The ras Superfamily of GTPases presents the most comprehensive compilation of information available regarding aspects of the putative function of small ras-related GTPases. The book's chapters were written by the world's most prominent scientists in this field and cover such topics as the structure and properties of ras proteins, ras function, the ras superfamily in general, and the functional regulation of ras and ras-related GTPases. The book will benefit cell biologists, oncologists, neurobiologists, molecular biologists, and others interested in the topic.
The World of ras Genes and Their Products: Oncogenic Potential of ras
Genes. ras Genes Involvement in Carcinogenesis: Lessons from Animal Model
Systems (J. León and A. Pellicer). Structure and Properties of ras Proteins.
Three-Dimensional Structure of p21 and Its Implications (F. Wittinghofer).
Post-Translational Processing of ras and ras-Related Proteins (J.F. Hancock
and C.J. Marshall). Biological Activities of ras Genes (S. Sorscher, A.
Schönthal, A.S. Alberts, J.L. Meinkoth, and J.R. Feramisco). p21-ras and
Receptor Signaling (B.M.Th. Burgering and J.L. Bos). ras-p21 Proteins: Switch
Devices for Signal Transduction (A. Cuadrado, A. Carnero, and J.C. Lacal).
Genetic Approaches to ras Function . The ras System in Yeast (M. Wigler).
Regulation and Function of Two Developmentally Regulated ras Genes in
Dictyostelium (R.K. Esch, G. Weeks, and R.A. Firtel). ras Genes in D.
Melanogaster (Z. Lev). The ras Superfamily: General Overview. ras Homologs: A
Comparison of Primary Structures (P. Chardin). The ras Branch. K rev-1 and
the Related Genes (H. Kitayama and M. Noda). ral Gene Products and Their
Regulation (L. Feig and R. Emkey). The rho Branch. The rho Gene Family (R.
Perona, R.P. Ballestero, and J.C. Lacal). rac Gene Products (S. Narumiya, Y.
Nemoto, and N. Morii). CDC 42: A Member of the ras Superfamily Involved in
the Control of Cellular Polarity during the Saccharomyces cerevisiae Cell
Cycle (D.I. Johnson). CDC 42 Hs: The Human Homolog of a Yeast Cell-Division
Cycle Protein (M.J. Hart, D. Leonard, K. Shinjo, T. Evans, and R.A. Cerione).
Identification of Novel ras Family Genes in a Human Teratocarcinoma Cell Line
by Oligonucleotide Screening (G.T. Drivas, M.G. Rush, and P. D'Eustachio).
The rab Branch. The rab Gene Family (A. Tavitian and A. Zahraoui). The YPT
Protein Family in Yeast (W.A. Kibbe, L. Hengst, and D. Gallwitz). The sas
Genes: Functionally Distinct Members of the YPT-1/SEC-4 Family in
Dictoyostelium (A.R. Kimmel, R. Ruscetti, and J.Cardelli). Functional
Regulation of Ras and ras-Related GTP-ases: GAPs and Related Factors.
Regulators and Effectors of ras Proteins (F. McCormick). Properties of GAP
Proteins (C. Calés). The IRA Gene Family in Yeast (K. Tanaka, A. Toh-e, and
K. Matsumoto). GAPs Specific for the rap-1/Krev Protein (P. Polakis).
Exchange Factors for ras and ras-Related Proteins. Exchange Factors (J.
Downward). Properties of CDC-25 Like Proteins (A. Parmeggiani, M.Y. Mistou,
E. Jacquet, P. Poullet, and J.B. Crechet). GDP/GTP Exchange Proteins for
Small GTP-Binding Proteins (Y. Takai, K. Kaibuchi, A. Kikuchi, M. Kawata, T.
Sasaki, and T. Yamamoto). Index.
Professor Juan Carlos Lacal currently works at Hospital Universitario de Fuenlabrada, Madrid, Spain. Juan Carlos does research in Molecular Biology and Cancer Research. His current project is Precision Oncology.
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