Dissertation > Excellent graduate degree dissertation topics show

Pharmacological Study of Fulvic Acid and Sodium Fulvate

Author: BiYanYan
Tutor: LiBaoCai
School: Kunming University of Science and Technology
Course: Medicinal Chemistry
Keywords: Fulvic acid Sodium fulvate Toxicity Sober up Hypoglycemic
CLC: R285.5
Type: Master's thesis
Year: 2009
Downloads: 104
Quote: 1
Read: Download Dissertation

Abstract


The high degree of oxidation of fulvic acid containing reactive functional groups (carboxyl, phenolic hydroxyl, quinone-based), and water-soluble, well absorbed by the body, are superior in terms of physico-chemical and biological activity in general humic acid, is the best one of the medical effects of humic acid. Thousands of years ago, Li in the \In recent years, there are many reports of fulvic acid and fulvic sodium anti-inflammatory, anti-virus, and regulation of immunity, anti-bacterial, anti-ulcer, have a significant effect certainly. According to Li Po, who proposed the Pu'er tea theabrowns and fulvic acid in chemical properties (structural and functional groups) there is a certain similarity between the fulvic acid in physiological activity and the treatment of certain diseases of the functional aspects of tea pigment should have similar Therefore, it can be speculated that the fulvic acid should have a sober, hypoglycemic function. This subject to successful modeling Kunming mice as experimental subjects, observed fulvic acid and fulvic sodium mouse model was successful hangover, lowering blood sugar. The main results are summarized as follows:. Xundian lignite as raw material, using hydrogen peroxide oxidation method to extract the preparation of crude fulvic acid; AB-8 macroporous resin column twice purified fulvic acid to reduce the ash content of fulvic acid, eventually get to a purity of 96.28% fulvic acid products. 2. Limits Examined fulvic acid and fulvic acute toxicity of sodium and fulvic acid-long drug experiments preliminary exploration, fulvic acid and fulvic sodium toxicity test results for the safety of medication necessarily reliable basis. Agilent gas chromatograph and the determination of the median lethal dose of ethanol, examine the fulvic acid mice ethanol acute poisoning prevention; ethology, experimental observation drunken time of the mice in each group, and the number of mice drunkenness; 30,60,90 min mice blood were measured after administration of ethanol changes. : Fulvic acid can reduce the mouse acute poisoning death number has obvious preventive effect of ethanol acute poisoning. Compared with the model group, 3%, 5% fulvic acid group mice drunken time was significantly shorter (P lt; 0.05); compared with Neptune Jinzun group, 1%, 3%, 5% fulvic acid group mice drunkenness time was significantly shorter (P lt; 0.05), and 5% fulvic acid hangover anti-drunk best. Compared with model group, 30,90 min, 1%, 5% fulvic acid groups in mouse plasma ethanol concentration decreased significantly (P lt; 0.05); 60min, reduce the concentration of ethanol was significantly (p lt; 0.01) . Compared with Neptune Jinzun group, 60,90 min, 1%, 5% fulvic acid group concentration of ethanol in the plasma of mice significantly reduced (P lt; 0.05). Experiment intraperitoneal injection of alloxan diabetic mice model investigated fulvic acid and fulvic acid sodium on blood glucose in normal mice, diabetic mice, oral glucose tolerance, and diabetes blood glucose, total cholesterol , triglycerides, and body weight. Results: high dose of fulvic acid and fulvic sodium can more significantly reduce normal blood glucose (P lt; 0.01);, high doses of fulvic acid and fulvic sodium can significantly lower the blood glucose in diabetic mice total cholesterol, triglyceride levels (p lt; 0.05 or p lt; 0.01), low-dose sodium fulvic \humic acid, high dose of fulvic acid and fulvic sodium significant effect (P lt; 0.05); oral glucose tolerance test, medium and high dose of fulvic acid and fulvic sodium can significantly lower weight gain in mice diabetic mice, blood glucose (p lt; 0.05). These results indicate that, fulvic acid and fulvic sodium hangover, hypoglycemic effect after fulvic acid and fulvic sodium in the field of medicine, further development and utilization of pharmacy.

Related Dissertations

  1. Cloning, Expression and Functional Analysis of STOP1 Transcriptional Factor,S336
  2. Research on Toxicity Identification and Reduction Technology for Petrochemical Industrial Drainage,X742
  3. Preparation and Evaluation on the Toxicological Safety and Stability of Deer Blood Wine,TS262.91
  4. Study on the Resistance of Alopecurus Japonicus in Oilseed Rape Field,S451.2
  5. Induced Combination Apoptosis by FB1 and AFB1 in Vero Cell,S856.9
  6. Some Pharmacology and Toxicity of Three Prescriptions from Chinese Veterinary Pharmacopoeia,S859.5
  7. The Modulatory Role and Relationship between Heme Oxygenase and Reduced Glutathione in High-Iron-Induced Oxidative Stress in Detached Leaves of Oryza Sativa L.,S511
  8. Epidemiological Investigation of PRRS in Jinhua City and Studies on Immunological Enhancement of IRPS on PRRS Vaccine,S858.28
  9. The Blood Glucose Control and Influencing Factors in Type 2 Diabetic Patients with Oral Hypoglycemic Agents,R587.1
  10. Comparative Toxicity of WSHFD with Arsenicals and Mercurials and Cerebral Protective Effect of WSHFD on Ischemia and Reperfusion,R285.5
  11. Develop Toxicity of Ion Liquid on Goldfish,X174
  12. Comparative Study on Acute Toxicity of Niu-Huang-Jie-Du Tablets (NHJDT), Realgar and Other Inorganic Arsenic Compounds,R285
  13. Four Herbicides on two kinds of toxic effects loach,S482.4
  14. Cannabifolius prime Ⅰ, Ⅱ acute toxicity studies with Cannabifolius -Ⅱ Preparation of immediate-release pellets,R283
  15. Study on Removal Characteristics of Dissolved Organic Matters from Bio-treated Effluent of Dye Wastewater by Activited Carbon Adsorption,X791
  16. Studying on Environmrntal Biomarkers Induced by PAEs,X171.5
  17. Flower two -spotted spider mite pests of large fungal toxicity,S476
  18. Solid waste incineration fly ash cement kilns co-processing technology research,X701
  19. Intensive insulin hypoglycemic combined antioxidant therapy in patients with newly T_2DM islet β cell secretory function of acute phase,R587.1
  20. Research on the "Dose-time-toxicity" Relationship of Hepatotoxicity and Approach of the Toxicity Influential Factor of Pinellia,R285.5

CLC: > Medicine, health > Chinese Medicine > Of Pharmacy > Pharmacology > Chinese medicine Experimental Pharmacology
© 2012 www.DissertationTopic.Net  Mobile