Mammary Tumor Cell Cycle, Differentiation, and Metastasis

InhaltsangabeA: Mouse Models of Mammary Development and Tumorigenesis. 1. Programmed Cell Death and Mammary Neoplasia; P.J. Schedin, et al. 2. The `Tissue Reconstitution' or Transgenic Mammary Gland Technique for Modeling Breast Cancer Development; P.A. Edwards. 3. Preneoplasia in Mammary Tumorigenesis; D. Medina. 4. Transgenic Models of Breast Cancer Metastasis; D.L. Dankort, W.J. Muller. B: Human Breast Cancer: Receptors, Signalling, and the Cell Cycle. 5. Protein Kinase and Breast Cancer; N.E. Davidson, M.J. Kennedy. 6. Protein Tyrosine Phosphatases: Cellular Regulators of Human Breast Cancer; W.J. Esselman, et al. 7. The Role of the Nuclear Matrix in Breast Cancer; T.S. Replogle, K.J. Pienti. 8. Cyclins and Breast Cancer; K.J.E. Sweeney, et al. 9. Nuclear Oncogenes in Breast Cancer; D. Dubik, et al. 10. Antiprogestin-Progestin Interactions; H. Michna, et al. 11. Antiestrogen-Estrogen Receptor Interactions; M.G. Parker. C: Human Breast Cancer: Invasion, Metastasis, Angiogenesis, and Immunology. 12. Differentiation Antigens in Stromal and Epithelial Cells of the Breast; T. Kamalati, et al. 13. Models of Progression Spanning Preneoplasia and Metastasis: The Human MCF-10A Neo T.TGN Series and a Panel of Mouse Mammary Tumor Subpopulations; F.R. Miller. 14. Angiogenesis in Breast Cancer; N. Weidner. 15. Cell Mobility in Breast Cancer; J.D. Kantor, B.R. Zetter. 16. Cathepsins D and B in Breast Cancer; W.-P. Ren, B.F. Sloane. 17. Stromelysin-3 and Other Stromelysins in Breast Cancer: The Importance of Epithelial-Stromal Interactions During Tumor Progression; P. Bassett, et al. 18. Endothelins in Breast Cancer; K.V. Patel, M.P. Schrey. 19. Breast Cancer Immunology; Wei-Zen Wei, G.H. Heppner. Index.