Joao Pedro de Magalhaes'
Thesis on Modeling AgingChapters 9-11 are of particular interest regarding models of aging (9&10) and bioinformatics (11).
Chapter 9: Models of human ageing
* 9.1. Lessons from the evolution of ageing
* 9.2. Animal models
* 9.3. Human models
* 9.3.1. Centenarians
* 9.3.2. Werner's syndrome
* 9.4. Cellular models
* 9.4.1. Senescence, RS, and SIPS
* 9.4.2. Comparative biology
* 9.5. Computer models
* 9.6. Developing anti-ageing therapies
* 9.6.1. Telomerase alters the normal cellular functions
Chapter 10: DNA damage, ageing, and SIPS 107
* 10.1. Critical telomere shortening is not necessary for SIPS
* 10.2. DNA damage induces cellular senescence through complementary pathways
* 10.3. RS versus SIPS
* 10.4. DNA metabolism and ageing
Chapter 11: How bioinformatics can help reverse engineer human aging 116
* 11.1. Introduction
* 11.2. Data-mining methods
* 11.2.1. Comparative genomics of ageing
* 11.2.2. Transcriptional regulation of ageing
* 11.2.3. DNA microarrays
* 11.3. Modelling human ageing
* 11.3.1. System structure and identification
* 11.3.2. System-level perturbations in model organisms
* 11.3.3. Reconstructing the genetic network of human aging
* 11.4. Conclusion: is it possible to reverse engineer human aging?
Edited by maestro949, 24 June 2006 - 01:49 PM.