From previous volumes: 'The heterogeneity of topics ... is very ambitious, and the result is, overall, successful because of the high quality of the individual contributors.' American Scientist 'Well produced, well referenced and has a good index; it should become a standard reference work.' Analyst

• 1. Fish Intermediate Filament Proteins in Structure, Evolution, and Function; J. Markl, N. Schechter. 2. Intermediate Filament Organization during Oogenesis and Early Development in the Clawed Frog, Xenopus laevis; D.L. Gard, M.W. Klymkowsky. 3. The Complexity of Gene Families Involved in Epithelial Differentiation: Keratin Genes and the Epidermal Differentiation Complex; D. Mischke. 4. Keratin Modifications and Solubility Properties in Epithelial Cells and in Vitro; M.B. Omary, et al. 5. Lessons from Keratin Transgenic and Knockout Mice; T.M. Magin. 6. The Wound Repair-Associated Keratins 6, 16, and 17: Insights into the Role of Intermediate Filaments in Specifying Keratinocyte Cytoarchitecture; K. McGowan, P.A. Coulombe. 7. Cytokeratins as Markers of Differentiation in the Diagnosis of Epithelial Tumors; R. Moll. 8. Molecular Dissection of Desmosomal Assembly and Intermediate Filament Anchorage; S.M. Troyanovsky, R.E. Leube. 9. Lens Intermediate Filament Proteins; A. Sandilands, et al. 10. Structure, Assembly, and Dynamics of Intermediate Filaments; H. Herrmann, U. Aebi. 11. Measuring the Assembly Kinetics and Binding Properties of Intermediate Filament Proteins; I. Hofmann. 12. Visoelasticity of Intermediate Filament Networks; P.A. Janmey, et al. 13. Transient Electric Birefringence in the Study of Intermediate Filament Assembly; H. van Amerongen, et al. 14. Possible Regulation of Intermediate Filament Proteins by RhoBinding Kinases; K. Matsuzawa, et al. 15. Vimentin and Lipid Metabolism; S.C. Schweitzer, R.M. Evans. 16. Desmin Cytoskeleton in Muscle Integrity and Function; Y. Capetanaki, D.J. Milner. 17. The Complexity of Intermediate Filaments in the Nervous System; C.L. Leung, et al. 18. Extensive Phosphorylation and Axonal Transport of Triton-Soluble Neurofilament Subunits; T.B. Shea, et al. 19. Lamin Assembly in Vitro; G. Krohne. 20. Nuclear Lamin-Binding Proteins; Q. Ye, et al. Index.

From previous volumes: 'The heterogeneity of topics ... is very ambitious, and the result is, overall, successful because of the high quality of the individual contributors.' American Scientist 'Well produced, well referenced and has a good index; it should become a standard reference work.' Analyst

• 1. Fish Intermediate Filament Proteins in Structure, Evolution, and Function; J. Markl, N. Schechter. 2. Intermediate Filament Organization during Oogenesis and Early Development in the Clawed Frog, Xenopus laevis; D.L. Gard, M.W. Klymkowsky. 3. The Complexity of Gene Families Involved in Epithelial Differentiation: Keratin Genes and the Epidermal Differentiation Complex; D. Mischke. 4. Keratin Modifications and Solubility Properties in Epithelial Cells and in Vitro; M.B. Omary, et al. 5. Lessons from Keratin Transgenic and Knockout Mice; T.M. Magin. 6. The Wound Repair-Associated Keratins 6, 16, and 17: Insights into the Role of Intermediate Filaments in Specifying Keratinocyte Cytoarchitecture; K. McGowan, P.A. Coulombe. 7. Cytokeratins as Markers of Differentiation in the Diagnosis of Epithelial Tumors; R. Moll. 8. Molecular Dissection of Desmosomal Assembly and Intermediate Filament Anchorage; S.M. Troyanovsky, R.E. Leube. 9. Lens Intermediate Filament Proteins; A. Sandilands, et al. 10. Structure, Assembly, and Dynamics of Intermediate Filaments; H. Herrmann, U. Aebi. 11. Measuring the Assembly Kinetics and Binding Properties of Intermediate Filament Proteins; I. Hofmann. 12. Visoelasticity of Intermediate Filament Networks; P.A. Janmey, et al. 13. Transient Electric Birefringence in the Study of Intermediate Filament Assembly; H. van Amerongen, et al. 14. Possible Regulation of Intermediate Filament Proteins by RhoBinding Kinases; K. Matsuzawa, et al. 15. Vimentin and Lipid Metabolism; S.C. Schweitzer, R.M. Evans. 16. Desmin Cytoskeleton in Muscle Integrity and Function; Y. Capetanaki, D.J. Milner. 17. The Complexity of Intermediate Filaments in the Nervous System; C.L. Leung, et al. 18. Extensive Phosphorylation and Axonal Transport of Triton-Soluble Neurofilament Subunits; T.B. Shea, et al. 19. Lamin Assembly in Vitro; G. Krohne. 20. Nuclear Lamin-Binding Proteins; Q. Ye, et al. Index.

From previous volumes: 'The heterogeneity of topics ... is very ambitious, and the result is, overall, successful because of the high quality of the individual contributors.' American Scientist 'Well produced, well referenced and has a good index; it should become a standard reference work.' Analyst

• 1. Fish Intermediate Filament Proteins in Structure, Evolution, and Function; J. Markl, N. Schechter. 2. Intermediate Filament Organization during Oogenesis and Early Development in the Clawed Frog, Xenopus laevis; D.L. Gard, M.W. Klymkowsky. 3. The Complexity of Gene Families Involved in Epithelial Differentiation: Keratin Genes and the Epidermal Differentiation Complex; D. Mischke. 4. Keratin Modifications and Solubility Properties in Epithelial Cells and in Vitro; M.B. Omary, et al. 5. Lessons from Keratin Transgenic and Knockout Mice; T.M. Magin. 6. The Wound Repair-Associated Keratins 6, 16, and 17: Insights into the Role of Intermediate Filaments in Specifying Keratinocyte Cytoarchitecture; K. McGowan, P.A. Coulombe. 7. Cytokeratins as Markers of Differentiation in the Diagnosis of Epithelial Tumors; R. Moll. 8. Molecular Dissection of Desmosomal Assembly and Intermediate Filament Anchorage; S.M. Troyanovsky, R.E. Leube. 9. Lens Intermediate Filament Proteins; A. Sandilands, et al. 10. Structure, Assembly, and Dynamics of Intermediate Filaments; H. Herrmann, U. Aebi. 11. Measuring the Assembly Kinetics and Binding Properties of Intermediate Filament Proteins; I. Hofmann. 12. Visoelasticity of Intermediate Filament Networks; P.A. Janmey, et al. 13. Transient Electric Birefringence in the Study of Intermediate Filament Assembly; H. van Amerongen, et al. 14. Possible Regulation of Intermediate Filament Proteins by RhoBinding Kinases; K. Matsuzawa, et al. 15. Vimentin and Lipid Metabolism; S.C. Schweitzer, R.M. Evans. 16. Desmin Cytoskeleton in Muscle Integrity and Function; Y. Capetanaki, D.J. Milner. 17. The Complexity of Intermediate Filaments in the Nervous System; C.L. Leung, et al. 18. Extensive Phosphorylation and Axonal Transport of Triton-Soluble Neurofilament Subunits; T.B. Shea, et al. 19. Lamin Assembly in Vitro; G. Krohne. 20. Nuclear Lamin-Binding Proteins; Q. Ye, et al. Index.