Why would a mutation in a gamete have more profound biological consequences than in a somatic cell?

Mutation in a few somatic cells in your complete collection of millions of somatic cells normally isn't a difficulty because most cells simply die or self-destruct (apoptosis) and when it is a query when these cells don't all die its cancer. But a modification in a gamete if transferred to an offspring, every cell in the offspring's body will have that mutation. sometimes the mutation produces such a great impression that an offspring cannot even be produced. a mutation in a gamete can probably be passed on to the next generation. A mutation in a physical cell passes when the organism deteriorates.

The mutation is defined as the change in the sequence of DNA. The mutation can occur in somatic as well as reproductive cells. The mutation in the gametes has more profound biological consequences.

The consequence of mutation in the reproductive cells or gamete can have profound consequences. The mutation in the gametes can be passed from the parents to the offspring, which can adversely impact the future generation.

For example, hemophilia is one of the most dangerous diseases, which can be passed on from parent to offspring. In such a condition, the mutation is caused by the genes coding for clotting factors.

Thus, the person will be unable to clot blood and will eventually die.

Therefore, the changes in the genetic sequence of the gamete can result in life-threatening diseases that can be passed on to future generations, whereas in the somatic cells, the cell undergoes apoptosis or replaces the damaged cells.

To know more about mutation in cells, refer to the following link:

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