What is an outcome of gene regulation?

What is an outcome of gene regulation?A. Every cell produces all types of proteins.B. Each cell is able to produce only one protein.C. Each cell contains the genes for only one protein.D. Each cell produces only the proteins it needs.​


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Gene regulation results in homeostasis that equilibrium between interdependent elements to different gene expressions by physiological processes.


Gene regulation is any mechanism utilize by a cell to change in the production of specific protein or RNA. Cells can alter their gene expression to stimuli developmental pathways, respond to environmental stimuli, or adapt to the new change.

Gene regulation is a cellular process that regulates the manner and rate of gene expression. A complex set of interactions between genes, protein, RNA molecules and other components of the gene expression system.

Homeostasis at cellular level


Genes are responsible for encoding proteins which in turn defines the functions of cell and its organelles. A gene while transmitting information from DNA to protein via RNA provides several control points of self-regulating. All this brings a uniformity and consistency in the essential body functions thereby achieving homeostasis at cellular level in response to changes. Gene regulation allows a cell to increase or decrease gene and its product production. It also responds to environmental stimuli and allows adaptations to developmental pathways  

Homeostasis is an outcome of gene regulation.


Gene regulation can be described as one of the vital processes through which maintenance of the body's internal conditions takes place. The mechanism of gene regulation monitors the production rate of a specific protein according to the requirements of the body. Almost every RNA or protein of the body needs regulation.

Homeostasis can be described as the maintenance of ideal conditions for the proper functioning of the body. The genes needed for maintaining homeostasis need to be properly regulated. For example, regulation of temperature, regulation of blood glucose level.

Homeostasis is an outcome of gene regulation.


This is because gene regulation serves to ensure that protein activity is kept within a narrow range.

In eukaryotes, the accessibility of large regions of DNA can depend on its chromatin structure, which can be altered as a result of histone modifications directed by DNA methylation, ncRNA, or DNA-binding protein. Hence these modifications may up or down regulate the expression of a gene.

Hope this helps you

Tha answer is C im pretty sure

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