| Research |
My interdisciplinary research lies at the emerging interface between
discrete mathematics and molecular biology;
I focus on combinatorics "as motivated by" and "with applications to"
fundamental biomedical questions about the structure and function
of nucleotide sequences.
Through my mathematical results, I investigate the
underlying principles which govern the coding of biological information
in DNA words and RNA secondary structures.
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| Funding |
I am funded by my
Career Award at the Scientific Interface from the
Burroughs Wellcome Fund,
and an NIH R01 through the
Joint DMS/NIGMS Initiative to Support Research in the Area of Mathematical Biology.
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| Advising |
Students interested in pursuing a graduate degree in discrete mathematical
biology at Georgia Tech can do so through a
PhD in Mathematics
as well as a number of different interdisciplinary graduate programs on
campus including the
PhD Program in Algorithms, Combinatorics,
and Optimization
and
the Computational
Science and Engineering PhD,
as well as the
Bioinformatics PhD Program.
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| Teaching |
This semester I am teaching a section of
Math 2406: Abstract Vector Spaces.
Last year, I taught our two semester Abstract Algebra sequence,
Math 4107
and Math 4108.
In 2007--2008, I taught a special topics course,
Math 8803/4803: Discrete Mathematical Biology in the spring and was a visitor at
the IMA for the program on
Mathematics of Molecular and Cellular Biology in the fall.
During my first year at Tech, I twice taught
Math 3012: Applied Combinatorics.
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| Links |
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