micro umass.edu

Microbiology Department at UMass Amherst

Skip to main content. Applied Molecular Biotechnology M.S. How Fungi Make Nutrients Available to the World. Morita Lab Studies Glycolipid Biosynthesis as a Potential Drug Target. The American Lung Association recently awarded Dr. Yasu Morita a grant to advance research to identify a protein involved in the production of glycolipids that can be targeted by new drugs. Read more. Applied and Molecular Biotechnology AMB Masters Program in its Fifth Year. Derek Lovley, Distinguished University Professor, a.

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Sela Lab at UMass Amherst - Home

Our research activities often rely on sequence-based approaches employed to investigate the genomics and ecology of commensal microorganisms. Moreover, we are determined to characterize mechanistic linkages with health emanating from host-microbial interactions. At the Max-Rubner Institute in Germany.

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128.119.49.23

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Microbiology Department at UMass Amherst

DESCRIPTION

Skip to main content. Applied Molecular Biotechnology M.S. How Fungi Make Nutrients Available to the World. Morita Lab Studies Glycolipid Biosynthesis as a Potential Drug Target. The American Lung Association recently awarded Dr. Yasu Morita a grant to advance research to identify a protein involved in the production of glycolipids that can be targeted by new drugs. Read more. Applied and Molecular Biotechnology AMB Masters Program in its Fifth Year. Derek Lovley, Distinguished University Professor, a.

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This web site micro.umass.edu had the following on the web site, "How Fungi Make Nutrients Available to the World." We noticed that the webpage said " Morita Lab Studies Glycolipid Biosynthesis as a Potential Drug Target." It also said " The American Lung Association recently awarded Dr. Yasu Morita a grant to advance research to identify a protein involved in the production of glycolipids that can be targeted by new drugs. Applied and Molecular Biotechnology AMB Masters Program in its Fifth Year. Derek Lovley, Distinguished University Professor, a."

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