Plant Secondary Metabolism

Life has evolved as a unified system; no organism exists similar role also has been suggested for fatty acids from alone, but each is in intimate contact with other organisms cyanolipids. Nonprotein amino acids, cyanogenic glyco and its environment. Historically, it was easier for workers sides, and the non-fatty-acid portion of cyanolipids also are in various disciplines to delimit artificially their respective incorporated into primary metabolites during germination. areas of research, rather than attempt to understand the entire Secondary metabolites of these structural types are accumu system of living organisms. This was a pragmatic and neces lated in large quantities in the seeds of several plant groups sary way to develop an understanding for the various parts. where they probably fulfill an additional function as deter We are now at a point, however, where we need to investi rents to general predation. gate those things common to the parts and, specifically, those The second type of relationship involves interaction of things that unify the parts. The fundamental aspects of many plants with other organisms and with their environment. Bio of these interactions are chemical in nature. Plants constitute logical interactions must be viewed in the light of evolution an essential part of all life systems; phytochemistry provides ary change and the coadaptation, or perhaps coevolution, of a medium for linking several fields of study.

List of contents

1 Introduction.- 2 Fatty Acids.- 3 Acetylenic Compounds.- 4 Plant Waxes.- 5 Polyketides.- 6 Benzoquinones, Naphthquinones, and Anthraquinones.- 7 Shikimic Acid Pathway.- 8 Phenylpropanoids.- 9 Coumarins.- 10 2-Pyrones, Stilbenes, Dihydrophenanthrenes, and Xanthones.- 11 Flavonoids.- 12 Tannins.- 13 Nonprotein Amino Acids.- 14 Peptides.- 15 Carbohydrates.- 16 Cyanogenic Glycosides and Cyanolipids.- 17 Glucosinolates.- 18 Introduction to Terpenes.- 19 Monoterpenes.- 20 Iridoid Monoterpenes.- 21 Sesquiterpenes.- 22 Diterpenes and Sesterterpenes.- 23 Triterpenes and Steroids.- 24 Saponins and Cardenolides.- 25 Limonoids, Quassinoids, and Related Compounds.- 26 Tetraterpenes or Carotenoids.- 27 Introduction to Alkaloids.- 28 Simple Amines, Simple Aromatic and Pyridine Alkaloids.- 29 Pyrrolidine, Tropane, Piperidine, and Polyketide Alkaloids.- 30 Pyrrolizidine, Quinolizidine, and Indolizidine Alkaloids.- 31 Alkaloids Derived from Anthranilic Acid.- 32 Isoquinoline and Benzylisoquinoline Alkaloids.- 33 Alkaloids Derived from Both Tyrosine and Phenylalanine.- 34 Indole Alkaloids.- 35 Ergot and Other Indole Alkaloids.- 36 Alkaloids of Terpenoid Origin.- 37 Miscellaneous Types of Alkaloids.

Summary

Life has evolved as a unified system; no organism exists similar role also has been suggested for fatty acids from alone, but each is in intimate contact with other organisms cyanolipids. Nonprotein amino acids, cyanogenic glyco and its environment. Historically, it was easier for workers sides, and the non-fatty-acid portion of cyanolipids also are in various disciplines to delimit artificially their respective incorporated into primary metabolites during germination. areas of research, rather than attempt to understand the entire Secondary metabolites of these structural types are accumu system of living organisms. This was a pragmatic and neces lated in large quantities in the seeds of several plant groups sary way to develop an understanding for the various parts. where they probably fulfill an additional function as deter We are now at a point, however, where we need to investi rents to general predation. gate those things common to the parts and, specifically, those The second type of relationship involves interaction of things that unify the parts. The fundamental aspects of many plants with other organisms and with their environment. Bio of these interactions are chemical in nature. Plants constitute logical interactions must be viewed in the light of evolution an essential part of all life systems; phytochemistry provides ary change and the coadaptation, or perhaps coevolution, of a medium for linking several fields of study.

Additional text

`This masterly work is especially good on chemical ecology and medicinal phytochemistry and can be warmly recommended as a valuable reference source.'Phytochemistry, 53 (2000)
`In conclusion, David Seigler has produced an outstanding textbook on plant secondary metabolism which should have a place in the library of every botanist, pharmacist, phytochemist, ecologist and biochemist or anybody interested in the application and utilisation of secondary metabolites in ecology, agriculture, biotechnology or medicine.'Journal of Plant Physiology, 157 (2000)

Report

`This masterly work is especially good on chemical ecology and medicinal phytochemistry and can be warmly recommended as a valuable reference source.' Phytochemistry, 53 (2000)
`In conclusion, David Seigler has produced an outstanding textbook on plant secondary metabolism which should have a place in the library of every botanist, pharmacist, phytochemist, ecologist and biochemist or anybody interested in the application and utilisation of secondary metabolites in ecology, agriculture, biotechnology or medicine.' Journal of Plant Physiology, 157 (2000)

Product details

• Authors: David S. Seigler, David S Seigler, David S. Seigler
• Publisher: Springer, Berlin
• Languages: English
• Product format: Paperback / Softback
• Released: 20.08.2013
• EAN: 9781461372288
• ISBN: 978-1-4613-7228-8
• No. of pages: 759
• Dimensions: 155 mm x 41 mm x 235 mm
• Weight: 1163 g
• Illustrations: IX, 759 p.
• Subjects: Natural sciences, medicine, IT, technology > Biology > Botany; C, Botanik und Pflanzenwissenschaften, METABOLISM, Botany, Plant Physiology, Biomedical and Life Sciences, Botany & plant sciences, Plant Science, Plant Sciences