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Gene-Gene Interaction Mapping Of Human Cytomegalic Virus thr | 12543

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国际标准期刊号 - 2329-6577

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Gene-Gene Interaction Mapping Of Human Cytomegalic Virus through System Biology Approach

Navrati Saxena, Vijaylaxmi Saxena, Supriya Dixit and Alfisha Ashraf

Systems biology is concerned with the study of biological systems, by investigating the components of cellular networks and their interactions. The objective of present study is to build gene-gene interaction network of human cytomegalovirus genes with human genes and other influenza causing genes which helps to identify pathways, recognize gene function and find potential drug targets for cytomegalovirus visualized through cytoscape and its plugin. So, genetic interaction is logical interaction between two genes and more than that affects any organism phenotypically. Human cytomegalovirus has many strategies to survive the attack of the host. Human cytomegalovirus infection of host cells induces cellular activation and disturbance of the cell cycle. Further functional analysis was done to know functionally active genes to cause infection and also these genes will be used as targets to prevent infection spread through virus and then ontology analysis was performed to those functionally active genes describes gene products in terms of their associated biological processes, cellular components and molecular functions by using clueGO Plugin.

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