| |
| |
|
|
 |
|
| |
Architektur Bau- & Umwelttechnik Belletristik Betriebswirtschaft Biologie Briefe, Bewerbung, Rhetorik Chemie Entspannung & Meditation Esoterik & Anthroposophie Essen und Trinken Fitness, Aerobic, Bodybuilding, Gymnastik Garten, Pflanzen, Natur Geowissenschaften Geschenkbücher Geschichte Gesundheit, Körperpflege Heimwerken Hobby, Freizeit, Natur Informatik & EDV Innenarchitektur & Design Journalistik & Presse Kinder- & Jugendliteratur Kunst Lebensführung Literaturwissenschaft Lyrik, Dramatik, Essays Management Mathematik Mechanik & Akustik Medien & Kommunikation Medizin & Pharmazie Musik Nachschlagewerke Naturmedizin & Homöopathie Naturwissenschaft & Technik Partnerschaft, Beziehungen Pädagogik Philosophie Physik & Astronomie Politik, Gesellschaft, Arbeit Psychologie Recht Reise Religion Romane, Erzählungen & Anthologien Sachbuch / Ratgeber Schule & Lernen Soziologie Sport Sprachwissenschaft Steuern Technik Theater, Ballett & Film Tiere Tiermedizin Umwelt, Land- & Forstwirtschaft Verlagswesen, Buchhandel, Bibliothekswesen Völkerkunde & Volkskunde Werbung & Marketing Wirtschaft |
|
| |
|
 |
|
| |
Design, Architektur & bildende Kunst Aktuelle Buchempfehlungen |
|
|
 |
|
| |
|
|
| |
|
|
|
|
| |
|
| |
|
 |
|
| |
Redaktion: Kishan G. Ramawat, Jean-Michel Mérillon
Bioactive Molecules and Medicinal Plants
erschienen Januar 2008 380 Seiten, 61 schw.-w. Abb., 34 schw.-w. Tabellen, Gebunden
Springer-Verlag GmbH & Co. KG | ISBN: 3540746005
| |  | 245.03 EUR |  | | |
|
|
|
|
| |
Innerhalb 24 Stunden versandfertig. Expressversand: In Deutschland versandkostenfrei | Österreich: 4 € | Schweiz: ab 4 € | Europaweit ab 6 €. Versandkostenübersicht weltweit. Alle Preise inkl. MwSt. |
|
|
Ähnliche Bücher anzeigen
|
|
|
| |
| |
| VORWORT | öffnen |
|
Preface Use of medicinal plants is as old as human civilization and continuous efforts are being made to improve medicinal plants or produce their products in high amounts through various technologies. About 200,000 natural products of plant origin are known and many more are being identified from higher plants and microorganisms. Some plant-based drugs have been used for centuries and there is no alternative medicine for many drugs, such as cardiac glycosides. However, natural products research...
[weiter lesen]
|
|
|
| KLAPPENTEXT | öffnen |
|
K.G. Ramawat J. M. Merillon (Eds.) Bioactive Molecules and Medicinal PlantsThere is an ever-increasing demand for natural compounds as drugs and as disease-preventive phytochemicals because consumers have become more and more health conscious. Contrary to general expectations, attempts to use combinatorial chemistry to yield numerous products with medical effects surpassing those of natural products have failed. Biotechnological approaches have the potential to meet the challenge of produci... [weiter lesen] |
|
|
| AUTOR | öffnen |
|
About the editorsProfessor K.G. Ramawat (born in 1952) received his M.Sc. (1974) and Ph.D. (1978, Plant Biotechnology) from the University of Jodhpur, Jodhpur, India and became a faculty member in January of 1979. He joined M.L. Sukhadia University as an Associate Professor in 1991 and became a Professor in 2001. He served as Head of the Department of Botany (2001-2004), was in charge of the Department of Biotechnology (2003-2004), was a member of the task force on medicinal and aromatic plants... [weiter lesen] |
|
|
| INHALTSVERZEICHNIS | öffnen |
