I and III

I and IV

I, II, and III

II, III, and IV

I and II

It increases the rate of transcription by removing positive charge from histones

It decreases the rate of transcription by removing positive charge from histones

It increases the rate of transcription by adding positive charge to histones

It decreases the rate of transcription by adding positive charge to histones

More than one of these are true

G1 phase

G2 phase

S phase

Synthesis of mRNA

Synthesis of rRNA

Synthesis of tRNA

Synthesis of DNA

Synthesis of protein

Normally, proteins which activate histone acetyl-transferase have an inhibitory role in transcription

Multiple proteins are required to interact in regulating eukaryotic gene RNA transcription

Corepressor proteins can play an inhibitory role in gene expression even without directly binding to DNA

A promoter is typically upstream of the gene for which it initiates transcription

None of the other statements is false

Synthesis of mRNA

Synthesis of tRNA

Synthesis of rRNA

Synthesis of DNA

Synthesis of protein

It synthesizes a termination sequence

It reaches the TATA box

It reaches the Hogness box

It reaches an uncodeable segment of the DNA

It reaches a poly A tail

Complete halt of transcription because RNA polymerase stays as a holoenzyme

Complete halt of transcription because there is an increased degradation of RNA polymerase

Complete halt of DNA replication and transcription because there is an increased degradation of both DNA and RNA polymerase

Increased post-transcriptional modifications

It is immediately followed by translation

It occurs in the same location as eukaryotic transcription

It utilizes reverse transcriptase

It involves addition of methyl cap at the end of transcription

5' - CGCTATAATGCT - 3'

5' - TACGTGCGAATAG - 3'

5' - CCGGTTAACCGG - 3'

3' - TTCGTAGCATAACG - 5'

3' - CTAGCGTAGCAGCA - 5'