Computational Biodesign and Synthetic Biology

 

The Koder Lab uses computational protein design to create new biological components to further extend the possibilities of synthetic biology

Starting from scratch, we create novel proteins that offer new functions or physical properties and then integrate them with natural proteins, other designed proteins or non-protein materials to create new enzymes, materials and organisms with applications in medicine, defense, ‘green’ industrial catalysis and green energy production. We believe that this novel combination — proteins designed de novo coupled with naturally occurring proteins — will enable us to move beyond the confines of biology and help us to solve many of humanity’s problems.

About the Lab

The Koder Lab is located in the Center for Discovery and Innovation at The City College of New York. The lab is led by Ronald Koder, a professor of physics at CCNY.

Recent Publications

 

What’s New

Our team is advancing the field of molecular detection by developing the first selective proteins that can detect a deadly nerve agent called VX in real-time and without false positives from insecticides.

Our first paper with the LaNMP- Menon group on polariton thermalization using fluorescent proteins has just come out at Advanced Materials.