23. The human disease xeroderma pigmentosum results from mutations in genes involved with: (A) nucleotide excision repair. (B) photoreactivation. (C) base excision repair. (D) mismatch repair. (E) recombination-repair.

23. The human disease xeroderma pigmentosum results from mutations in genes involved with:
(A) nucleotide excision repair.
(B) photoreactivation.
(C) base excision repair.
(D) mismatch repair.
(E) recombination-repair.

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B1 · 2025/07/14

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The human disease ...

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複選題29. Which of the following description of RNA processing events is correct? (A) Cap is a modified 7-methylguanosine that 5'-3' links to the 5'terminus of RNA. (B) RNA polyadenylation only happens in nucleus. (C) RNA cap can be labeled with [B,y-32P]ATP but not with [y-32P]ΑΤΡ. (D) RNA polymerase II transcription of a gene usually stops at the polyadenylation site. (E) Once an mRNA loses its poly（A） tail, it is imported back into the nucleus for replenishing poly（A）tail.

23. The human disease xeroderma pigmentosum results from mutations in genes involved with:
(A) nucleotide excision repair.
(B) photoreactivation.
(C) base excision repair.
(D) mismatch repair.
(E) recombination-repair.

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23. The human disease xeroderma pigmentosum results from mutations in genes involved with:(A) nucleotide excision repair.(B) photoreactivation.(C) base excision repair.(D) mismatch repair.(E) recombination-repair.

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相關試卷

23. The human disease xeroderma pigmentosum results from mutations in genes involved with:
(A) nucleotide excision repair.
(B) photoreactivation.
(C) base excision repair.
(D) mismatch repair.
(E) recombination-repair.