2015 Undergraduate Research Program
(June 8 - August 14, 2015)
The goal of this MBI NSF-funded program is to introduce students to exciting new areas of mathematical biology, to involve them in collaborative research with their peers and faculty mentors, and to increase their interest in mathematical biology. The program consists of three parts - each including a mix of educational and social experiences:
- REU Program (June 8 - August 7, 2015): An 8 week individualized research experience as part of a research team at one of the participating host institutions preceded by a one-week introduction at the MBI.
Apply by March 2nd 2015 for full consideration.
- Capstone Conference (August 10-14, 2015): A student centered conference featuring talks and posters by students doing research in mathematical biology, keynotes by prominent mathematical biologists, a graduate studies recruitment fair, and other special features including a conference dinner and social event.
Apply by July 15th 2015 for full consideration.
The on-line registration form will require:
- Two letters of reference
- A ranked list of three projects that you want to participate in
- A statement indicating your reasons for wanting to participate in this program
Students accepted into the full summer-long research program will receive room and board and they will be paid $4500 (this includes a stipend of $3000 plus $1500 for travel and related expenses). This will be paid in three increments:
- $1000 following the One-Week Introduction (June 8-12, 2015)
- $2500 during the REU Program (June 15-August 7, 2015)
- $1000 following the Capstone Conference (August 10-14, 2015)
- Patient-based models to estimate treatment outcome in prostatic cancer patients - Yang Kuang and Fabio Milner
- Modeling mouse glioma - Eric Kostelich
- Extending a model of the retina with application to glaucoma - Julia Arciero
- Respiratory-sympathetic coupling in neurogenic hypertension - Yaroslav Molkov
- Evaluating vaccination strategies leading to herd immunity in models of disease dynamics with application to measles - John Fricks
- Non-stationary models for estimating evolutionary relationships - Dennis Pearl
- Statistical shape analysis - Sebastian Kurtek
- Modeling afferents of central pattern generators - Janet Best
- Understanding how patterned activity arises in biological systems - Bard Ermentrout
- Modeling the actions of the piriform cortex in odor detection - Brent Doiron
- Mathematic Modeling and Integrative Analysis of Epigenetic Heterogeneity - Hehuang (David) Xie
- Modeling mucosal immune responses - Josep Bassaganya-Riera