Our
laboratory studies the mechanism of site-specific DNA recombination reactions.
The transposition reaction of bacteriophage Mu is studied as a model system.
This reaction is one of the best studied example of a wide-spread family of
genetic rearrangement reactions. Many prokaryotic and eukaryotic transposons,
including retro-transposons and retroviruses, jump from one location on a host
genome to another by closely related mechanisms. Increasing evidence indicates
that the mechanism of the immunoglobulin gene rearrangement reaction is also
closely related to this family of reactions. We combine biochemical, molecular
biological, and physicochemical approaches to study the highly regulated macromolecular
complex assembly processes at the beginning of this recombination reaction.Department of Health and Human Services
Last updated, August 12th, 2002
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