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9780198505099

Myosins

by
  • ISBN13:

    9780198505099

  • ISBN10:

    0198505094

  • Edition: 2nd
  • Format: Paperback
  • Copyright: 1999-07-29
  • Publisher: Oxford University Press

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Supplemental Materials

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Summary

The term myosin refers to a diverse superfamily of molecular motors that are capable of either translocating actin filaments or of translocating vesicles or other cargo on fixed actin filaments. There are currently 15 distinct classes in the superfamily, and this book provides complete and up-to-date information on all of them. Since the publication of the first edition in 1995, a large amount of information has been printed about myosin, including the link of mutations in myosin to three human diseases. Myosin examines this new information in conjunction with helpful data provided by new techniques such as molecular imaging. This thoroughly revised edition is ideal for post-graduates and researchers in biochemistry, cell biology, molecular biology, and medicine who are seeking the latest information on the myosin superfamily of proteins.

Table of Contents

Acknowledgements xii
Abbreviations xiii
Introduction
1(36)
Definition of myosin
1(1)
Classification of myosins
1(8)
Domain structure of myosins
9(5)
Myosin II
14(6)
Subclassification of myosin II
14(4)
Proteolytic fragmentation of myosin II
18(2)
Myosin I
20(3)
Myosin III
23(1)
Myosin V
23(4)
Myosin VI
27(1)
Myosin VII
28(1)
Myosin IX
29(1)
Myosin XV
29(1)
Other myosin classes
29(2)
Myosin sequence analysis
31(4)
Gene localization
31(1)
Alternative splicing of myosin heavy chain genes
32(3)
Purification of myosins
35(2)
Myosin structure
37(20)
The crystal structure of subfragment 1
37(3)
Structure of the neck region of chicken skeletal muscle S-1
40(1)
Scallop regulatory domain
41(1)
Comparisons to other MgATPases
42(1)
Structure of Dictyostelium motor domains with bound nucleotides
42(6)
Low resolution structure of brush border myosin I from two-dimensional crystals
48(1)
Model for the binding of myosin to actin
48(4)
Model for the powerstroke
52(1)
Sequence analysis of the myosin rod
52(2)
Myosin II filament structure
54(3)
Functional properties of myosin
57(13)
MgATPase activity
57(6)
Actin-activated MgATPase activity
58(2)
Mechanical experiments on muscle fibres
60(1)
Structural model of contraction
61(1)
The nonphysiological high salt ATPase activity of myosin
62(1)
Hydrolysis of other nucleotide triphosphates
62(1)
Actin binding properties
63(1)
Effect of nucleotide on actin binding
63(1)
In vitro motility assays
63(4)
In vitro mechanical studies
64(3)
Functional studies of myosin in cells
67(1)
Divalent cation binding
68(2)
Covalent derivatization of myosin
70(5)
Modification of Cys-707 and Cys-697
70(1)
Cross-linking experiments
70(3)
Photoaffinity nucleotide analogs
73(1)
Modification of light chains
74(1)
Regulation
75(12)
Phosphorylation of vertebrate smooth and nonmuscle myosins
75(6)
Structural basis for phosphorylation-dependent regulation
81(1)
Phosphorylation-dependent regulation in some invertebrate myosins
82(1)
Phosphorylation does not regulate vertebrate skeletal muscle myosin
82(1)
Phosphorylation-dependent regulation in lower eukaryotic myosin II
83(1)
Regulation of lower eukaryotic myosin I
84(1)
Regulation of brush border myosin I
84(1)
Regulation of myosin V
85(1)
Regulation of molluscan myosin II by calcium binding
85(2)
Myosin binding proteins
87(4)
Mutations in myosin
91(24)
Mutations in human β-cardiac myosin heavy chain
91(6)
Mutations in the human myosin VA heavy chain gene are linked to Griscelli disease
97(2)
Mutations in the human myosin heavy chains are linked to congenital deafness
99(1)
Mouse mutant models
99(1)
Mutations in the myosins of Dictyostelium discoideum
100(5)
Mutations in yeast
105(1)
Mutations in Drosophila
105(1)
Mutations in C. elegans
105(7)
Expression of myosins
112(1)
Expression of mutant light chains in bacteria and exchange into myosin
112(1)
Expression of active recombinant myosins in heterologous systems
112(1)
Concluding remarks
113(2)
Bibliography
115(113)
Books on myosin
115(1)
Reviews (references 1-136)
115(4)
Structure of myosin (references 137-476)
119(13)
Sequence analysis of myosin (references 477-603)
132(5)
Interaction with actin (references 604-765)
137(6)
ATPase activity of myosin (references 766-908)
143(5)
Kinetics of actomyosin interaction (references 909-1045)
148(5)
Nucleotide binding (references 1046-1137)
153(4)
Mechanical studies of myosin in muscles and cells (references 1138-1287)
157(6)
In vitro motility of myosin (references 1288-1403)
163(4)
Myosin filament assembly and structure (references 1404-1547)
167(5)
Phosphorylation of myosin (references 1548-1706)
172(6)
Cation binding to myosin (references 1707-1736)
178(1)
Myosin light chains (references 1737-1931)
179(8)
Regulation of myosin (references 1932-2018)
187(3)
Myosin expression, localization, and isoform diversity (references 2019-2193)
190(7)
Covalent derivatization of myosin (references 2194-2284)
197(3)
Proteolysis of myosin (references 2285-2358)
200(3)
Myosin binding proteins (references 2359-2494)
203(5)
Myosin mutations (references 2495-2646)
208(7)
Unconventional myosins (references 2647-2836)
215(7)
Methods for analysis of myosin (references 2837-2931)
222(3)
Other references (references 2932-2942)
225(1)
References added in proof (references 2943-2959)
226(2)
Sequence alignment
228
Alignment of myosin motor domains
228

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