Difference between revisions of "Main Page"
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'''Monday Feb 22:''' | '''Monday Feb 22:''' | ||
− | 11am-12:30pm: Laszlo's informal lecture on osmolarity (Urey 7130) | + | 11am-12:30pm: Laszlo's informal lecture on osmolarity response (Urey 7130) |
lunch break | lunch break | ||
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2-3pm: Minsu's summary of microfluidic work | 2-3pm: Minsu's summary of microfluidic work | ||
− | 3:30-5pm: Growth laws + Tony's work on growth in osmolarity | + | 3:30-5pm: Growth laws + Tony's work on growth in high osmolarity |
'''Tuesday Feb 23:''' | '''Tuesday Feb 23:''' | ||
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lunch break | lunch break | ||
− | 2- | + | 2:30-3:30pm Jilong |
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+ | 4-5pm Conghui | ||
'''Wednesday Feb 24''' | '''Wednesday Feb 24''' | ||
− | 3-4pm: seminar by Laszlo | + | 9-10:30am Peter & Hiro: N-upshift |
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+ | 11am-12:30pm: Laszlo's informal lecture on osmolarity (Urey 7130) | ||
+ | |||
+ | 3-4pm: seminar by Laszlo | ||
A surprising role for Mg2+ accumulation in the control of thermotolerance in Salmonella | A surprising role for Mg2+ accumulation in the control of thermotolerance in Salmonella |
Revision as of 23:46, 20 February 2010
Welcome to Qbio - Quantitative Biology interest group @ CTBP
Announcements
Seminars of interest
Calendar
Feb 22--26: Visitors: Dalai Yan and Laszio Csonka
Monday Feb 22:
11am-12:30pm: Laszlo's informal lecture on osmolarity response (Urey 7130)
lunch break
2-3pm: Minsu's summary of microfluidic work
3:30-5pm: Growth laws + Tony's work on growth in high osmolarity
Tuesday Feb 23:
9am-10:30am: Dalai
11am-12:30pm: Laszlo's informal lecture on osmolarity (Urey 7130)
lunch break
2:30-3:30pm Jilong
4-5pm Conghui
Wednesday Feb 24
9-10:30am Peter & Hiro: N-upshift
11am-12:30pm: Laszlo's informal lecture on osmolarity (Urey 7130)
3-4pm: seminar by Laszlo
A surprising role for Mg2+ accumulation in the control of thermotolerance in Salmonella
location: 1103 Muir
Research Activities
These are the main areas of current research in the group.
Microbial Physiology
Molecular and Synthetic Biology
- Transcriptional Regulation
- Small RNA
- Genetic Circuits
- Molecular Evolution
- Protein-Protein Interaction