The enormous complexity in initiating eukaryotic gene transcription seems at first glance to be wasteful. What is the most plausible reason for requiring so many different proteins to assemble a large array of DNA sequences in order to initiate transcription? The use of large numbers of proteins and regulatory sequences in DNA opens many possibilities for sophisticated combinatorial gene regulation O The need to open chromatin for transcription demands a much larger number of proteins and regulatory sequences in DNA O The use of large numbers of proteins and regulatory sequences in DNA is essential for alternative splicing of hnRNA in eukaryotes O The larger number of eukaryotic genes demands a correspondingly larger transcription apparatus than that of prokaryotes O The larger size of eukaryotic cells demands a correspondingly larger transcription apparatus than that of prokaryotes
The enormous complexity in initiating eukaryotic gene transcription seems at first glance to be wasteful. What is the most plausible reason for requiring so many different proteins to assemble a large array of DNA sequences in order to initiate transcription? The use of large numbers of proteins and regulatory sequences in DNA opens many possibilities for sophisticated combinatorial gene regulation O The need to open chromatin for transcription demands a much larger number of proteins and regulatory sequences in DNA O The use of large numbers of proteins and regulatory sequences in DNA is essential for alternative splicing of hnRNA in eukaryotes O The larger number of eukaryotic genes demands a correspondingly larger transcription apparatus than that of prokaryotes O The larger size of eukaryotic cells demands a correspondingly larger transcription apparatus than that of prokaryotes
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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![The enormous complexity in initiating eukaryotic gene transcription seems at first glance to be
wasteful. What is the most plausible reason for requiring so many different proteins to assemble on
a large array of DNA sequences in order to initiate transcription?
O The use of large numbers of proteins and regulatory sequences in DNA opens many possibilities for
sophisticated combinatorial gene regulation
O The need to open chromatin for transcription demands a much larger number of proteins and regulatory
sequences in DNA
O The use of large numbers of proteins and regulatory sequences in DNA is essential for alternative splicing of
hnRNA in eukaryotes
O The larger number of eukaryotic genes demands a correspondingly larger transcription apparatus than that
of prokaryotes
The larger size of eukaryotic cells demands a correspondingly larger transcription apparatus than that of
prokaryotes](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F616b8a12-9e22-474c-a6c3-017b09e2b835%2F63505ead-f6fd-45ff-a4e0-5cb324d670e0%2Fh7xu92g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The enormous complexity in initiating eukaryotic gene transcription seems at first glance to be
wasteful. What is the most plausible reason for requiring so many different proteins to assemble on
a large array of DNA sequences in order to initiate transcription?
O The use of large numbers of proteins and regulatory sequences in DNA opens many possibilities for
sophisticated combinatorial gene regulation
O The need to open chromatin for transcription demands a much larger number of proteins and regulatory
sequences in DNA
O The use of large numbers of proteins and regulatory sequences in DNA is essential for alternative splicing of
hnRNA in eukaryotes
O The larger number of eukaryotic genes demands a correspondingly larger transcription apparatus than that
of prokaryotes
The larger size of eukaryotic cells demands a correspondingly larger transcription apparatus than that of
prokaryotes
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