Difference between revisions of "Team:Shanghai HS ID/Collaborations"

We vigorously collaborated with another iGEM team called Pansolver Base(Official Team Name: Shanghai_HS_ID). Their project mainly focused on improving the stability of maritime transportation of medicines and antibodies, as well as testing for possible deactivation of antibodies towards several mutants of SARS-CoV-2 (B.1.1.7, B.1.351, B.1.617, etc.). We shared ideas about methods to publicize our projects and possible sponsors for our labs. Most memorably, we learned from their creativity. As a tactic to promote their project, they constructed a game of Murder Mystery, in which players perform as specific characters according to a script, and through logical reasoning, find the “killer”. In the script, they inform players about their use of technology, and the importance of pandemic prevention and control. The script is written based on the project that Panslover is doing, hence there's a character named "Pansolver", who is the key to the game. Such informative games are great tools to elicit people's engagement, our team planned to create similar games during our further team promotion in the future. We intensely communicated our interviews at Bright Dairy & Food Co., Ltd, and with the professors of Fudan University. Both teams also actively engaged in discussions about innovations of merchandise – agreeing about making T-shirts, and chatted about setting up a stall. At the dusk of the day, we exchanged drafts of our integrated human practice documents and lab reports, peer-edited them, and gave insights about how to dig deeper significance of each other’s projects.

Pec Teast strives to use CRISPR-Cas 9 technology to obtain a modified strain of yeast able to simultaneously digest pectin and ferment alcohol, creating convenient and economic manufacturing methods of these materials. Since we started our training one month before team Pec Teast, we provided them with guidance of the general competition layout and the work distribution of the wet team and dry team. During our online discussions, we focused on the basic experimental procedures for CRISPR-Cas9, including the construction of the right and left homologous arms, the synthesis of the CRISPR-Cas 9 protein complex, and final verifications. We also exchanged dry team schedules, including checklists and dates for wiki materials, formatting, and inspirations for merch product designs. In the marketing respect, we inspired them to refine their target audience to only a specific sector of the general public, just like how our team only targets professional manufacturing and medicine companies.