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Biomembrane transport

Record Type:	Language materials, printed : Monograph/item
Title/Author:	Biomembrane transport/ Lon J. Van Winkle ; with contributions by Ovidio Busolati ... [et al.].
Author:	Van Winkle, Lon J.
Published:	San Diego :Academic Press, : c1999.,
Description:	1 online resource (xiv, 397 p.) :ill. :
Subject:	Biological transport. -
Online resource:	http://www.sciencedirect.com/science/book/9780127145105
ISBN:	9780127145105

Biomembrane transport
Van Winkle, Lon J.

Biomembrane transport[electronic resource] /Lon J. Van Winkle ; with contributions by Ovidio Busolati ... [et al.]. - San Diego :Academic Press,c1999. - 1 online resource (xiv, 397 p.) :ill.

Includes bibliographical references (p. 345-385) and index.

Foreword. -- Preface, H. Christensen. -- Importance of Biomembrane Transport. -- Biomembrane Composition, Structure and Turnover. -- Thermodynamics and Transport. -- Transport Kinetics. Structure and Function of Transport Proteins that Form Solute Gradients. -- Transport Proteins that Propagate Solute Gradients. -- Channel Proteins Usually Dissipate Solute Gradients. -- A Proposed System for the Classification of Transmembrane Transport Proteins in Living Organisms, M. Saier, Jr. -- Regulation of Biomembrane Transport, O. Bussolati, G. Gazzola, and J. McGivan. -- Biomembrane Transport and Interogran Nutrient Flows: The Amino Acids, P. Taylor, S. Low, and M. Rennie. -- Selected Techniques in Membrane Transport, B. Mackenzie. -- Epilogue.

Biomembrane Transport covers the fundamental principles of biomembrane transport proteins, including thermodynamics and kinetics, structure and catalytic mechanism, and regulation and integration classification. The book considers recent advances in transport protein structure and function, along with established concepts. The importance of biomembrane transport to regulation and interorgan nutrient flows and metabolism is covered, as well as classical and modern techniques for characterizing transport. The book also contains a classification scheme for all known transport proteins according to their functions and amino acid residue sequence similarities. Key Features * Considers recent advances in transport protein structure and function, along with established concepts * Distinguishes the similarities and differences in the mechanisms of action of transport proteins * Provides an up-to-date discussion of the thermodynamics and kinetics of biomembrane transport * Discusses regulation of biomembrane transport * Details the importance of biomembrane transport to regulation and interorgan nutrient flows and metabolism * Contains a classification scheme for all known transport proteins according to their functions and amino acid residue sequence similarities * Presents classical and modern techniques for characterizing transport.

ISBN: 9780127145105

Source: 77324:77324Elsevier Science & Technologyhttp://www.sciencedirect.comSubjects--Topical Terms:

582238
Biological transport.
Index Terms--Genre/Form:

554714
Electronic books.

LC Class. No.: QH509 / .V46 1999eb

Dewey Class. No.: 571.6/4

National Agricultural Library Call No.: QP552.C34V35 / 1999

National Library of Medicine Call No.: 1999 E-524

Biomembrane transport
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260 $a San Diego : $b Academic Press, $c c1999.
300 $a 1 online resource (xiv, 397 p.) : $b ill.
504 $a Includes bibliographical references (p. 345-385) and index.
505 0 $a Foreword. -- Preface, H. Christensen. -- Importance of Biomembrane Transport. -- Biomembrane Composition, Structure and Turnover. -- Thermodynamics and Transport. -- Transport Kinetics. Structure and Function of Transport Proteins that Form Solute Gradients. -- Transport Proteins that Propagate Solute Gradients. -- Channel Proteins Usually Dissipate Solute Gradients. -- A Proposed System for the Classification of Transmembrane Transport Proteins in Living Organisms, M. Saier, Jr. -- Regulation of Biomembrane Transport, O. Bussolati, G. Gazzola, and J. McGivan. -- Biomembrane Transport and Interogran Nutrient Flows: The Amino Acids, P. Taylor, S. Low, and M. Rennie. -- Selected Techniques in Membrane Transport, B. Mackenzie. -- Epilogue.
505 0 $a 1. Importance of biomembrane transport -- 2. Biomembrane composition, structure, and turnover -- 3. Thermodynamics and transport -- 4. Transport kinetics -- 5. Structure and function of transport proteins that form solute gradients -- 6. Transport proteins that propagate solute gradients -- 7. Channel proteins usually dissipate solute gradients -- 8. A proposed system for the classification of transmembrane transport proteins in living organisms -- 9. Regulation of plasma membrane transport -- 10. Biomembrane transport and interorgan nutrient flows: the amino acids -- 11. Selected techniques in membrane transport.
520 $a Biomembrane Transport covers the fundamental principles of biomembrane transport proteins, including thermodynamics and kinetics, structure and catalytic mechanism, and regulation and integration classification. The book considers recent advances in transport protein structure and function, along with established concepts. The importance of biomembrane transport to regulation and interorgan nutrient flows and metabolism is covered, as well as classical and modern techniques for characterizing transport. The book also contains a classification scheme for all known transport proteins according to their functions and amino acid residue sequence similarities. Key Features * Considers recent advances in transport protein structure and function, along with established concepts * Distinguishes the similarities and differences in the mechanisms of action of transport proteins * Provides an up-to-date discussion of the thermodynamics and kinetics of biomembrane transport * Discusses regulation of biomembrane transport * Details the importance of biomembrane transport to regulation and interorgan nutrient flows and metabolism * Contains a classification scheme for all known transport proteins according to their functions and amino acid residue sequence similarities * Presents classical and modern techniques for characterizing transport.
588 $a Description based on print version record.
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650 2 2 $a Membranes $x physiology. $3 861734
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