Natural compounds plant sources, structure and properties / Natural sesquiterpene esters :
'Natural Compounds: Plant Sources, Structure and Properties' details the properties of over 7,500 chemical compounds of pharmacological interest found in plants.
| Other Authors: | Azimova, Shakhnoza S., Saidkhodzhaev, Ashraf I., SpringerLink (Online service) |
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| Format: | eBook |
| Language: | English |
| Published: |
New York, NY :
Springer,
©2013.
New York, NY : [2013] |
| Physical Description: |
1 online resource. |
| Subjects: |
| Summary: |
'Natural Compounds: Plant Sources, Structure and Properties' details the properties of over 7,500 chemical compounds of pharmacological interest found in plants. Each volume systematically covers occurrence of the compounds in plants, illustrations of chemical structures plus physical-chemical, spectral, and pharmacological data. Entries are indexed by plant name, subject, and pharmacological property. This provides unique coverage of information on compounds isolated from some 3,000 plants, including many from central Asia and Russia, that are not well known elsewhere. The entries for each compound share a similar format. The entries are preceded by tabulated information on the occurrence of the compounds in plants etc. The highly experienced team of compilers from the renowned Institute of the Chemistry of Plant Substances in Tashkent have expertly assessed the international literature and include data only when confident of its validity, e.g. Excluding data where measurement processes cause degradation of the original compound. |
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| Item Description: |
Part 1: The Structural Abbreviations of Acid -- Occurrence of Sesquiterpene Esters in Plant Species -- Apiaceae -- Araliaceae -- Aristolochiaceae -- Asteraceae -- Burseraceae -- Cupressaceae -- Geocalycaceae (Hepaticae) -- Labiatae -- Lauraceae -- Lepidoziaceae -- Loganiaceae -- Magnoliaceae -- Monimiaceae -- Myrtaceae -- Plagiochilaceae -- Solanaceae -- Zingiberaceae -- Physicochemical and Pharmacological Properties of Sesquiterpene Esters -- Acyclic -- Acyclic Sesquiterpene Esters -- Farnesanes -- Monoesters -- Farnesanes -- Diesters -- Farnesanes -- Triester -- Physicochemical and Pharmacological Properties of Sesquiterpene Esters -- Cyclic -- The Monocyclic Sesquiterpene Esters -- Bisabolanes -- Bisabolanes -- Monoesters -- Bisabolanes -- Diesters -- Bisabolanes -- Triesters -- Bisabolanes -- Tetraesters -- Curcumenes -- Monoesters -- Curcumenes -- Diesters -- Curcumenes -- Triester -- Elemanes -- Monoesters -- Elemanes -- Diesters -- Germacranes -- Germacranes -- Monoesters -- Germacranes -- Diesters -- Germacranes -- Triesters -- Germacranes -- Tetraesters -- Furanogermacranes -- Monoesters -- Humulanes -- Monoesters -- Humulanes -- Diesters -- Other Monocyclic Sesquiterpene Esters -- Aristoloterpenates -- Bis-Benzoquinones -- Lychnene -- The Bicyclic Sesquiterpene Esters -- Bicyclogermacranes -- Monoesters -- Bicyclogermacranes -- Diester -- Cadinanes -- Cadalenes -- Monoesters -- Cadalenes -- Triester -- Furanocadinanes -- Monoesters -- Caryophyllanes -- Monoesters -- Caryophyllanes -- Diesters -- Daucanes (Carotanes) -- Monoesters -- Daucanes (Carotanes) -- Diesters -- Daucanes (Carotanes) -- Triesters -- Eremophilanes -- Eremophilanes -- Monoesters -- Eremophilanes -- Eremophilanes -- Diesters -- Furanoeremophilanes -- Furanoeremophilanes Monoesters -- Furanoeremophilanes -- Diesters -- Part 2: Occurrence of Sesquiterpene Esters in Plant Species -- Apiaceae -- Asteraceae -- Canallaceae -- Chenopodiaceae -- Cupressaceae -- Geocalycaceae (Hepaticae) -- Gymnomitraceae -- Lamiaceae -- Magnoliaceae -- Marsupellaceae -- Plagiochilaceae -- Podocarpaceae -- Solanaceae -- Ulmaceae -- Valerianaceae -- Physicochemical and Pharmacological Properties of Sesquiterpene Esters -- The Bicyclic Sesquiterpene Esters -- Eudesmanes (Selinanes) -- Monoesters -- Eudesmanes (Selinanes) -- Diesters -- Eudesmanes (Selinanes) -- Triesters -- Eudesmanes (Selinanes) -- Tetraesters -- Furanoeudesmanes -- Monoesters -- Guaianes -- Monoesters -- Guaianes -- Diesters -- Guaianes -- Triesters -- Oplopanes -- Monoesters -- Oplopanes -- Diesters -- Oplopanes -- Triesters -- Oplopanes -- Tetraesters -- Oplopanes -- Pentaester -- Thapsanes -- Monoesters -- Thapsanes -- Diester -- Thapsanes -- Di-14,15-epoxythapsane -- Valerananes -- Monoester -- Other Bicyclic Sesquiterpene Esters -- Bergamotene -- Carabrane -- Drimane -- Himachalanes -- Monoesters -- Himachalanes -- Diesters -- Valerane -- Pseudoguaianes -- Monoesters -- Sesquisabinenes -- Monoesters -- Other Type -- The Tricyclic Sesquiterpene Esters -- Aromadendranes -- Monoesters -- Aromadendranes -- Diester -- 2,3-seco-Aromadendranes -- Monoesters -- 2,3-seco-Aromadendranes -- Diesters -- 2,3-seco-Aromadendranes -- Triesters -- 2,3-seco-Aromadendranes -- Tetraesters -- Gymnomitranes -- Monoesters -- Gymnomitranes -- Diester -- Longipinanes -- Monoesters -- Longipinanes -- Diester -- Longipinanes -- Triesters -- Silphinenes -- Monoesters -- Silphinenes -- Diesters -- Isocedranes -- Monoesters -- Isocedranes -- Diesters -- Isocedranes -- Triesters -- Isocedranes -- Tetraesters -- Other Tricyclic Sesquiterpene Esters -- Cedranes -- Monoesters -- Cyperenes -- Monoesters -- Cyperenes -- Diesters -- Presilphiperfols -- Isocomene -- Lindenenes -- Monoesters -- Modhephene -- Rotundene -- Santalene -- Senoxyrine -- Other Types -- Family Index -- Organism Index -- Subject Index -- Formula Index. Includes indexes. 'Natural Compounds: Plant Sources, Structure and Properties' details the properties of over 7,500 chemical compounds of pharmacological interest found in plants. Each volume systematically covers occurrence of the compounds in plants, illustrations of chemical structures plus physical-chemical, spectral, and pharmacological data. Entries are indexed by plant name, subject, and pharmacological property. This provides unique coverage of information on compounds isolated from some 3,000 plants, including many from central Asia and Russia, that are not well known elsewhere. The entries for each compound share a similar format. The entries are preceded by tabulated information on the occurrence of the compounds in plants etc. The highly experienced team of compilers from the renowned Institute of the Chemistry of Plant Substances in Tashkent have expertly assessed the international literature and include data only when confident of its validity, e.g. Excluding data where measurement processes cause degradation of the original compound. |
| Physical Description: |
1 online resource. |
| ISBN: |
9781461405399 1461405394 |