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Comparative Bioinformatics

Early genomic sequencing efforts promised to revolutionize biology and medicine. Subsequently, high-throughput sequencing efforts have provided the "blueprints" of myriad living organisms. However, this information overload is creating nearly as many problems as it provides answers. New and more sensitive computational methods are needed to properly analyze the generated data. Much of our work is focused in these areas, specifically development of new protein functional site prediction algorithms and improved multiple sequence alignment strategies.

Computational Biology

A second aspect of our work uses biophysical techniques to investigate protein stability, structure and function. Our past efforts mostly focused on protein electrostatics. Currently, we are attempting to elucidate stability/flexibility relataionships. As such, we are developing a powerful Distance Constraint Model that harmoniously combines mechanical and thermodynamic descriptions of protein structure. Consequently, Quantitative Stability/Flexibility Relationships can be computed in order to reveal functional mechanisms.

Contact Info | Recent Announcements

Dennis R. Livesay
Associate Professor

Department of Bioinformatics and Genomics
University of North Carolina at Charlotte
9201 University City Blvd.
Charlotte, NC 28223
phone: 704.687.7995;
fax: 704.687.8667

email: drlivesa at uncc dot edu