Development and implementation of methodologies for the analysis and visualisation of omic data of cellular senescence and metabolic syndrome
Abstract
In recent years rapid technological advances have led to new experimental and computational high-throughput quantitative methodologies, resulting in the accumulation of a great volume of valuable experimental high-dimentionality data. New high-throughput, omic analysis technologies at the genomic, transcriptomic, proteomic and metabolic levels provide the possibility for detailed functional analysis of molecular pathways involved in different biological phenomena and at different biological levels to aid in the elucidation of the affected biological networks. The main goal of systems biology is the integration of information from different experiments at different biological levels, to achieve a holistic understanding of complex phenotypes, caused by different changes in the biological systems that are in constant interaction. In the first part of this thesis we developed an analytical methodology for transcriptomic data, in order to create and compare models of gene expression and cel ...
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