Experimental research on fungal genomics, and bioinformatic and theoretical studies ongoing range from examining the evolution of cancer, the impact of horizontal gene transfer and antibiotic resistance of prokaryotes to the evolution of quantitative traits in multicellular organisms to profiling the phylogenetic power of genes, and there is plenty of flexibility about subject, topic, and approach, as long as the question is sound.
Click on the appropriate interest group below to see opportunities appropriate for your interests.
- Graduate Students
Opportunities for Undergraduates
The Townsend Lab works at the interface of probabilistic mathematical modeling and high-throughput experiment to explain evolutionary processes. Opportunities in the lab range from learning experiences in laboratory methods to independent research in theoretical and computational biology.
- Theoretical work includes the use of computer simulation and analysis to better understand phylogenetics, evolutionary history, molecular evolutionary and population genetic processes. Computationally, experience programming in C/C++, Perl/CGI, SQL, Linux/Irix, HTML and Java is highly desirable.
- Experimental work in the Townsend Lab includes organismal culturing, microscopy, and molecular techniques including genome-wide DNA microarray analysis, often using the highly tractable baker's yeast Saccharomyces cerevisiae or the fireburn fungus Neurospora crassa.
Take Independent Laboratory Research Courses
Apply for these student scholarships
Apply for these sources of funding for undergraduate research
Apply for these fellowships for summer research
Present your research
- Eastern Colleges Science Conference