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Guidebook to Cytoskeletal and Motor Proteins : Guidebook - Thomas Kreis

Guidebook to Cytoskeletal and Motor Proteins

Guidebook

By: Thomas Kreis (Editor), Ronald Vale (Editor)

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Since the first edition of Guidebook to Cytoskeletal and Motor Proteins, many new and important discoveries have been made on the structure and function of proteins involved in the microfilament, microtubule and intermediate filament systems in cells. This book collects much of the recent information on this diverse range of eukaryotic proteins, their genes, and the roles they play in cell structure, motor function, and signaling. Like other guidebooks in this series, this volume provides precise and up-to-date information on an important class of biological molecules, enabling both newcomers and specialists to gain access to unfamiliar work. The book begins with a comprehensive look at the structure and function of cytoskeletal actin, tubulin, and intermediate filaments and their associated proteins and continues with coverage of proteins that are involved in new filament systems. A section on molecular motors and associated proteins details all that is currently known about the major motor protein families and associated proteins in the motor complex. As well, a section on organelle structural proteins carefully describes the roles these proteins have in efficient intracellular communication and function. This book is perfect for graduate students and researchers in biochemistry, cell biology and biomedical sciences and will prove itself a useful tool to nonprofessionals interested in molecular biology.

"a very worthwhile investment" Cell Biology International

List of contributors List of plates Part 1. Actin and associated proteins Thomas D. Pollard: Introduction Christophe Ampe and Joël Vandekerckhove: Actin Dianna Cox and John Condeelis: Actin-binding protein 120 (ABP-120) James R. Bamburg and David G. Drubin: Actin depolymerizing factor (ADF)/cofilin David R. Critchley and Geoffrey Flood: *a-Actinins Michael R. Bubb: Actobindin I. Mabuchi: Actolinkin Yoichiro Matsua and Vann Bennett: Adducin Guo-fu Hu and Bert L. Vallee: Angiogenin Christine M. Field and Bruce Alberts: Anillin Marcia A. Kaetzel and John R. Dedman: Annexins Elizabeth A. Holleran and Erika L.F. Holzbaur: Arp1 (centractin) R. Dyche Mullins and Thomas D. Pollard: Arp2/3 complex Stewart Frankel: Arps, divergent members Pia A.J. Huber, Steven B. Marston, Julie L. Hodgkinson, and C.-L. Albert Wang: Caldesmon Mario Gimona and J. Victor Small: Calponin Angelika A. Noegel: Cap 110/protovillin John A. Cooper, Marilyn Hart, Tatiana Karpova, and Dorothy Schafer: Capping protein Rolf Kemler: *a-Catenin Eugenio L. de Hostos: Coronin Jan Faix: Cortexillins Daniel Branton and Athar H. Chishti: Dematin Tomoaki Shirao: Drebrin C. Hunter and E. Wieschaus: Drosophila actin-associated proteins: Bottleneck, Nullo, and Serendipity-*a Carolyn Moores and John Kendrick-Jones: Dystrophin/utrophin Brian T. Edmonds, Gang Liu, and John Condeelis: Elongation factor 1A (eEF1A) Benjamin Tubb and Joseph Bryan: Fascin Rick S. Hock: Filamin Ivan Correia and Paul Matsudaira: Fimbrin