Sequences that promote or inhibit translation initiation.
The component coding regions are resolved on separate mRNAs, and thus internal translation initiation is not required.
We shall see in Chapter 7 that cells use several mechanisms to regulate translation initiation.
The net result is that phosphorylation of 4EBP enhances cap-dependent translation initiation.
This interaction causes circularization of the transcript, which subsequently promotes translation initiation.
RLI is a protein required for translation initiation in eukaryotes.
We hypothesized therefore that the N-Oct 5 complex is generated by alternative translation initiation.
We consider it most likely, that alternative translation initiation is the mechanism for generation of the N-Oct 5 proteins.
Kasugamycin inhibits protein synthesis at the step of translation initiation.
Protein synthesis is primarily regulated at the stage of translation initiation.
