Back from coffee break, Prof Kelch (UMass Med) describing motor mechanics of a capsid-stuffing viral DNA translocase
Stuffing DNA in to the capsid generates pressure, the virus resists using 'decoration proteins' that staple capsid together at threefold vertices
@BlayneyAJ ok my bad so we stuff virus's DNA in it's capsid...right? And why do we do that?
@abbasijawi you got it right the first time! The virus has a bunch of DNA. The tighter it can pack it in, the less energy needs to be spent building each capsid, and the more it can reproduce.
QOTO: Question Others to Teach Ourselves An inclusive, Academic Freedom, instance All cultures welcome. Hate speech and harassment strictly forbidden.
@abbasijawi you got it right the first time! The virus has a bunch of DNA. The tighter it can pack it in, the less energy needs to be spent building each capsid, and the more it can reproduce.