LepA can reverse this process, and in some organisms, this process sees protein EF-3 utilize ATP to reduce affinity for the substrate at L1. The characteristic ratcheting mechanism of this process involves GTP hydrolysis by EF-G, while EF-Tu, which works as a proofreader, also employs GTP to bind the substrate. Beginning wi
LepA can reverse this process, and in some organisms, this process sees protein EF-3 utilize ATP to reduce affinity for the substrate at L1. The characteristic ratcheting mechanism of this process involves GTP hydrolysis by EF-G, while EF-Tu, which works as a proofreader, also employs GTP to bind the substrate. Beginning with binding to the Shine-Dalgarno sequence in prokaryotes, it sees movement of the substrates through aminoacyl, peptidyl, and exit sites. This process ends when the nascent peptide is complete and the two subunits dissociate. For 10 points, name this second step of protein synthesis in which a ribosome reads messenger RNA following transcription.
LepA can reverse this process, and in some organisms, this process sees protein EF-3 utilize ATP to reduce affinity for the substrate at L1.
translation [accept translocation until "EF-Tu"]