Establishing and maintaining Epigenetic Memories Thu, Mar 30 2017, 11am 404D Biological Sciences Building Danesh Moazed Department of Cell Biology Harvard Medical School Moazed Website Abstract or other information: MOAZED_Abstract.pdf (168.29 KB) Read more about Establishing and maintaining Epigenetic Memories
What lies beneath: The microbial world of deep, hot bedrock Thu, Mar 23 2017, 11am 404D Biological Sciences Building Jim Holden Department of Microbiology University of Massachusetts-Amherst Holden Website Abstract or other information: HOLDEN_Abstract.pdf (80.52 KB) Read more about What lies beneath: The microbial world of deep, hot bedrock
The enzymes of the wood-eating gribble that help turn waste into biofuel: Structure and function of marine cellulases Thu, Mar 16 2017, 11am 404D Biological Sciences Building John McGeehan School of Biological Sciences University of Portsmouth McGeehan Website Abstract or other information: McGeehan_Abstract.pdf (83.27 KB) Read more about The enzymes of the wood-eating gribble that help turn waste into biofuel: Structure and function of marine cellulases
Chemistry without cofactors: Microbial strategies for important catalyses and what we can learn from them Thu, Mar 2 2017, 11am 404D Biological Sciences Building Jennifer DuBois Department of Chemistry and Biochemistry Montana State University DuBois Website Abstract or other information: DuBOIS_Abstract.pdf.pdf (91.72 KB) Read more about Chemistry without cofactors: Microbial strategies for important catalyses and what we can learn from them
A CHEMICAL GENETICS APPROACH TO BACTERIAL PATHOGENESIS Thu, Feb 23 2017, 11pm 404D Biological Sciences Building Corrie Detweiler Department of Molecular, Cellular, and Developmental Biology University of Colorado Detweiler Website Abstract or other information: Detweiler_Abstract.pdf (5.4 KB) Read more about A CHEMICAL GENETICS APPROACH TO BACTERIAL PATHOGENESIS
Increasing Photosynthetic CO2 capture in Camelina sativa with a Synthetic Carbon Fixation Cycle Composed of Selected Microbial Enzymes Increasing Photosynthetic CO2 capture in Camelina sativa with a Synthetic Carbon Fixation Cycle Composed of Selected Microbial Enzymes Thu, Feb 16 2017, 11am 404D Biological Sciences Building Amy Grunden Department of Microbiology NC State University Gruden Website Abstract or other information: Grunden_Abstract_1.pdf (168.98 KB) Read more about Increasing Photosynthetic CO2 capture in Camelina sativa with a Synthetic Carbon Fixation Cycle Composed of Selected Microbial Enzymes
Survival and thermal tolerance of Salmonella enterica at low water activity Survival and thermal tolerance of Salmonella enterica at low water activity Thu, Feb 9 2017, 11am 404D Biological Sciences Building Francisco Diez-Gonzalez Center for Food Safety UGA Diez-Gonzalez Website Abstract or other information: Diez_Gonzalez_Abstract.pdf (170.06 KB) Read more about Survival and thermal tolerance of Salmonella enterica at low water activity
A perspective on the antibiotic treatment of acute, self-limiting infections and how ribosome targeting antibiotics do their bacteriostatic thing: A double feature. Thu, Jan 26 2017, 11am 404D Biological Sciences Building Bruce Levin Department of Biology Emory University Levin Website Abstract or other information: LEVIN_Abstract_0.pdf (85.26 KB) Read more about A perspective on the antibiotic treatment of acute, self-limiting infections and how ribosome targeting antibiotics do their bacteriostatic thing: A double feature.
Convergent evolution of polar structures for adherence and motility in mycoplasmas Thu, Jan 19 2017, 11am 404D Biological Sciences Building Mitch Balish Department of Microbiology Miami University Balish Website Abstract or other information: BALISH_Abstract.pdf (166.74 KB) Read more about Convergent evolution of polar structures for adherence and motility in mycoplasmas
Distinct control mechanisms of root microbiome assembly and maintenance Thu, Jan 12 2017, 11am 404D Biological Sciences Building Sarah Lebeis Department of Microbiology University of Tennessee Lebeis Website Abstract or other information: While soils are an extremely diverse microbial environment.pdf (81.83 KB) Read more about Distinct control mechanisms of root microbiome assembly and maintenance
