Leigh-Anne Mathieson
Bachelor of Science student at the University of British Columbia
Combined Mathematics and Computer Science

Research
Thanks to an NSERC USRA, this past summer I worked for
Anne Condon in the
Bioinformatics, and Empirical & Theoretical Algorithms Lab. I worked
on RNA Folding pathways, and more specifically, repeated
and temporary edges in these pathways.
Interests
Working in the BETA lab this past summer has really sparked my interest
in
bioinformatics. Mostly, I am interested in RNA folding pathways and
RNA structure prediction. Sometime in the future, I'd like to work on
biomolecular computing or computer science problems with a rather
sizable side of statistics.
Publications
C. Thachuk, J. Manuch, A. Rafiey, L. Mathieson, L. Stacho, and A.
Condon. An
algorithm for the energy barrier problem without pseudoknots
and temporary arcs, Pacific Symposium on Biocomputing, to appear.
Courses I'm taking
This fall I am taking the following courses:
CPSC 312 - Functional and Logic Programming
MATH 307 - Applied Linear Algebra
STAT 305 - Introduction to Statistical Inference
ANTH 227 - Culture, Health, and Illness
BIOL 121 - Genetics, Evolution, and Ecology
Links
- The BETA
(Bioinformatics, and Empirical and Theoretical Algorithms) Lab
- A tutorial I
wrote for anthropologists who are are looking to join the
party and make their diagrams with MetaPost
- The Bioinformatics Reading Group
- Proof that I once dressed up
as a logic gate, probably suggesting that I am too nerdy for my
own good.
- The Haskell wiki. If you haven't
had
some fun with functional languages, you are missing out. They're not
called FUNctional languages for nothing, that's for sure.