My broad research goal is to undertake research problems in Systems biology/In silico Structural Bioinformatics / Neuropharmacology/ Neuroinformatics associated research & Education with prominence on, protein structure, function, evolution, protein network interactions and protein malfunction disease relationships to understand the molecular basis of human diseases and to identify good drug-targets in the pathogenesis. Structure-based study of the properties of the binding pockets, their interaction through 3D structures, as this, provides crucial atomic details about binding and clues to investigate their potentials as drug targets. I use my computational background and software skills to answer research questions from various disciplines including neuroscience and biology. My key research continues to investigate approaches to discover & understand the molecular mechanisms that give rise to disease, particularly interested in Alzheimer’s disease, Type 2Diabetes, Cancer,Proteomics of Human body fluids and other Neurodegenerative disorders. Similarly, my research is connected to Molecular interaction network analysis and pathway discovery.CORE COMPETENCIES: Extensive Knowledge of Protein structure prediction/Gene sequence data analysis, Comparative genome analysis, structure/ Ligand-based Drug designing, Virtual screening & Chemoinformatics. BROAD RESEARCH AREAS OF MY INTEREST & WORK IN PROGRESS: - Computational Structural Bioinformatics/ Neuroinformatics/ - Proteomics of