5' 3' A B. 4 3 1 2.

This question refers to the mRNA sequence below: 5'-CCGUAUGCAUUUCGGACUUAGUAAGGACUGACAUAA-3' What is the third amino acid in the protein formed from this mRNA? Fill in the blank with the name of the correct amino acid and nothing else so that Moodle can grade your question correctly.

The first nucleotide in mRNA that will be synthesized from DNA below is:  3'- ACGTATAGCCGGACGTCACTCGCTA-5' 5'-TGCATATCGGCCTGCAGTGAGCGAT-3'

The genetic code is Random in that the codons for the same amino acid are structurally unrelated Read by pairing codons in TRNAS with anticodons in mRNAs Read by pairing anticodons in TRNAS with codons in MRNAS Redundant in that each codon can code for multiple amino acids

Each one gives some basic information and summarizes its main role in translation. mRNA:       Ribosome:

What is the one-letter amino acid sequence formed from the following mRNA that codes for a pentapeptide that is an endorphin called Leu-enkephalin? 5' AUG - UAC - GGU - GGA - UUU - CUA - UAA 3'

An anti-codon is the sequence of the nitrogenous bases on the?  complementary strand of DNA which codes for one amino acid complementary strand mRNA which codes for one amino acid tRNA molecule where the amino acid is attached tRNA molecule which recognises the appropriate sequence of bases on the mRNA mRNA molecule which instructs the ribosomes to initiate protein synthesis

For each amino acid added to a polypeptide which of the following must happen?   a a charged tRNA must bind at the A site of a ribosome   b a peptide bond must be made   c the mRNA must move down three bases   d all of the above

Which nitrogenous bases would be found on the MRNA transcribed from a DNA strand with the following nucleotide sequence: AAA/TTT/GGG/CCC and why?

All of the following statements about translation are true except: Release factors recognize stop codons and prompt-cleavage of a peptide bond. Initiation factors are involved in ribosome assembly. In prokaryotes, initiator transfer RNA (tRNAf) is attached to formylmethionine. Each messenger RNA contains a start codon and a stop codon.