulin intake may cause gas or abdominal discomfort in sensitive individuals.	Declare the plant part and measure dietary fiber or inulin with a validated analytical method when making composition claims.
Antioxidant profile	Leaf, flower, root, or whole-herb extract	Phenolic acids, flavonoids, and other reducing compounds	May contribute to in-vitro antioxidant capacity and help characterize the extract’s phytochemical richness.	In-vitro antioxidant results cannot be directly interpreted as proven antioxidant effects in humans.	Report the test method, reference standard, extract solvent, and dry-basis calculation for meaningful comparison.
Organic quality controls	Certified organic dandelion raw material or extract	Not a single active compound; quality depends on verified cultivation and processing controls	Supports traceability and helps limit the use of prohibited synthetic pesticides and fertilizers where certification applies.	Organic certification does not by itself guarantee a fixed concentration of active compounds or clinical efficacy.	Request current certification, lot traceability, pesticide-residue testing, heavy-metal testing, microbial testing, and an ingredient-specific certificate of analysis.
Safety considerations	All dandelion extract formats	Multiple constituents; no single universal active marker applies to every extract	Product suitability depends on extract concentration, plant part, dose, formulation, and user characteristics.	Individuals with known Asteraceae allergies or certain medical conditions should seek professional advice before use.	Supplier specifications should include allergen information, recommended use level, storage conditions, shelf life, and batch testing.