Amber, ochre, and opal tags cause release factors to end this process.
A molecule involved in this process is "charged" by the enzyme aaRS ["A-A-R-S"]. Amber, ochre, and opal tags cause release factors to end this process. This process can be inhibited by phosphorylating ["fos-FOR-ill-ate-ing"] a serine residue in an eIF2 ["E-I-F-2"]-GDP complex. In eukaryotes, this process begins after recognition of the Kozak sequence. During this process, molecules with a cloverleaf structure interact with an organelle's A, P, and E sites. The existence of only twenty types of some molecules used in this process is explained by wobble base pairing between codons and anticodons. For 10 points, name this process that occurs at ribosomes and synthesizes proteins from mRNA.
A molecule involved in this process is "charged" by the enzyme
translation [prompt on "protein synthesis"]