Results and problems in cell differentiation
Subtitle: a series of topical volumes in developmental biology
By: editors: W. Beermann, J. Reinert, H. Ursprung.
Contributors: Beermann, Wolfgang.; Reinert, J.; Ursprung, Heinrich.
Publisher: Springer
Published: 1968
Place of publication: New York
Language: eng
Number of pages: 41
Subjects: Cell differentiation.
Notes: Includes bibliography.
Table of contents: value: v. 1. The stability of the differentiated state; value: v. 2. Origin and continuity of cell organelles; value: v. 3. Nucleic acid hybridization in the study of cell differentiation; value: v. 4. Developmental studies on giant chromosomes; value: v. 5. The biology of imaginal disks; value: v. 6. Gene-enzyme systems in Drosophila; value: v. 7. Cell cycle and cell differentiation; value: v. 8. Biochemical differentiation in insect glands; value: v. 9. Genetic mosaics and cell differentiation; value: v. 10. Chloroplasts.; value: v. 11. Differentiation and neoplasia; value: v. 12. Differentiation of protoplasts and of transformed plant cells; value: v. 13. Germ line-Soma differentiation; value: v. 14. Structure and function of eukaryotic chromosomes; value: v. 15. Spermatogenesis genetic aspects; value: v. 16. Heat shock and other stress response systems of plants; value: v. 17. Heat shock and development; value: v. 18. Early embryonic development of animals; value: v. 19. Structure, cellular synthesis and assembly of biopolymers; value: v. 20. Plant promoters and transcription factors.; value: v. 21. Trinucleotide diseases and instability; value: v. 22. Cell cycle control; value: v. 23. Apoptosis : biology and mechanisms; value: v. 24. Apoptosis : mechanisms and role in disease; value: v. 25. Genomic imprinting : an interdisciplinary approach; value: v. 26. Regulatory peptides and cognate receptors; value: v. 27. MAP kinases in plant signal transduction.; value: v. 28. The genetic basis of male infertility; value: v. 29. The molecular genetics of aging; value: v. 30. Mouse brain development; value: v. 31. Vertebrate eye development; value: v. 32. Molecular interactions of action : actin structure and actin-binding proteins; value: v. 33. Mammalian carbohydrate recognition systems; value: v. 34. Cell polarity and subcellular RNA localization.; value: v. 35. Nuclear transport; value: v. 36. Molecular interactions of action : actin-kyosin interaction and actin-based regulation; value: v. 37. Drosophila eye development; value: v. 38. Vertebrate myogenesis; value: v. 39. Cortical development : from specification to differentiation; value: v. 40. Pattern formation in zebrafish; value: v. 41. Chromatin dynamics in cellular function; value: v. 42. Cell cycle regulation; value: v. 43. Cell communication in nervous and immune system.