Our lab space issues were recently resolved, so I’m now able to spend some of my remaining start-up funds to hire more personnel. I also have a bunch of starts to various research directions, and nobody aside from me to push parts of them forward in various aspects (eg. tissue culture, data analysis, experimental planning). I’m curious to see if I can find a relatively recent college graduate that is interested in pursuing a PhD program, but wants to take a year or two beforehand to gain more hands-on research experience. Well, if so, here’s an open position on the CWRU hiring website that can be applied to (if you’re like me and already a CWRU employee, you may need to open that link in an incognito window since existing cookies can get in the way otherwise).
Our new paper, describing double landing pad cells and some other nifty tricks or assay configurations you can do with having orthogonal Bxb1 recombinase sites, is now published in ACS Synthetic Biology.
The Matreyek lab is awarded a 2-year R21 grant to study how various Sarbecovirus (ie. SARS-like coronavirus) receptor binding domain sequences correspond to binding and infection with various ACE2 receptor sequences (eg. variants of human ACE2, or sequences of diverse ACE2 orthologs across mammals) to find the rules governing molecular compatibilities between these viruses and their potential hosts. More information here.
Both Nidhi and Nisha receive travel awards to offset costs of attending and presenting at the Discover BMB 2023 in March in Seattle! Good job you two, and thanks ASBMB for providing these travel award opportunities to trainees!
Kenny gave a workshop talk at the American Society for Virology Annual Meeting in Madison, Wisconsin, in July 2022. Here’s a link to the practice version of that talk, posted onto YouTube (It’s almost an exact replica of the actual talk, minus a few minor changes).
Anh officially leaves the lab, as he graduates from CWRU (in three years!), and will be attending the Rice University Dept of Bioengineering in the fall to start his PhD. Good luck, Anh!
Olivia Delsignore joins the lab as an RA1. Welcome, Olivia!
The first paper from our lab is now out in PLOS Pathogens! We created a panel of ACE2 variant cells and found that (pseudo)viruses with SARS-CoV spike, or the WT or N501Y SARS-CoV-2 spikes, differentially use the ACE2 protein surface during entry. This was a team effort, with Nidhi and Sarah on pseudotyped virus assays and molecular cloning, with Anna and Vini performing the BSL3 SARS-CoV-2 work. Great job, everyone!