Cell Migration: Signalling and Mechanisms

Cell Migration: Signalling and Mechanisms

von: F. Entschladen, K.S. Zänker

Karger, 2009

ISBN: 9783805593229 , 184 Seiten

Format: PDF, ePUB, OL

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Cell Migration: Signalling and Mechanisms


 

Cover

1

Contents

6

Foreword

7

Preface

9

The Migrating Cell

10

Abstract

10

Acknowledgement

14

References

14

Stem Cell Migration in Health and Disease

16

Abstract

16

HSC/HSPC Mobilization

19

HSC/HSPC Homing

21

The SDF-1a/CXCR4 Axis

23

Modulation of the SDF-1a-Induced Migration of HSPCs

26

Cancer Stem Cell Migration

27

Conclusion

30

Acknowledgements

31

References

31

Leukocyte Motility and Human Disease

37

Abstract

37

Basic Steps of Cell Movement

37

External Factors That Regulate Cell Migration

38

Cell Signaling during Neutrophil-Directed Migration

38

Neutrophil Motility in Disease

43

Neutrophil Motility in Chronic Inflammatory Disease

44

Conclusion

45

References

46

Coordination of Leukocyte Polarity and Migration

49

Abstract

49

Leukocyte Polarization

49

Sensing Chemotactic Gradients

52

Establishment of Two Poles: Front-Back Coordination

54

Microtubule Connection: The Lost Link?

56

Segregated Signalling Domains in Polarized Lymphocytes

58

Concluding Remarks

60

References

60

Positioning Phosphoinositide 3-Kinase in Chemokine and Antigen-Dependent T-Lymphocyte Navigation Mechanisms

63

Abstract

63

Class 1 PI3Ks: An Overview

64

A Role for PI3K in Cell Migration: The Story So Far

65

Evidence for PI3K-Dependent and -Independent T-Lymphocyte Directional Migration

66

Role of PI3K in T-Lymphocyte Homing and Migration in vivo: Lessons from Gene-Targeted from Mice

67

Role of PI3K in Interstitial T-Lymphocyte Motility

68

Antigen Recognition by the TCR and Costimulatory Receptors Influence T-Cell Trafficking

68

PI3K Influences Effector T-Cell Migration at Transcriptional and Post-Translational Levels

70

Conclusions

70

Acknowledgement

72

References

72

Migration of Functionally Specialized T-Helper Cells: TFH Cells, Th17 Cells and FoxP3+ T Cells

76

Abstract

76

Migration and Trafficking Receptors of T Cells

77

Generation of the Functionally Specialized T-Helper Cell Subsets

78

Migration and Function of TFH Cells

79

Migration and Function of Th17 Cells

82

Migration and Function of FoxP3+ Cells

84

Concluding Remarks

85

References

86

ADAMs and Ectodomain Proteolytic Shedding in Leukocyte and Tumour Cell Migration

92

Abstract

92

Leukocyte Trafficking

93

ADAMs and Ectodomain Shedding of Leukocyte Receptors

95

CD44 Shedding and T-Cell Recruitment in Autoimmune Lesions

100

ADAMs and Ectodomain Shedding of Endothelial Receptors

100

Crossing the Basement Membrane and Interstitial Migration

101

ADAMs and Ectodomain Shedding in Tumour Cell Extravasation

102

How, Where and When Are ADAMs Activated

102

Regulation of ADAM10 and 17 Proteolytic Activity

103

Regulation of ADAM15 Function by Interacting Kinases

104

Conclusions and Future Prospects

105

References

106

Guided Tour of Cell Migration: Signals and Pathways

111

Abstract

111

Induction of Migratory Activity by Extracellular Signal Substances

112

Pathways Leading to Cell Migration (Cytokines and Neurotransmitters)

118

Conclusion

123

Acknowledgement

123

References

123

Regulation of the E-Cadherin Adhesion Complex in Tumor Cell Migration and Invasion

129

Abstract

129

E-Cadherin-Mediated Adherens Junctions

130

Regulation of E-Cadherin Gene Expression

131

Regulation of the E-Cadherin Adhesion Complex by ß-Catenin

134

Regulation of Cell-Cell Adhesion by the Cellular Microenvironment

136

Regulation of Cell-Cell Adhesion by p120ctn and GTPases

138

References

140

The Cytoskeletal Connection: Understanding Adaptor Proteins

145

Abstract

145

The Cell Adhesion Complex: A Simplistic View

145

Proteins: Biochemical Characteristics and Molecular Architecture

147

Cell Adhesion Complex: Protein Properties in the Cellular Context

150

Cell Migration: Regulation of Adaptor Proteins during Contact Turnover

156

Organism: Specific Tasks in Tissues and Organs

164

Concluding Remarks

165

Acknowledgements

166

References

166

Locomotor Force Generation by Myosins

172

Abstract

172

The Myosin Superfamily

172

Myosin I

175

Myosin II

175

Myosin V

176

Myosin VI

178

Myosin VII

178

Myosin X

178

Concluding Remarks

179

Acknowledgement

179

References

179

Author Index

182

Subject Index

183