Respuesta :

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The possible outcome is having cancer sooner than expected, for example, a thyroid cancer.

RAS is a group of proteins that when the gene that codes them gets mutated, the proteins become a cause of cancer.
This can be explained by the two hit theory. In this theory, cancer is the result of the accumulation of mutations that occurs in the DNA of a certain cell.
If one mutation happens, that cell won't become a carcinogenic cell, unless the other copy also mutates. With both copies affected, the cell is carcinogenic and will become way more active, multiplying a lot, which leads to more cells affected.


The mutation in the single copies leads to cancer because they permanently attached to the GTP and activate the unconditional cell division.

Further Explanation:

RASprotein has a specific role in cancer. This class of protein belongs to super protein referred to as low molecular weight G-proteins.The mutation in this regulator (SPRED1 and neurofibromin) produces a significant effect on the formation of cancer. A number of developmental techniques that is caused by germline mutationslead to activation of RAS or MAPK.It produces a significant role in autism as well as other neurological disorders.

The mutation in the single copy of this protein leads to cancer. The mutated copies will form a permanent bond with GTP. It remains inactivated form. Therefore, the mutation results in uncontrolled division of cells that lead to cancer.

Learn More-

1. Learn more about a haploid cell during meiosis https://brainly.com/question/94813

2. Learn more about how are mitosis and binary fission similar https://brainly.com/question/6462270

3. Learn more about a dividing eukaryotic cell that is treated with a drug that inhibits the shortening of spindle microtubules. This will cause the cell division cycle to stop at the ____ stage. https://brainly.com/question/10767798

Answer Details:

Grade: High School

Subject: Biology

Chapter: Mutation

Keywords:

Mutation, cancer, cell division, SPRED1, neurofibromin, germline, autism, binary, triphosphate, protein.