[PDF][PDF] RAS pathways to cell cycle control and cell transformation
M Malumbres, A Pellicer - Front Biosci, 1998 - Citeseer
M Malumbres, A Pellicer
Front Biosci, 1998•CiteseerIntroduction 3. Ras genes and proteins 3.1. Ras families 3.2. Ras genes and proteins in
mammalian cells 3.2. 1. Primary structure of ras genes 3.2. 2. Gene expression 3.2. 3.
Posttranslational modifications 3.2. 4. Protein structure and biochemical function 3.3. Ras
activation and transforming properties 3.4. Differences between H, K, N-ras 3.4. 1. Structural
differences 3.4. 2. Functional differences 4. Upstream of Ras 4.1. Signal transduction from
external factors to Ras 4.2. Ras activation: nucleotide exchange factors for Ras 4.2. 1. Sos
mammalian cells 3.2. 1. Primary structure of ras genes 3.2. 2. Gene expression 3.2. 3.
Posttranslational modifications 3.2. 4. Protein structure and biochemical function 3.3. Ras
activation and transforming properties 3.4. Differences between H, K, N-ras 3.4. 1. Structural
differences 3.4. 2. Functional differences 4. Upstream of Ras 4.1. Signal transduction from
external factors to Ras 4.2. Ras activation: nucleotide exchange factors for Ras 4.2. 1. Sos
Abstract
Introduction 3. Ras genes and proteins 3.1. Ras families 3.2. Ras genes and proteins in mammalian cells 3.2. 1. Primary structure of ras genes 3.2. 2. Gene expression 3.2. 3. Posttranslational modifications 3.2. 4. Protein structure and biochemical function 3.3. Ras activation and transforming properties 3.4. Differences between H, K, N-ras 3.4. 1. Structural differences 3.4. 2. Functional differences 4. Upstream of Ras 4.1. Signal transduction from external factors to Ras 4.2. Ras activation: nucleotide exchange factors for Ras 4.2. 1. Sos
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