Welcome to Reed Laboratories!

Latest Projects

Network Discovery

We use computational approaches to generate hypotheses about microbial networks and design experiments to test our understanding of these networks. Read More >>>

Metabolic Engineering

We develop computational approaches to predict how different genetic perturbations impact cellular production and growth rates. Read More >>>

Microbial Interactions

We use systems biology approaches to study microbe-microbe and/or microbe-host interactions and develop models and approaches to predict metabolic fluxes and metabolic interactions in these complex systems. Read More >>>

Upcoming Conferences and Seminars

Welcome to Reed Laboratories!

Our group studies microbial metabolism and regulation using a combination of computational and experimental approaches. Overall, we use computational models to study biological systems, engineer cells, and expand our knowledge of the underlying mechanisms behind observed cellular behaviors.

Recent News

  • June, 2015

    Jennie Reed was recently named a Harvey D. Spangler Faculty Scholar in the College of Engineering.

  • Feb, 2015

    Paul, Prashant, Shu, and Mingyuan all successfully passed their prelim exams.

  • Summer, 2014

    Matt Long received a Genome Sciences Training Program traineeship.

  • Summer, 2014

    Chris Tervo, Josh Hamilton, Xiaolin Zhang, and Camo Cotten all finished their Ph.D. degrees.

Newest Publications

3 results

No date

  • C. Cotten, J. L. Reed
    "Applications of Constraint-Based Models for Biochemical Production", Biotechnology for Biofuel Production and Optimization, 1 ed. C. Eckert, C. T. Trinh, Eds., Elsevier.