cmsee.uconn.edu
Center for Microbial Systems, Ecology and Evolution (CMSEE) › University of Connecticut
http://www.cmsee.uconn.edu/Population_Genetics_Genomics_Matagenomics.html
Center for Microbial Systems,. Ecology and Evolution (CMSEE). Population Genetics, Genomics and Metagenomic Analyses. Study of digestive-tract symbioses using complementary approaches. Molecular parasites (inteins and homing endonucleases) in microbial populations using microcosm and metagenomic approaches. J Peter Gogarten's lab. Genomic Analyses to Understand the Diversity, Ecology and Evolution of Multipartite Microbial Symbioses. Population genealogical history (especially the effect the meiotic reco...
cmsee.uconn.edu
Center for Microbial Systems, Ecology and Evolution (CMSEE) › University of Connecticut
http://www.cmsee.uconn.edu/Genetic_Analyses.html
Center for Microbial Systems,. Ecology and Evolution (CMSEE). Study of digestive-tract symbioses using complementary approaches. Dissecting Microbial Symbiotic Interaction Networks. The evolution of determinants of ligand binding in periplasmic sugar binding proteins from Thermotogales and archaea. Understanding how beneficial symbioses are established and maintained. An integrative approach to understanding the unique symbiotic association between a marine mollusc and algal plastids.
cmsee.uconn.edu
Center for Microbial Systems, Ecology and Evolution (CMSEE) › University of Connecticut
http://www.cmsee.uconn.edu/Functional_Genomics.html
Center for Microbial Systems,. Ecology and Evolution (CMSEE). Study of digestive-tract symbioses using complementary approaches. Transcriptomic and metatranscriptomic studies using high-throughput sequencing. S lab studies molecular ecology, evolution, and functional genomics of marine algae. Current research focuses on genome and transcriptome sequencing and analyses on dinoflagellates and other algae using high-throughput techniques. S research interests are microbe-host interactions and evolution of m...
cmsee.uconn.edu
Center for Microbial Systems, Ecology and Evolution (CMSEE) › University of Connecticut
http://www.cmsee.uconn.edu/GenomeEvolution.html
Center for Microbial Systems,. Ecology and Evolution (CMSEE). Reconstruction of the reticulated genome phylogeny from genomic data. J Peter Gogarten's lab. Reticulate evolution. The gene tree and species tree problem (focus on incomplete lineage sorting). Is interested in Computational Biology and Bioinformatics. Currently, the main research is mainly on computational problems in population genomics, phylogenetics and high-throughput sequencing. Studies microbial community ecology, especially using the f...