QUESTION 60 Alternative splicing cannot produce different RNAs from the same gene can produce different polypeptides fro

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QUESTION 60 Alternative splicing cannot produce different RNAs from the same gene can produce different polypeptides from the same, gene can produce different DNAs from the same gene can produce different mRNAs from the same gene cannot produce different different polypeptides from the same gene Choose all that apply.
Select the sequences relevant to prokaryotic translation TTGACA at -35 AUG start codon TATAA/TAAR (TATA box) at -30 AGGAGG (Shine-Dalgarno sequence) A/GNNAUGG (Kozak sequence) TATAAT at -10
QUESTION 53 The last stage of transcription in prokaryotic cells may involve release factor which hydrolyses peptide from tRNA multiple transcription factors Rho-independent formation of hairpin structures followed by a string of U repeats within the mRNA transcript Rho factor which facilitates dissociation of RNAtranscript from transcription complex polyadenylation signal AAUAAA AUCTIONLA Choose all that apply.
QUESTION 41 DNA polymerase I is thought to add nucleotides: O to the 3' end of the primer O in a 3' to 5' direction Oon single-stranded templates without need for an RNA primer O in place of the RNA primer after it removes it O to the 5' end of the primer
QUESTION 39 The genetic code is O degenerate O unambiguous universal overlapping commaless which means that one codon encodes just one amino acid
QUESTION 4 According to the Central Dogma the information encoded in the sequence of amino acids is reverse-transcribed to DNA by some viruses the information encoded in the RNA is transcribed to form DNA DNA cannot function as genetic material in viruses the information from the 3D structure of a protein is transcribed to RNA the information carried in the RNA is translated to the sequence of amino acids