Helen L. Yin: Gelsolin Michael Schleicher: Hisactophilin Alan Aderem: MARCKS family Kuan Wang: Nebulin Coralie A. Carothers Carraway and Kermit L. Carraway: p58gag Elizabeth J. Luna: Ponticulin Thomas D. Pollard: Profilins John Conboy: Protein 4.1 Michael Way: Scruin Angelika A. Noegel: Severin Kathryn R. Ayscough and David G. Drubin: Sla1p M.J.T.V. Cope and David G. Drubin: Sla2p Marcus Fechheimer: Small actin cross-linking proteins Guillaume J.J.M. van Eys and Frank T.L. van der Loop: Smoothelin Jon S. Morrow: Spectrins David R. Critchley: Talin Shin Lin and Diane C. Lin: Tensin Tenuin Daniel Safer and Vivianne T. Nachmias: Thymosin *b4 Durward Lawson: Transgelin Velia M. Fowler and Catharine A. Conley: Tropomodulin Lawrence B. Smillie: Tropomyosins John Gergely, Zenon Grabarek, and Terence Tao: Troponin Matthias Reinhard, Thomas Jarchau, Kathrin Reinhard, and Ulrich Walter: VASP Benjamin Geiger: Vinculin Evelyne Friedrich and Daniel Louvard: Villin John G. Haddad and Nancy E. Cooke: Vitamin D-binding/Gc protein Arie Abo and Marc Symons: Wiskott-Aldrich syndrome protein (WASP) Benjamin Geiger: 25kDa inhibitor of actin polymerization (25 kDa IAP) Part 2. Tubulin and associated proteins Don W. Cleveland: Introduction 2a. Tubulin and MAPs Paul Polakis: APC protein Janet E. Rickard: CLIP-170 Andrea Pereira and Lawrence S.B. Goldstein: Drosophila 205K MAP Danièle Masson: E-MAP-115 George Bloom: MAP1A Philip Gordon-Weeks and Andrew Matus: MAP1B/MAPS Rodrigo Bustos, Daniel Moraga, and Doug Murphy: MAP2 Joanna B. Olmsted: MAP4 Nirit Ulitzur and Suzanna R. Pfeffer: Mapmodulin Gerald Drewes, Andreas Ebneth, and Eva-Maria Mandelkow: MARK protein kinases Thomas Seebeck and Andrew Hemphill: MARPs Heather W. Deacon, Timothy J. Mitchison, and Martin Gullberg: Op18/stathmin Dennis R. Diener and Joel L. Rosenbaum: Radial spoke proteins Robert L. Margolis and Didier Job: STOPS Friedrich Propst and Gerhard Wiche: Syncolin Peter Friedhoff and Eckhard Mandelkow: Tau protein Juan Mata and Paul Nurse: Tea1 Richard W. Linck and Jan M. Norrander: Tektins Michael Caplow, Eva Nogales, and Kenneth H. Downing: *a/*b-Tubulins Sally A. Lewis and Nicholas J. Cowan: Tubulin-specific chaperones Jürgen Wehland and Manfred Rüdiger: Tubulin tyrosine ligase and tubulin carboxypeptidase Lynne Cassimeris and David L. Gard: XMAP215 Søren S.L. Andersen: XMAP230 Søren S.L. Andersen: XMAP310 2b. Centrosomal proteins Kaijun Li and Thomas C. Kaufman: Centrosomin Karen Oegema and Bruce M. Alberts: CP190/CP60 Frank McNally: Katanin Catherine Gueth-Hallonet, Mary Osborne, and Duane A. Compton: NuMa Stephen J. Doxsey and Marc Kirschner: Perecentrin Berl R. Oakley: *g-Tubulin John V. Kilmartin: Yeast spindle pole body proteins Part 3. Intermediate filaments and associated proteins Robert Goldman and Ying-Hao Chou: Introduction David A.D. Parry: Structural features of IF proteins Klaus Weber: Evolutionary aspects of IF proteins 3a. Intermediate filaments Werner W. Franke and Jürgen Kartenbeck: Cytokeratins Wallace Ip: Desmin Roy A. Quinlan: GFAP Ronald K.H. Liem: *a-Internexin Roy A. Quinlan: Lens beaded filament proteins Richard Josephson and Ronald D.G. McKay: Nestin Harald Herrmann and Ueli Aebi: Neurofilament triplet proteins Robert D. Moir, Timothy