Common Names
Red Clover; Purple Clover; Peavine Clover; Cowgrass
How this plant is used
Generally Recognized as Safe
Select a Results View:
Chemical Name | Activity Count | Plant Part | Low Parts Per Million | High Parts Per Million | Standard Deviation | Reference |
---|---|---|---|---|---|---|
METHYL-SALICYLATE | 21 | Flower | not available | not available | not available | Duke, 1992 * |
MOLYBDENUM | 2 | Stem | 0.1 | 0.2 | -0.75 | Duke, 1992 * |
MYRICETIN | 34 | Seed | not available | not available | not available | Duke, 1992 * |
MYRICYL-ALCOHOL | 0 | Flower | not available | not available | not available | ANON. 1948-1976. The Wealth of India raw materials. Publications and Information Directorate, CSIR, New Delhi. 11 volumes. |
MYRISTIC-ACID | 6 | Pollen Or Spore | not available | not available | not available | Duke, 1992 * |
MYRISTIC-ACID-ETHYL-ESTER | 1 | Root | not available | not available | not available | Duke, 1992 * |
MYRISTOLEIC-ACID | 1 | Pollen Or Spore | not available | not available | not available | Duke, 1992 * |
N-HEPTACOSANE | 0 | Flower | not available | not available | not available | ANON. 1948-1976. The Wealth of India raw materials. Publications and Information Directorate, CSIR, New Delhi. 11 volumes. |
NIACIN | 39 | Flower | 23.0 | 125.0 | 0.30 | Duke, 1992 * |
OCIMENE | 2 | Flower | not available | 12.0 | not available | Buchnauer,G.,Jirovetz,L.,Nikiforov,A.1996.Comparative Investigation of Essential Clover Flower Oils from Austria Using Gas Chromatography-Flame Ionization Detection,Gas Chromatography-Mass Spectometry,and Gas Chrom.-Olfactometry.J.Agrc.Food Chem.44:1827-8 |
OCT-1-EN-3-OL | 0 | Flower | not available | not available | not available | Duke, 1992 * |
OCT-1-EN-3-OL | 0 | Fruit | not available | not available | not available | Duke, 1992 * |
OCT-1-EN-3-OL | 0 | Leaf | not available | not available | not available | Duke, 1992 * |
OCTAN-3-ONE | 0 | Root | not available | not available | not available | Duke, 1992 * |
OLEIC-ACID | 18 | Pollen Or Spore | not available | not available | not available | Duke, 1992 * |
ONONIN | 2 | Flower | not available | not available | not available | Duke, 1992 * |
ONONIN | 2 | Leaf | not available | not available | not available | Duke, 1992 * |
ONONIN | 2 | Plant | not available | not available | not available | Duke, 1992 * |
ONONIN | 2 | Root | not available | 49.0 | -0.76 | Duke, 1992 * |
ONONIN | 2 | Stem | not available | 31.0 | not available | Duke, 1992 * |
Activity | Chemical Count | Reference |
---|---|---|
Antitubercular | 2 | Duke, 1992 * |
Antitumor | 19 | Zheng, G-Q., Kenney, P.M., and Lam, L.K.T. Sesquiterpenes From Clove (Eugenia caryophyllata) As Potential Anticarcinogenic Agents. Journal of Natural Products 55(7): 999-1003, 1992. |
Antitumor (Bladder) | 2 | Duke, 1992 * |
Antitumor (brain) | 1 | Duke, 1992 * |
Antitumor (Breast) | 6 | Duke, 1992 * |
Antitumor (Cervix) | 1 | Duke, 1992 * |
Antitumor (CNS) | 1 | Duke, 1992 * |
Antitumor (Colon) | 4 | Duke, 1992 * |
Antitumor (Esophagus)? | 1 | Davies, S., and Stewart, A. 1990. Nutritional Medicine. Avon Books, New York. 509pp. |
Antitumor (Forestomach) | 1 | Duke, 1992 * |
Antitumor (Gastric) | 1 | Duke, 1992 * |
Antitumor (GI) | 3 | Duke, 1992 * |
Antitumor (Kidney) | 1 | Mills, Simon and Bone, Kerry. 2000. Phytotherapy. Churchill Livinston, Edinburgh. |
Antitumor (Liver) | 1 | Duke, 1992 * |
Antitumor (Lung) | 6 | Duke, 1992 * |
Antitumor (Ovary) | 2 | Duke, 1992 * |
Antitumor (Pancreas) | 2 | Duke, 1992 * |
Antitumor (Prostate) | 6 | Duke, 1992 * |
Antitumor (Skin) | 3 | Duke, 1992 * |
Antitumor (Stomach) | 4 | Duke, 1992 * |