Alexey V OnufrievAssociate Professor
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Research Interests
Alexey Onufriev is an associate professor in the Department of Computer Science at Virginia Tech. He also holds affiliate appointments in the Department of Physics and the GBCB (genetics, bioinformatics and computational biology) graduate program.
Alexey's research group develops and uses computational methods to understand dynamics and function of large biomolecular systems such as proteins, DNA, and their complexes. Alexey received his Ph.D. in Physics from Brown University.
Sequence Analysis and Gene Silencing
URL: https://bioinformatics.cs.vt.edu/cmgs/CMGSDB/
Contact: Lenwood Heath
This laboratory houses the Computational Modeling of Gene Silencing (CMGS) project. This project is constructing computational models of the gene silencing phenomenon for the microscopic worm Caenorhabditis elegans. One product of the project is a comprehensive database of information about gene silencing in C. elegans, CMGSDB. Data mining techniques play a large role in the computational modeling. This laboratory also features research in biological sequence analysis. One topic in that area is genomic signatures, mathematical structures that can be computed from genomic sequences and used to identify the original organism.
Structural Bioinformatics and Computational Molecular Biophysics
Contact: Alexey OnufrievOur group uses computational methods to understand dynamics and function of large biomolecular systems such as proteins, DNA, and their complexes. Some of these methods are being developed in our lab. The computations are often performed on supercomputers such as VT's System-X.
2000 Level Courses
3000 Level Courses
5000 Level Courses
Analytical Electrostatics: Methods and Biological Applications
Granting Institution: National Institute of General Medical Sciences
Amount:
Computational Models for Gene Silencing: Elucidating A Pervasive Biological Defense
Granting Institution: National Science Foundation
Amount: $1,267,410
Contribution of Nonlinear effects into DNA structural transformations and Mechanical Properties
Granting Institution: Civilian Research and Development Foundation
Amount: $30,000
Novel tools to understand the role of ions in nucleic acid structure and function
Granting Institution: National Institutes of Health
Amount: $433, 580

