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Marine sponges[electronic resource] :chemicobiological and biomedical applications /

紀錄類型:	書目-語言資料,印刷品 : Monograph/item
杜威分類號:	593.4
書名/作者:	Marine sponges : chemicobiological and biomedical applications // edited by Ramjee Pallela, Hermann Ehrlich.
其他作者:	Pallela, Ramjee.
出版者:	New Delhi : : Springer India :, 2016.
面頁冊數:	x, 381 p. : : ill., digital ;; 24 cm.
Contained By:	Springer eBooks
標題:	Sponges.
標題:	Environment.
標題:	Marine & Freshwater Sciences.
標題:	Freshwater & Marine Ecology.
標題:	Coastal Sciences.
標題:	Oceanography.
ISBN:	9788132227946
ISBN:	9788132227922
內容註:	Section I: Introduction and Global Scenario of Marine Sponges -- Section II: Chemical Molecules of Marine Sponges -- Section III: Biological Molecules and Materials of Marine Sponges -- Section IV: Chemicobiological Applications of Marine Sponges -- Section V: Biomedical Applications of Marine Sponges -- Section VI: Global Sonstraints, Prospects and Perspectives of Marine Sponge Research.
摘要、提要註:	The main focus of this book entitled is to provide an up-to-date coverage of marine sponges and their significance in the current era. This book is an attempt to compile an outline of marine sponge research to date, with specific detail on these bioactive compounds, and their pharmacological and biomedical applications. The book encompasses twenty chapters covering various topics related to Marine Sponges. Initial couple of chapters deal about the worldwide status of marine sponge research, the recent findings regarding dynamics of sponges, and several interesting research areas, that are believed to be deserving of increased attention. Variety of sponges, their toxicology, metagenomics, pharmaceutical significance and their possible applications in biomedicine has been discussed in detail. The second half of this part includes chapters on chemical ecology of marine sponges followed by the discussion on importance of bioeroding sponges in aquaculture systems. The following four chapters of the book deal majorly with the chemical molecules of marine sponges. In the fifth chapter, marine sponge-associated actinobacteria and their pysicochemical properties have been discussed followed by their bioactive potential. The biological application of marine sponges has been presented in later chapters with the classification of biologically active compounds being explored in detail. The second half of the book presents the vast repertoire of secondary metabolites from marine sponges, which include terpenoids, heterocycles, acetylenic compounds, steroids and nucleosides. Further, the bioactive potential of these compounds has also been discussed. One of the constituent chapter elaborates the bioactive alkaloids from marine sponges namely, pyridoacridine, indole, isoquinolene, piperidene, quinolizidine, steroidal and bromotyrosine alkaloids isolated from them. In the next couple of chapters, important sponge polymers and the anticancer effects of marine sponge compounds have been presented. The most interesting aspect of sponge biology is their use in biomedical arena. An effort has been made in this book, to cover the major constituents of sponges and their biomedical potentials. The major portion of sponge body is composed of collagen and silica and used in tissue engineering as scaffold material. This part of the book compiles chapters delineating the isolation of sponge biomaterials including collagen and their use in medical diagnostics. Overall, this book would be an important read for novice and experts in the field of sponge biology.
電子資源:	http://dx.doi.org/10.1007/978-81-322-2794-6

Marine sponges[electronic resource] :chemicobiological and biomedical applications /
Marine spongeschemicobiological and biomedical applications /[electronic resource] :edited by Ramjee Pallela, Hermann Ehrlich. - New Delhi :Springer India :2016. - x, 381 p. :ill., digital ;24 cm.

Section I: Introduction and Global Scenario of Marine Sponges -- Section II: Chemical Molecules of Marine Sponges -- Section III: Biological Molecules and Materials of Marine Sponges -- Section IV: Chemicobiological Applications of Marine Sponges -- Section V: Biomedical Applications of Marine Sponges -- Section VI: Global Sonstraints, Prospects and Perspectives of Marine Sponge Research.

