Health
Newly Discovered Virus-Cell Interaction May Explain COVID-19’s High Infection Rate – SciTechDaily
Lehigh researchers quantify the specific interaction between the spike protein of SARS-CoV-2 — the virus that causes COVID-19 — with the ACE2 receptors in human…
The S protein has a highly flexible stalk that is composed of two independent joints. The flexible motions of the S proteins enable the receptor binding domain to have various orientation and the most probable S protein configurations are competent for ACE2 binding. Credit: Dr. Yeolkyo Choi
Lehigh researchers quantify the specific interaction between the spike protein of SARS-CoV-2 — the virus that causes COVID-19 — with the ACE2 receptors in human cells that may partially explain its high infection…
-
Noosa News21 hours agoEx-Townsville mayor Troy Thompson lied about army service, degrees, and cancer, says CCC
-
Noosa News21 hours agoSecurity concerns over Chinese-made Yutong fleet dismissed
-
Noosa News23 hours agoQueensland’s domestic violence policing and policies are being shaped by lived experience
-
General22 hours agoBerkeley River Lodge caretakers survived ‘apocalyptic’ Cyclone Fina in underground bunker