Overview

My research involves modeling oxygen transport and blood flow regulation in the microcirculation, which is the part of the circulation consisting of the smaller blood vessels that supply oxygen to the majority of surrounding tissue. I work with Dr. Timothy Secomb in the departments of physiology and applied mathematics. We use mathematical and computational models to try to answer questions about how active blood flow regulation affects tissue oxygenation. In addition, we investigate to what extent that flow regulation is able to overcome inherent heterogeneities present in the structure of blood vessel networks.

Publications

Fry BC, Lee J, Smith NP, and Secomb TW. Estimation of blood flow rates in large microvascular networks. Microcirculation 19: 530-538, 2012. [Manuscript PDF]

Previous Unpublished Works

Fall 2009 RTG Paper: Time-dependent myogenic behavior of arterioles

Spring 2009 Term Paper: A mathematical model of diffusion-driven tumor growth with viral therapy

A paper about figure eights: Team Honey Coiling!

Undergraduate Honors Thesis: Semelparous Periodical Insects

Undergraduate Research Project: Representations of the Symmetric Group Sn and the Partitions of n

Current Coursework

Not currently taking any courses


MATH 596A: Quantitative Biology Colloquium