Monday, February 9, 2009

Concepts: Cellular Chassis
















What is a chassis? You probably have connotations of cars, machinery, and/or vehicles with that word. What does it have to do with iGEM?

In iGEM, and synthetic biology in general, the microorganism that is being worked with is referred to as the cellular chassis (shăs'ē, chăs'ē). For most iGEM teams, the chassis will be E. coli, but you are not limited to working with E. coli in iGEM. Some of the past chassis have been Bacillus subtilis, lactobacillus, yeast, and even some mammalian cells.

So, why does it matter that different chassis are used, anyway? Well, beyond their different growth requirements and quirks about competency (the ability of an organism to take up DNA), different chassis have different innate abilities. These innate abilities may make the chassis more worthwhile to work with than another microbe, e.g., E. coli. Because while E. coli is the best researched microbe, it may simply not have a trait you need for your project.

Neuroscience Club

Tomorrow (Tuesday, Feb. 10th) I will be giving a short presentation on iGEM and the effort to form a UMass team to the Neuroscience club. If you're interested in stopping by and learning about Neuroscience and/or iGEM, the meeting is at 7:30 in Tobin 521B. Thank you to Peter Krafft for the invitation.

Wednesday, February 4, 2009

Hello world

This project has been a long time coming; ever since I initially approached microbio faulty about it last Spring semester. Along the way, I've encountered nothing but great enthusiasm and excitement about the prospect of being involved in such a cool competition.

I'm now starting this blog as a way to track the progress of the UMass iGEM team as we start publicizing the effort to form a team, recruiting members, and finding funding.

I will be giving presentations about iGEM, hopefully to higher level science classes, where the professor allows. I will keep them brief out of respect for the professor's time, and/or perhaps talk prior to the class start time. Hopefully my enthusiasm for synthetic biology will be infectious and will generate a lot of interest in the UMass iGEM team.