Single-base substitutions are not always a problem because they shift all subsequent codons "downstream" by one base. do not cause a genetic "frameshift. scramble the entire downstream DNA message. scramble the entire downstream RNA message.

UCAAUGGGGUUUAUAGCG… (there are bases after the last G but we don’t know what they are so there may be some ambiguity for the last codon with regards to the amino acid possibilities)   if the translation frame had UCA as the first codon:    if the translation frame had CAA as the first codon:    if the translation frame had AAT as the first codon:

Give the complementary codons, anticodons, and amino acids for the following: - ATG - CCA-AGG-GCT - ACT Code: TAC-TCG-CGC-ACC-GTA-TGC Give the complementary code, anticodons, and amino acids for the following: Codon: AUG - UCA - UCU - CGU - UAC - CCU - GCC-ACU-GCA - CUG - UAG Give the complementary code, codons, and amino acids for the following: Anticodon : UAC – CUA – GAC – AUG – GGG – CAU – UGG – CCA – GCA – AUU Complete the following tables: CODE: T-A-C A-T-G C-C-G T-G-G A-A-T C-G-C A-T-T CODON: ANTICODON: AMINO ACID: CODE: CODON: ANTICODON: U-A-C A-U-G U-U-C C-G-A AMINO ACID: CODE: CODON: A-U-G ANTICODON AMINO ACID: T-T-A C-C-U A-U-C A-U-C C-C-U A-C-U C-U-G T-A-C U-A-G

Which one of the following options is NOT a step in RNA processing? Addition of the 5’ G cap Addition of the 3’ poly A tail Splicing to remove exons and connect the retained introns Splicing to remove introns and connect the retained exons