Team:Washington/Team
From 2009.igem.org
(→Where we worked) |
(→Awesome Advisors) |
||
Line 27: | Line 27: | ||
Image:Egbert.jpg|'''Rob Egbert, Electrical Engineering''' ''"It does not matter how slowly you go so long as you do not stop."'' | Image:Egbert.jpg|'''Rob Egbert, Electrical Engineering''' ''"It does not matter how slowly you go so long as you do not stop."'' | ||
Image:Sean_drinking_delirium_tremens_small.JPG|'''Sean Sleight, Bioengineering''' ''"Please pass the pitcher of resveratrol beer."'' | Image:Sean_drinking_delirium_tremens_small.JPG|'''Sean Sleight, Bioengineering''' ''"Please pass the pitcher of resveratrol beer."'' | ||
+ | Image:DSC_6090.jpg|'''Justin Siegel, Biological Chemistry''' ''"Something clever..."' | ||
</gallery> | </gallery> | ||
Revision as of 02:28, 15 October 2009
Who we are
Stupendous Students
Awesome Advisors
DSC 6090.jpg
Justin Siegel, Biological Chemistry "Something clever..."' |
Fantastic Faculty
Where we worked
We were very fortunate to have the use of two molecular biology workspaces: a dedicated undergraduate lab in the Electrical Engineering Department that had been set up for basic molecular biology work, and the lab of Dr. David Baker in Biochemistry.
Between some shelves in the Baker lab, Chris eyes some RFP-expressing bacterial pellet that Josef produced. Great pellet Josef!
|
Doug rocks the purple gloves in the undergraduate molecular biology lab in the Electrical Engineering Department.
|
Jeff, a two-year iGEM veteran, has mastered the art of standing while pipetting.
|
Josef in the iGEM lab, working hard - that gel is not going to load itself.
|
This is how Alex pipettes.
|
Gene synthesis from scratch requires a lot of oligos! (See our Notebook page)
|
Support
Funding for supplies and travel was obtained from the Departments of Bioengineering and Electrical Engineering at the University of Washington, and the College of Engineering.
We also received several free samples of reagents from the BioMoles gel purification kits, PCR purification kits, and a pair of agarose gels, as well as a DNA ladder.