Increasing Photosynthetic CO2 capture in Camelina sativa with a Synthetic Carbon Fixation Cycle Composed of Selected Microbial Enzymes

Thursday, February 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)

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Slideshow

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

Support Microbiology at UGA