Molecular and Cellular Insights to Ion Channel Biology
- R.A. Maue, Departments of Physiology and Biochemistry, Dartmouth Medical School, Hanover, NH, USA
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This book contains fresh perspectives and up-to-date viewpoints on important classes of ion channels from expert researchers around the world, highlighting instances where information about the function and dysfunction of channel molecules has furthered the understanding of their role(s) in the physiology and pathophysiology of cells, tissues and organs.
This thoroughly-indexed volume is a valuable resource, and includes over 2,500 references and more than 100 figures and tables. It is designed for a broad audience, from undergraduate science majors and medical students to senior researchers, and will appeal to those from both basic science and clinical perspectives. Most chapters include introductory or background material about the class of ion channels to be discussed before focusing on a specific aspect. There are two exceptions where the chapters are organized in a different way, and instead of focusing on a particular type of ion channel are organized around the membrane in which the ion channels reside (sperm membranes; membranes of intracellular organelles). This was done to highlight the widespread expression of ion channels and their importance in a broad range of membranes and biological functions, as well as to illustrate the investigation of ion channels within specific biological contexts, rather than the level of single molecules.
- Published: February 2004
- Imprint: ELSEVIER
- ISBN: 978-0-444-50645-0
Table of Contents1. ATP-sensitive potassium channels and insulin secretion diseases (C.G. Nichols, S.-L. Shyngx et al.). 2. The biology of voltage-gated sodium channels (J.H. Caldwell, S.R. Levinson). 3. Towards a natural history of calcium-activated potassium channels (D.P. McCobb). 4. Cystic fibrosis transmembrane conductance regulator: the ABCs (J.W. Hanrahan). 5. Molecular insights to acetylcholine receptor structure and function revealed by mutations causing congenital myesthenic syndromes (S.M. Sine, A.G. Engel et al.). 6. Store-operated calcium channels: properties, functions, and the search for a molecular mechanism (M. Prakriya, R.S. Lewis). 7. Neurodegenerative disease and the neuroimmunology of glutamate receptors (L.C. Gehring, N.G. Carlson et al.). 8. Gap junction mutations in human disease (M.G. Hopperstad, M. Srinivas et al.). 9. Molecular physiology and pathophysiology and CIC-type chloride channels (C. Fahlke). 10. Steroid modulation of GABAA receptors: from molecular mechanisms to CNS roles in reproduction, dysfunction, and abuse (L.P. Henderson, J.C. Jorge). 11. Cyclic nucleotide-gated channels: multiple isoforms, multiple roles (M.-C. Broillet, S. Firestein). 12. Nicotinic acetylcholine receptors in the nervous system (J.P. Margiotta, P.C. Pugh). 13. The ENaC/Deg family of cation channels (S. Coscoy, P. Barbry). 14. Vanilloid receptor 1 (VR1): an integrator of noxious and inflammatory stimuli (S. Bevan, A.J. Reeve). 15. Novel roles for aquaporins as gated ion channels (A.J. Yool, W.D. Stamer). 16. Molecular and functional insights into voltage-gated calcium channels (A. Stea, T.P. Snutch). 17. Ion channels and sperm function (R. Felix, I. Lopez-Gonzalez et al.). 18. Ion channels on intracellular organelles (L.K. Kaczmarek, E.A. Jones).