The society of cells : cancer and control of cell proliferation /

Bibliographic Details
Main Author: Sonnenschein, C. (Carlos)
Other Authors: Soto, A. M. (Ana M.)
Format: Book
Language:English
Published: Oxford : New York : Bios Scientific Publishers ; Springer, 1999.
Subjects:
Table of Contents:
  • Cell proliferation: the background and the premises
  • A brief history
  • Understanding the control of cell proliferation
  • The hierachical organizatin of nature
  • Cell proliferation, cell nutrition and evolution
  • Evolutionary perspective on the control of cell proliferation
  • The role of nutrition on the control of cell proliferation
  • The experimental evaluation of cell proliferation
  • Fitting data into working hypotheses - The use and misuse of tritiated thymidine incorporation data
  • Hypotheses for the control of cell proliferation
  • Historical perspective
  • Positive hypotheses
  • Negative hypotheses
  • Sex hormone-mediated control of cell proliferation
  • Control of cell proliferation by estrogens
  • Hypotheses
  • Control of cell proliferation by androgens
  • Cell proliferation and tissue differentiation
  • The different meanings of 'differentiation'
  • A hierachical perspective
  • The elusive concept of stem cells
  • The hemopoietic stem cells
  • Proliferation of antibody-producing cells: a different perspective
  • Introduction to carcinogenesis and neoplasia
  • If normal cells beget normal cells, and neoplastic cells beget neoplastic cells, what causes normal cells to become neoplastic?
  • Germ-line mutations and carcinogenesis
  • Somatic mutations, cell proliferation, cell death, and the 'differentiation' hypothesis
  • Are carcinogenesis and neoplasia cellular or tissue-based phenomena?
  • The enormous complexity of cancer
  • Hierarchical levels of complexity in cancer
  • Facts and fantasies in carcinogenesis
  • Experimental carcinogenesis: the lessons missed
  • Foreign-body carcinogenesis
  • Physical carcinogenesis
  • Chemical carcinogenesis
  • Viral carcinogenesis. But ... are viruses per se carcinogenic agents?
  • On the uniqueness of the neoplastic cell
  • Carcinogenesis in a flask
  • Epilogue. Moving toward the integration of cell proliferation, carcinogenesis, and neoplasia into biology
  • Ideology, silent assumptions, and operational definitions
  • The university of proliferation as the default state of all cells
  • Forerunners of the tissue organization field hypothesis
  • On paradigm changes
  • An intergrative approach of control of cell proliferation and carcinogenesis
  • The impact of our reassessment
  • And ... finally.