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Chapter 11: Problem 10

State two ways that methyl groups control gene expression.

Short Answer

Expert verified
Methyl groups control gene expression through two key ways: 1. By directly silencing genes through methylation, where they attach to the DNA molecule itself and hinder the binding of necessary proteins for transcription, 2. Indirectly by attracting proteins known as MBDs that bind to these methylated sites and cause suppression of gene expression.

Step by step solution

01

Understanding Methyl Groups and Gene Expression

Firstly, you need to understand what methyl groups are and how they function in genetics. Methyl groups are a form of chemical compound containing one carbon and three hydrogen atoms. In genetics, they play a crucial role in the process called DNA methylation. Now, in context of gene expression:
02

Methylation Directly Silences Genes

One way that methyl groups control gene expression is through the process of methylation where a methyl group attaches to the DNA molecule itself. This process often occurs at a cytosine (a base in the DNA molecule) that's followed by a guanine (another base). This is known as a CpG site. When a methyl group attaches to a CpG site, it can inhibit the binding of transcription factors and other proteins necessary for transcription, effectively turning off the gene.
03

Methylation Attracts Proteins That Suppress Gene Expression

A second way that methyl groups control gene expression is by attracting proteins that are capable of suppressing gene expression. These proteins are called methyl-CpG-binding domain proteins (MBDs). When MBDs bind to the methylated sites, it results in suppression of that particular gene expression. Hence, methyl groups indirectly influence the controlling of gene expression through MBDs.

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Most popular questions from this chapter

Name a mechanism that silences transcription of a gene and a mechanism that blocks translation of an mRNA.

How does development of the pancreas illustrate differential gene expression?

Distinguish between the type of information that epigenetics provides and the information in the DNA sequence of a protein-encoding gene.

How can alternate splicing generate more than one type of protein from the information in a gene?

Explain how a mutation in a promoter can affect gene expression.
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