Difference between revisions of "Alan Grossman"
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'''Additional information''' | '''Additional information''' | ||
* [mailto:adg@mit.edu send mail] | * [mailto:adg@mit.edu send mail] | ||
| − | * location: Cambridge, MA, USA | + | * location: MIT, Cambridge, MA, USA |
* Homepage: [http://web.mit.edu/biology/www/facultyareas/facresearch/grossman.html Link] | * Homepage: [http://web.mit.edu/biology/www/facultyareas/facresearch/grossman.html Link] | ||
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= Main research interests = | = Main research interests = | ||
We use a combination of genetic, molecular, physiological, biochemical, cell-biological, and genomic approaches to study how cells of ''Bacillus subtilis'' sense internal and external conditions and control basic cellular processes in response to these conditions. We are interested in defining signals that are sensed and characterizing signal transduction and the regulatory outputs. We are studying mechanisms controlling cell-cell signaling, gene expression, development, DNA replication, chromosome dynamics, and horizontal gene transfer. | We use a combination of genetic, molecular, physiological, biochemical, cell-biological, and genomic approaches to study how cells of ''Bacillus subtilis'' sense internal and external conditions and control basic cellular processes in response to these conditions. We are interested in defining signals that are sensed and characterizing signal transduction and the regulatory outputs. We are studying mechanisms controlling cell-cell signaling, gene expression, development, DNA replication, chromosome dynamics, and horizontal gene transfer. | ||
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Latest revision as of 19:18, 21 September 2010
Contents
Lab head: Alan Grossman
Additional information
Publications
Main research interests
We use a combination of genetic, molecular, physiological, biochemical, cell-biological, and genomic approaches to study how cells of Bacillus subtilis sense internal and external conditions and control basic cellular processes in response to these conditions. We are interested in defining signals that are sensed and characterizing signal transduction and the regulatory outputs. We are studying mechanisms controlling cell-cell signaling, gene expression, development, DNA replication, chromosome dynamics, and horizontal gene transfer.