P. Spann and Robert D. Goldman: Nuclear lamins Linda Parysek: Peripherin Robert M. Bellin, Suzanne W. Sernett, and Richard M. Robson: Synemin Ying-Hao Chou and Robert D. Goldman: Vimentin 3b. Intermediate filament associated proteins James Dowling and Elaine Fuchs: BPAG1 Beverly A. Dale and Richard B. Presland: Filaggrins Omar Skalli: IFAP 300 Larry Gerace and Li Yang: Lamin-associated proteins Part 4. New filament systems Harold P. Erickson: Introduction Gerhard Wiche: Plectin Vincent D. Lee and Bessie Huang: Centrin Harold P. Erickson and Jesse Stricker: FtsZ Thomas M. Roberts and Murray Stewart: Major sperm protein Mark S. Longtine and John R. Pringle: Septins Part 5. Molecular motors and associated proteins Ronald D. Vale: Introduction 5a. Motor proteins Ian R. Gibbons: Dynein, axonemal Richard Vallee: Dynein, cytoplasmic Krishanu Ray and Lawrence S.B. Goldstein: Kinesin, bipolar Isabelle Vernos: Kinesin, chromo Ronald D. Vale: Kinesin, conventional Sharyn A. Endow: Kinesin, C-terminal motor domain Jonathan M. Scholey and Karen P. Wedaman: Kinesin, heteromeric Claire E. Walczak: Kinesin, internal motor domain Nobutaka Hirokawa: Kinsein, monomeric Alastair Valentine Philp and Lawrence S.B. Goldstein: Kinesin, orphan Roger Cooke: Muscle myosin, skeletal Andrew G. Szent-Györgyi: Muscle myosin, scallop Kathleen M. Trybus: Muscle myosin, smooth Margaret A. Titus: Myosin I Hans M. Warrick and James A. Spudich: Myosin II, cytoplasmic Paul D. Wes and Craig Montell: Myosin III (NINAC) Richard E. Cheneyr: Myosin V Kathryn G. Miller: Myosin VI Tama Hasson: Myosin VII Martin Bähler: Myosin IX Richard E. Cheney and Jeff P. Baker: Myosins, divergent John Kendrick-Jones and Stefanie Reichelt: Myosin, plant Thomas T. Egelhoff and Graham P. Côté: Myosin heavy chain kinases 5b. Motor-associated proteins Donald A. Fischman and F. C. Reinach: C- and H-proteins Trina A. Schroer: Dynactin complex Carol McGoldrick and Michael Sheetz: Kinectin Jean-Claude Perriard and Dieter Fürst: Myomesin and M-protein Carolyn Cohen: Paramyosin Kuan Wang: Titin Part 6. Organelle structural proteins Thomas E. Kreis: Introduction Margaret S. Robinson: Adaptor proteins (AP-1-AP-3) Richard A. Kahn: ADP-ribosylation factors (Arfs) Harvey T. McMahon and Patrick Wigge: Amphiphysin Ernst Ungewickell: AP180 Ernst Ungewickell: Auxilin Anton G. Rietveld and Kai Simons: Caveolins Frances M. Brodsky: Clathrin Martin Lowe, Rainer Pepperkok, and Thomas E. Kreis: Coatomer Angelika A. Noegel: Comitin C. Barlowe: COPII Sandra L. Schmid: Dynamin Alexander Sorkin: Eps15 Joachim Kirsch and Heinrich Betz: Gephyrin Adam D. Linstedt and Hans-Peter Hauri: Giantin Martin Lowe, Nobuhiro Nakamura, and Graham Warren: GM130 Francis A. Barr and Graham Warren: GRASP 65 Stephanie K. Sapperstein and M. Gerard Waters: p115 Pietro De Camilli and Yasuo Nemoto: Synaptojanin Andrew J. Czernik and Paul Greengard: Synapsins Index

ISBN: 9780198599562
ISBN-10: 0198599560
Series: Guidebook
Audience: Professional
Format: Paperback
Language: English
Number Of Pages: 584
Published: 1st September 1998
Country of Publication: GB
Dimensions (cm): 24.28 x 19.05  x 3.2
Weight (kg): 1.25
Edition Number: 2
Edition Type: Revised

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