University of Georgia: Archaeal InterLab

The UGA team is developing an mCherry library for Methanococcus maripaludis, an archaeal organism. Their library currently contains over 30 mutations in the RBS, which cause different levels of protein expression. We took fluorescence readings for several of these mutations as part of the "Archaeal InterLab." Like iGEM's InterLab Study, which aims to standardize fluorescence readings across all machines, the Archaeal InterLab recognizes that fluorescence lacks an absolute unit. Thus, participating teams record the relative fluorescence of the cells containing various RBS mutations for UGA.

We were given five samples: three mutants, a wild type, and suspension buffer. Each of the samples was read in triplicate. Here are our fluorescence readings for each sample. Error bars represent standard deviation.

William and Mary: Circuit Control Toolbox

The William & Mary team is developing a toolbox of parts that can be easily integrated into genetic circuits to tune the resulting levels of protein expression. They characterize their parts exclusively in E. coli. We tested their toolbox parts in a cell extract system to compare the behavior of the parts in cells versus in vitro.

Mid-Atlantic Meet-Up

Presenting our work

The participants

Team Pittsburgh

Discussion session

U.S. Capitol

Supreme Court building

Kogod Courtyard

❮ ❯

On July 22, Claire, Praneeth, and Maya visited the University of Maryland to participate in the Second Annual Mid-Atlantic iGEM Conference. They had a great time meeting fellow iGEM'ers, learning about other teams' projects, and discussing synthetic biology. They also explored College Park and the National Portrait Gallery in Washington D.C. with members of the UMaryland team. Thanks to the UMaryland team for organizing such a great event and for being awesome hosts! Take a look at our presentation slides here.