On July 19, learn about how next-generation engineered proteins target stromal factors can remodel an immunosuppressive tumor microenvironment at the #PEGSymposium

Our work on engineered GLP1 agonists published in ACS Chemical Biology and designated ACS Editors' Choice. "Identification of N-Terminally Diversified GLP-1R Agonists Using Saturation Mutagenesis and Chemical Design". pubs.acs.org/doi/10.1021/acs… Po-Ssu Huang @PenteluteLab

Our latest work in PNAS- Scientists engineer one protein to fight cancer and regenerate neurons: pnas.org/content/early/2020/… engineering.stanford.edu/mag… @ASweetcordero @StanfordBioE

Overwhelmed and inspired by the generosity of our colleagues at @genentech and @bmsnews who scoured their labs and generously donated an SUV-worth of reagents that we delivered for #COVID19 testing at Stanford. United we stand!

Our structure of the elusive immune checkpoint VISTA highlights unique differences among B7 family members. Solved using a combination of molecular replacement and Rosetta. Published in Cell Reports: cell.com/cell-reports/fullte…

Our paper depicting structural/biophysical basis underlying integrin binding of unique engineered "knottin" peptides: cell.com/structure/pdfExtend…. RGD-loop rigidity or its focused motional freedom determines specific or selective promiscuous interaction with integrins.

Cochran Lab 'reunion' BBQ was a success. So great to see everyone! Who could resist Max and Mihalis's special fresh caught tacos!?

Congrats to all the 2018 Cochran Lab graduates! Looking forward to cheering you on for all the amazing things that you will accomplish next. @StanfordBioE

Our paper describing development of a new protease biosensor published in ACS Chemical Biology @ChemicalBiology pubs.acs.org/doi/10.1021/acs…

Collaboration led by @StanfordBioE student Amanda Steele highlights Stanford's strength in interdisciplinary work: onlinelibrary.wiley.com/doi/…