A) To terminate the process of DNA replication B) To encode the primary structure of amino acids C) To initiate the transcription of a single RNA transcript D) To store genetic information for long-term inheritance
A) Within the ribosomal subunits B) Downstream on the antisense strand C) Upstream on the DNA D) Inside the protein coding region
A) DNA polymerase B) Ligase C) RNA polymerase D) Helicase
A) 1–10 base pairs B) 10–50 base pairs C) 100–1000 base pairs D) 5000–10000 base pairs
A) Transcription factors B) Sigma factors only C) Ribosomes D) DNA helicases
A) TBP B) Sigma factor C) TFB D) RNA polymerase II
A) Three B) Only one C) Fifty D) At least seven
A) Sigma factors B) Only enhancers C) Only silencers D) BRE and TATA elements
A) Sigma factor B) TFB and TBP C) RNA polymerase II D) Enhancer binding proteins
A) Introns and exons B) Ribosomes and tRNAs C) Enhancers, silencers, and insulators D) Only termination sequences
A) Almost 100% B) Less than 1% C) About 10% D) About 60%
A) About 5% B) About 60% C) About 90% D) About 10%
A) The number of ribosomes in the cell B) The gene, transcription product, RNA polymerase type, and species C) The age of the organism D) The size of the cell nucleus
A) Only DNA strands B) Only proteins C) Only lipids D) mRNA, tRNA, or rRNA
A) The removal of DNA B) Changes in temperature only C) The binding of DNA polymerase D) Changes in abundance or conformation of regulatory proteins |