1 Drug Discovery from Plants A. A. Salim, Y.-W. Chin and A. D. Kinghorn 1.1 The Role of Plants in Human History 1 1.2 The Role of Plant-Derived Compounds in Drug Development 4 1.2.1 Plant Secondary Metabolites as Drug Precursors 4 1.2.2 Plant Secondary Metabolites as Drug Prototypes 6 1.2.3 Plant Secondary Metabolites as Pharmacological Probes 8 1.3 Recent Developments in Drug Discovery from Plants 9 1.3.1 New Plant-Derived Drugs Launched Since 20019 1.3.2 Examples of Plant-Derived Compounds Currently Involved in Clinical Tria... 1.3.3 Plant Extracts Currently Involved in Clinical Trials 15 1.4 Recent Trends and Future Directions 18 2 Grapevine Stilbenes and Their Biological Effects P. Waffo-Teguo, S. Krisa, T. Richard and J. M. Mérillon 2.1 Introduction 25 2.2 Epidemiology 26 2.3 Chemistry of Stilbenes 27 2.3.1 Characterisation 27 2.3.1.1 Monomers 27 2.3.1.2 Oligomers 29 2.3.2 Biosynthetic Pathway 32 2.3.3 Distribution in Vit is vinifera 33 2.3.4 Determination of Stilbenes in Wine 33 2.4 Biological and Pharmacological Activities 35 2.4.1 Bioavailability and Metabolism 35 2.4.2 Cardiovascular Protection 39 2.4.2.1 Antioxidant Activity 39 2.4.2.2 Antithrombotic and Vasoprotective Properties 41 2.4.2.3 Biological Activities after Ingestion of Polyphenols or Wine 42 2.4.3 Cancer Chemoprevention 43 2.4.4 Neurodegenerative Diseases 46 2.5 Conclusion 49 3 Research into Isoflavonoid Phyto-oestrogens in Plant Cell Cultures M. T. Luczkiewicz 3.1 Introduction 56 3.2 The Influence of the Basic Experimental Media on the Biosynthesis of I... 3.3 The Influence of Physical Factors on the Biosynthesis and Accumulation ... 3.4 The Effect of Technological Procedures on the Biosynthesis and Accumulat... 3.4.1 Elicitation 61 3.4.2 Supplementation with Biosynthesis Precursors 70 3.4.3 Biotransformation 71 3.4.4 Genetic Modifications 73 3.5 In Vitro Cultures of Legume Plants Oriented for Selective Production of... 4 Secondary Metabolite Production from Plant Cell Cultures: the Success Stor... S. Kintzios 4.1 Introduction: Cell Factories at the Cross Point 86 4.2 Rosmarinic Acid 87 4.2.1 General Information 87 4.2.2 Historical Development of In Vitro RA Production - a Brief Overview 87 4.2.3 Stimulation of Biosynthetic Pathways Leads to Enhanced RA Accumulation ... 4.2.4 Is RA Biosynthesis Growth Dependent?89 4.2.5 Is RA Accumulation Related to Culture Differentiation?90 4.2.6 Recent Attempts to Scale Up RA Production 91 4.2.7 RA Production in Immobilized Cell Cultures 92 4.3 Taxol 92 4.3.1 General Information 92 4.3.2 Historical Development of In Vitro Taxol Production - a Brief Overview... 4.3.3 Stimulation of Biosynthetic Pathways Leads to Enhanced Taxol Accumulati... 4.3.4 Is Taxol Biosynthesis Growth and Differentiation Dependent?96 4.3.5 Recent Attempts to Scale Up Taxol Production 97 4.3.6 Taxol Production in Immobilized Cell Cultures 97 4.4 Conclusions 98 5 Guggulsterone: a Potent Natural Hypolipidemic Agent from Commiphora wightii... K. G. Ramawat, M. Mathur, S. Dass and S. Suthar 5.1 Introduction 102 5.2 Distribution 102 5.3 Biology 102
[weiter lesen] |
|
|
|
|
| REGISTER | öffnen |
Subject Index AAcacia catechu 16 Acacia Senegal, gum arabic, AGPs 264 Accelerated discovery techniques 1 Acetaminophen 133 Acetylcholinesterase (AchE) 10, 167 - inhibitors 14 Acitus sulcatus, guggulsterol 108 Acquilaria malaccensis 339 Actinic keratoses 14 Adaptogens, roseroot 298 Adhatoda vasica 357 Adhyperforin 150 Aegelin 356 AG 256 - dietary fiber/prebiotics 264 Agave americana 358 AGP 256, 259 abiotic stress tolerance 263 - reproductive organ development 261 - signaling 262 Agrobacterium rhizogenes 170, 243, 272, 274 Ailanthus grandis, guggulsterol 108 Ajmalicine 273 - spectrofluorometry 288 Ajmaline 273 Alkaloid identification 288 Alkaloids, plant cell/tissue cultures 165 Alliin 358 Alzheimer's disease (AD) 9 - galanthamine hydrobromide 168 - ginkgo 17 - huperzine 11 - ZT-1 14 Amanita phalloides, Silymarin 131 Amanitin, Silymarin 131 Ammi majus, coumarine/furocoumarine 275 Ammoniacum gum 364 Amyloidosis, colchicine 220 Anaplastic thyroid cancer 13 Andrographolides 356 Angelica acutiloba, arabinogalactans 