The main focus of this book entitled is to provide an up-to-date coverage of marine sponges and their significance in the current era. This book is an attempt to compile an outline of marine sponge research to date, with specific detail on these bioactive compounds, and their pharmacological and biomedical applications. The book encompasses twenty chapters covering various topics related to Marine Sponges. Initial couple of chapters deal about the worldwide status of marine sponge research, the recent findings regarding dynamics of sponges, and several interesting research areas, that are believed to be deserving of increased attention. Variety of sponges, their toxicology, metagenomics, pharmaceutical significance and their possible applications in biomedicine has been discussed in detail. The second half of this part includes chapters on chemical ecology of marine sponges followed by the discussion on importance of bioeroding sponges in aquaculture systems. The following four chapters of the book deal majorly with the chemical molecules of marine sponges. In the fifth chapter, marine sponge-associated actinobacteria and their pysicochemical properties have been discussed followed by their bioactive potential. The biological application of marine sponges has been presented in later chapters with the classification of biologically active compounds being explored in detail. The second half of the book presents the vast repertoire of secondary metabolites from marine sponges, which include terpenoids, heterocycles, acetylenic compounds, steroids and nucleosides. Further, the bioactive potential of these compounds has also been discussed. One of the constituent chapter elaborates the bioactive alkaloids from marine sponges namely, pyridoacridine, indole, isoquinolene, piperidene, quinolizidine, steroidal and bromotyrosine alkaloids isolated from them. In the next couple of chapters, important sponge polymers and the anticancer effects of marine sponge compounds have been presented. The most interesting aspect of sponge biology is their use in biomedical arena. An effort has been made in this book, to cover the major constituents of sponges and their biomedical potentials. The major portion of sponge body is composed of collagen and silica and used in tissue engineering as scaffold material. This part of the book compiles chapters delineating the isolation of sponge biomaterials including collagen and their use in medical diagnostics. Overall, this book would be an important read for novice and experts in the field of sponge biology.

ISBN: 9788132227946

Standard No.: 10.1007/978-81-322-2794-6doiSubjects--Topical Terms:

687285
Sponges.

LC Class. No.: QL371

Dewey Class. No.: 593.4

Marine sponges[electronic resource] :chemicobiological and biomedical applications /
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505 0 $a Section I: Introduction and Global Scenario of Marine Sponges -- Section II: Chemical Molecules of Marine Sponges -- Section III: Biological Molecules and Materials of Marine Sponges -- Section IV: Chemicobiological Applications of Marine Sponges -- Section V: Biomedical Applications of Marine Sponges -- Section VI: Global Sonstraints, Prospects and Perspectives of Marine Sponge Research.
520 $a The main focus of this book entitled is to provide an up-to-date coverage of marine sponges and their significance in the current era. This book is an attempt to compile an outline of marine sponge research to date, with specific detail on these bioactive compounds, and their pharmacological and biomedical applications. The book encompasses twenty chapters covering various topics related to Marine Sponges. Initial couple of chapters deal about the worldwide status of marine sponge research, the recent findings regarding dynamics of sponges, and several interesting research areas, that are believed to be deserving of increased attention. Variety of sponges, their toxicology, metagenomics, pharmaceutical significance and their possible applications in biomedicine has been discussed in detail. The second half of this part includes chapters on chemical ecology of marine sponges followed by the discussion on importance of bioeroding sponges in aquaculture systems. The following four chapters of the book deal majorly with the chemical molecules of marine sponges. In the fifth chapter, marine sponge-associated actinobacteria and their pysicochemical properties have been discussed followed by their bioactive potential. The biological application of marine sponges has been presented in later chapters with the classification of biologically active compounds being explored in detail. The second half of the book presents the vast repertoire of secondary metabolites from marine sponges, which include terpenoids, heterocycles, acetylenic compounds, steroids and nucleosides. Further, the bioactive potential of these compounds has also been discussed. One of the constituent chapter elaborates the bioactive alkaloids from marine sponges namely, pyridoacridine, indole, isoquinolene, piperidene, quinolizidine, steroidal and bromotyrosine alkaloids isolated from them. In the next couple of chapters, important sponge polymers and the anticancer effects of marine sponge compounds have been presented. The most interesting aspect of sponge biology is their use in biomedical arena. An effort has been made in this book, to cover the major constituents of sponges and their biomedical potentials. The major portion of sponge body is composed of collagen and silica and used in tissue engineering as scaffold material. This part of the book compiles chapters delineating the isolation of sponge biomaterials including collagen and their use in medical diagnostics. Overall, this book would be an important read for novice and experts in the field of sponge biology.
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