fast answer pls Ascil is an activating transcription factor containing a DNA binding domain and an activationdomain. Ascl1 induces neuronal differentiation. A truncated Ascl1 lacking the DNA bindingdomain but with an intact activation domain will:O Bind to DNA, activate transcription, and differentiate cells into neuronsO Bind to DNA, not activate transcription, and not differentiate cells into neuronsO Not bind to DNA, activate transcription, and differentiate cells into neuronsNot bind to DNA, not activate transcription and differentiate cells into neuronsO Not bind to DNA, not activate transcription, and will not differentiate cells into neurons

Some transcription factors bind to a DNA promoter sequence near the transcription start site and…

Ascll is an activating transcription factor containing a DNA binding domain and an activation domain. Ascil induces neuronal differentiation. A truncated Asci1 lacking the DNA binding domain but with an intact activation domain will: Bind to DNA, activate transcription, and differentiate cells into neurons Bind to DNA, not activate transcription, and not differentiate cells into neurons Not bind to DNA, activate transcription, and differentiate cells into neurons O Not bind to DNA, not activate transcription and differentiate cells into neurons O Not bind to DNA, not activate transcription, and will not differentiate cells into neurons

Ascll is an activating transcription factor containing a DNA binding domain and an activation domain. Ascil induces neuronal differentiation. A truncated Asci1 lacking the DNA binding domain but with an intact activation domain will: Bind to DNA, activate transcription, and differentiate cells into neurons Bind to DNA, not activate transcription, and not differentiate cells into neurons Not bind to DNA, activate transcription, and differentiate cells into neurons O Not bind to DNA, not activate transcription and differentiate cells into neurons O Not bind to DNA, not activate transcription, and will not differentiate cells into neurons

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter14: Gene Regulation

Section: Chapter Questions

Problem 8TYU: Through alternative splicing, eukaryotes (a) reinforce gene inactivation (b) prevent transcription...

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