259 Anthranilate synthase (AS) 278 Anthraquinones, light-activated 150 Antibiotics, phytoremediation 279 Anticarcinogenic effects, Silymarin 134 Anticholinesterase activity, bacosides 184 Antidepressant, St. John's wort 152 Antidiarrheals 8 Antihypertensive 273 Anti-inflammatory action, Silymarin 132, 136 Antimitotic agents, colchicine 220 Antimuscarinic agent 8 Antioxidant activity 39 Antipsychotic agents 8 Antiretroviral drugs 12 Antithrombotic properties 41 Antivirals 11 Anxiety neurosis, Bacopa monnieri 188 Apokyn 10 Apomorphine 10 Apoptosis 17, 317 Arabidopsis thaliana, tagged hairy roots 277 Arabinogalactan 256 Arachidonic acid 16 Araucaria angustifolia, AGPs 261 Aromatic plants 336 Artemisia annua 329 Artharvaveda 3 Asparagus racemosus 336, 343, 356 Asthma 8 Astringin 45 Atropa belladonna 2, 7, 166, 170, 357 Atropine 7 analog 10 Ayurvedic medicine 3 Azadirachta excelsa 248 Azadirachta indica 234, 243 Azadirachtin, - in vitro production 234 - marker compound 356 - plant cell/tissue culture 243 - stability 249 BBacopa monnieri 175 - saponins 184 - tissue culture 190 Bacosides 176, 356 Bacterial strains, selection 286 Baicalin 16 Balsam (guggul) 103 Banisteriopsis caapi 2 Baptisia tinctoria, arabinogalactans 259 Bcl-2 318 Behcet's syndrome, colchicine 220 Benzylisoquinoline alkaloids 167 Berberine 366 Bergenin 45 Beta vulgaris, betalaine 276 Betulinic acid 11, 12 Bevirimat 11, 12 Bilobalide 17 Biochanin A 59 Boswellic acids 357 Bottlebrush plant 10 Bradycardia (low heart rate) 8 Brahmine 183 Bronchodilators 8 Bronchospasm 10 CCA 4 P 13 Cadmium, phytoextraction 280 Calabar bean Callistemon citrinus 10 Camellia sinensis 2 Camptotheca acuminata 199, 273 Camptothecin (CPT) 7, 11, 197, 273, 337 Cancer chemoprevention 25, 43 Cannabidiol 17 Cannabinoids 17 Cannabis sativa 2, 17 Capsaicin 11, 12 Carcinogenesis promotion, models 9 Cardiovascular disease 11 Cardiovascular protection 25, 39 Castanospermine 13 Castanospermum austral 13 Castor oil 341 Catechins 318, 321 Catharanthine, HPLC 288 Catharanthus roseus, alkaloids 19 - globular cell cultures 159 - hairy roots 286 - leaves, genetic transformation 289 - tagged hairy roots 277, 278 Cathechin 16 Ceflatonine 11, 13 Celgosivir 11, 13 Cell factories 86 Cephalotaxus harringtonia 13 Ceric ammonium sulphate 288 Chandraprabhavati 366 Chantix 11 Chemopreventive effects, Silymarin 134 Chlorophytum borivilianum 326 Cholinesterase inhibitory activity 167 Chronic obstructive pulmonary disease (COPD) 10 CHS 61 Cicer arietinum, isoflavonoid 77 Cigarette smoking 11 Cinchona officinalis 326, 365 Cinchotannic acid 365 Clinical trials 1, 11 Cocaine 2 Cocoa 2 Codeine 167, 273 Coffea arabica 2 Coffee 2 Colchicine 4, 192, 216, 326, 337 - gout pain 220 - production 225 - toxicity 218 Coleus blumei, rosmarinic acid 86 Combretastatin A 4 11, 13 Combretum caffrum 13 Commiphora wightii 101, 327, 343, 356-358, 366 Complementary and alternative medicines (CAM) 340 Coniferin 273 Cortisone 5 Coumestrol 61 CPT 7, 11, 197, 273, 337 Croton oil 9 Croton tiglium 9 Curcuma longa, arabinogalactans 259 Cybister tripuncatus, prothoracic defensive gland secretion 108 Cyclic nucleotide-gated (CNG) channels 8 Cyclooxygenase (COX-l/COX-2) 16 Cyclopseudohypericin 151 Cytisine 11 Cytisus laburnum 11 Cytochrome P 450 45 DDaidzein 15, 58, 64, 71, 80, 319 Datura spp. 2 DDT, hairy root phytoremediation 280 10-Deacetylbaccatin 5 Deadly nightshade 2 Dehydromatricaria ester 273 1-Deoxyxylulose 239 Depression, St. John's wort 152 Devil's claw 16 Diabetes 7 Dianthrones, St. John's wort 149 2, 4-Dichlorophenol, hairy root phytoremediation 280 Dimethylbiguanide 7 N, N-Dimethyltryptamine 2 Dioscorea deltoidea 339 Dioscorea spp 5, 19 Diosgenin 5, 19 Disodium phosphate prodrug 13
[weiter lesen] |
|
|
|
|
|
|
| |
|
|

|
|