Podcast
Questions and Answers
What is the function of eukaryotic activators in transcription?
What is the function of eukaryotic activators in transcription?
- Inhibiting the binding of GTFs to DNA
- Enhancing basal levels of transcription by binding to enhancers (correct)
- Directing the starting point and direction of transcription
- Sponsoring a low level of transcription independently
What is the role of gene-specific TFs called activators in eukaryotic cells?
What is the role of gene-specific TFs called activators in eukaryotic cells?
- Inhibiting the function of general transcription factors
- Dictating the starting point and direction of transcription
- Providing additional boost to transcription above the basal level (correct)
- Sponsoring only a low level of transcription
How do activators enhance basal levels of transcription?
How do activators enhance basal levels of transcription?
- By interacting with both GTFs and co-activators (correct)
- By inhibiting the function of GTFs
- By directly binding to promoter regions
- By independently initiating transcription
What dictates the starting point and direction of transcription in eukaryotic cells?
What dictates the starting point and direction of transcription in eukaryotic cells?
What is the purpose of gene-specific TFs called activators in eukaryotic cells?
What is the purpose of gene-specific TFs called activators in eukaryotic cells?
What is the main function of gene-specific TFs called activators in eukaryotic cells?
What is the main function of gene-specific TFs called activators in eukaryotic cells?
What dictates the starting point and direction of transcription in eukaryotic cells?
What dictates the starting point and direction of transcription in eukaryotic cells?
How do activators enhance basal levels of transcription?
How do activators enhance basal levels of transcription?
What is the role of enhancers in gene expression?
What is the role of enhancers in gene expression?
What are the categories of activators based on their DNA binding motifs?
What are the categories of activators based on their DNA binding motifs?