Silver: Photosynthesis, carbon fixation and cell consortia: Difference between revisions

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One of the greatest challenges in biology is to increase the efficiency of photosynthesis and carbon fixation.  We are taking several unique strategies that focus for the most part on biosynthetic microbes but also have ventured recently into working on plants.  We also seek to understand and create novel cell consortia that for example would depend on incoming light.  We also design cells that can interact with signals propagated by non-living materials such as magnetism or radiation.
One of the greatest challenges in biology is to increase the efficiency of photosynthesis and carbon fixation.  We are taking several unique strategies that focus for the most part on biosynthetic microbes but also have ventured recently into working on plants.  We also seek to understand and create novel cell consortia that for example would depend on incoming light.  We also design cells that can interact with signals propagated by non-living materials such as magnetism or electricity from solar power.  We collaborate with Dan Nocera in the Chemistry Dept at Harvard and are part of a large DOE effort in this area.

Latest revision as of 10:46, 1 February 2015

One of the greatest challenges in biology is to increase the efficiency of photosynthesis and carbon fixation. We are taking several unique strategies that focus for the most part on biosynthetic microbes but also have ventured recently into working on plants. We also seek to understand and create novel cell consortia that for example would depend on incoming light. We also design cells that can interact with signals propagated by non-living materials such as magnetism or electricity from solar power. We collaborate with Dan Nocera in the Chemistry Dept at Harvard and are part of a large DOE effort in this area.