Events Calendar

Please note: These meetings are for the members of Broad Institute and its affiliates.

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If you would only like to view events by certain program, check them below, otherwise all programs are displayed:

Cancer Program Cell Circuits Program
Chemical Biology Program Computational Biology and Bioinformatics
Genome Analysis Program Imaging Platform
Infectious Disease Initiative Medical and Population Genetics Program
Metabolism Initiative Psychiatric Disease Initiative
Special Events and General Interest

Meetings for the dates June 30, 2008 - July 11, 2008


Tuesday, July 01, 2008
9:30 am-11:00 am
7 Cambridge Center
Monadnock Room (NE30-2040)

Cancer Program Meeting
Organized by Todd Golub

"NO MEETING"

 Details
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Thursday, July 03, 2008
9:30 am-11:00 am
7 Cambridge Center
Monadnock Room (NE30-2040)

Medical and Population Genetics
Organized by David Altshuler

Canceled due to holiday 		Details
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11:00 am-12:00 pm
7 Cambridge Center
Matterhorn Room (NE30-6001)

Imaging Platform Special Seminar
Organized by Anne Carpenter

The Yokogawa Electric Corporation will describe a beta version of a new high-speed cellular imaging system for high-content analysis. Representatives of the company will describe the system and show the images and data it can produce. 		Details
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Tuesday, July 08, 2008
9:30 am-11:00 am
7 Cambridge Center
Monadnock Room (NE30-2040)

Cancer Program Meeting
Organized by Todd Golub

"Cell culture modeling of sensitivity and resistance to kinase inhibitors in cancer"
by Jeffrey Settleman, Ph.D. (MGH Cancer Center)

 Details
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Wednesday, July 09, 2008
6:00 pm-7:00 pm
7 Cambridge Center
Auditorium (NE30-1154)

Midsummer Nights
Organized by Communications

"Robots versus Disease"
by Anne Carpenter, PhD (Imaging Platform)



Robotic microscopes can produce millions of images a day, bringing human, animal and even bacterial cells into a close-up view. The challenge is to sort through this mountain of biological information to uncover meaningful results. Anne Carpenter will describe how biologists can train computers to "look" at images and learn to find cells displaying rare and unusual characteristics, thereby enabling research on diseases like cancer and tuberculosis. 		Details
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