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Word: biomolecular (lookup in dictionary) (lookup stats)
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...that the company sees immediate potential. According to Unistraw consultant microbiologist Patricia Conway, a professor in the School of Biotechnology and Biomolecular Sciences at the University of New South Wales, there's no doubt about the health benefits of good gut microbes. Harmful microbes will flourish, she says, unless enough beneficial ones are there to keep them under control. "It's like kids in the schoolyard: once the bullies are allowed to get stronger, the good kids go hide in the corners...

Author: /time Magazine | Title: Star Sip Enterprise | 11/13/2008 | See Source »

...reviewed would have picked up on this,” LaBaer said. “Plagiarism can be very subtle.” When asked whether the paper would be retracted, Michael J. Dunn, the editor of Proteomics and a professor at the University College Dublin Conway Institute of Biomolecular & Biomedical Research, wrote in an e-mail that he is looking into the matter with the publishing house, but refused to make any further comments. The authors of the study did not respond to repeated e-mails asking for comment. —Staff writer Kevin...

Author: By Kevin C. Leu, CRIMSON STAFF WRITER | Title: Scientists ‘Create’ Controversy | 2/11/2008 | See Source »

Schier comes from New York University’s (NYU) Skirball Institute of Biomolecular Medicine, where his colleagues say his absence will be felt...

Author: By Parag K. Gupta, CONTRIBUTING WRITER | Title: Schier Joins Harvard Faculty from NYU | 3/4/2005 | See Source »

Nanotechnology involves using atoms and molecules to create microscopic materials including wires and tubes. Such nanowires are useful in computers, and the carbon nanotube tips Leiber is working on have application in biomolecular imaging...

Author: By The CRIMSON Staff, | Title: Chemistry Professor Garners Prize for Nanotech Innovation | 7/25/2003 | See Source »

...haywire and starts triggering autoimmune disorders, but at least one culprit is a particular kind of immune cell called a T cell. In Type 1 diabetes (which used to be known as juvenile-onset diabetes), T cells destroy the cells of the pancreas. In multiple sclerosis, they cross the biomolecular barrier that protects the brain and attack the outer covering of nerve cells. If you could deactivate the right T cells, you might be able to slow down the degenerative process--and maybe halt it altogether...

Author: /time Magazine | Title: The Little Antibody That Could | 6/10/2002 | See Source »

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