From Artemisia annua L. to Artemisinins The Discovery and Development of Artemisinins and Antimalarial Agents
Auteur : Tu Youyou
From Artemisia annua L. to Artemisinins: The Discovery and Development of Artemisinins and Antimalarial Agents is the first book that systematically introduces the origin and development of artemisinine and artemisinine-based drugs. It includes four distinct sections, including Artemisia annua L., Artemisinin, Dihydroartemisinin, and other artemisinin derivatives. Tu Youyou, the chief inventor of artemisinin, together with other members from the research team, have written a book that will be a valuable reference work for both researchers involved in the medical industry and scholars who are interested in undertaking innovative research.
Part I: Artemisiaannua L.1. Traditional Chinese medicine’s view on Artemisia annua L. and its anti-malarial activity2. Analysis of Artemisia annua L. and other commercial artemisia species3. Anti-malarial studies of Artemisia annua L.4. Advances in chemical components studies in Artemisia annua L. (update)5. Analysis and quality control of Artemisia annua L. 6. Pharmacological activities of Artemisia annua L. beyond antimalarial7. Metabolic engineering studies of Artemisia annua L.(update)8. Cultivation and breeding of Artemisia annua L. (update)
Part II: Artemisinin1. Introduction of artemisinin2. Chemical structure and properties of artemisinin3. Quantitative analysis of artemisinin (update)4. Extraction of artemisinin from Artemisia annua L.5. Synthesis of artemisinin6. Pharmacological activities of artemisinin7. Toxicological studies of artemisinin8. Clinical studies of artemisinin
Part III: Dihydroartemisinin1. Introduction of dihydroartemisinin2. Preparation and structural identification of dihydroartemisinin3. Quantitative analysis and quality standards of dihydroartemisinin4. Pharmacological activities of dihydroartemisinin5. Toxicological studies of dihydroartemisinin6. Clinical studies of dihydroartemisinin
Part IV: Other artemisinin derivatives1. Other artemisinin derivatives2. Advances in anti-malarial activity of artemisinins3. Advances in artemisinin derivatives and structurally related compounds4. Advances in pharmacological activities of artemisinin derivatives beyond anti-malarial
Pharmaceutical Researchers; Pharmacy students(master students and Ph. D. students); Readers who are interested in Pharmacy
- Presents a full view of artemisinin, not only its origin and development, but also chemical structure, chemical properties, extracting mode, derivatives, chromogenic reaction, general pharmacological, and toxicology.
- Provides many aspects of artemisinin-based drugs
- Incudes lots of experimental data, such as the X-ray crystallography result—the first application reported in China in determining the absolute molecular configuration utilizing the scattering effects of oxygen atoms by X-ray diffraction technique
Date de parution : 07-2017
Ouvrage de 468 p.
19x23.3 cm
Thèmes de From Artemisia annua L. to Artemisinins :
Mots-clés :
abnormality; acute; acute toxicity test; aliphatic compounds; alkaloids; amino acid; antimalarial; antimalarial drugs; antimalarial treatment; Artemisia annua L; artemisinins; assays; biosynthetic pathway; biotechnology; calibration curve; carbonyl group; clinical studies; clinical study; compounds; crystals; decomposition; deficiency; dihydroartemisinin; dissolve; drugs; ECG; efficacy; elemental analysis; enyne compounds; epidemic; experiment; extraction methods; falciparum; farnesyl diphosphate; filtration; flavonoids; gene cloning; genetic transformation; hairy roots culture; Herba Artemisiae Annuae; herbal medicine; high-yield strain; hydroxyl group; inhibitory rate; insect; iodometry; Kunming mice; leaf powder; malaria parasites; methanol; microscopic features; morbidity; mortality; murine plasmodia; nitrogen; observation; parameters; peroxy; pharmacological action; pharmacological effects; plasmodium; Plasmodium berghei; Plasmodium inui; Qinghao; rats; reaction; reaction mixture; research; scopoletin; sesquiterpenes; sodium borohydride; solution; spectral data; spectrophotometry; structure; structure-activity relationship; sweet wormwood; synthesis; terpenoids; toxicology; traditional Chinese medicine; treatment of malaria