Which of the following explains why the human population has so many phenotypic differences?
A) The majority of our genome consists of noncoding DNA.
B) The majority of our genome consists of DNA that codes for proteins.
C) Recombination allows for new genetic combinations.
D) The genes that code for what we look like are more susceptible to mutation than other genes.
E) None of the answer options are correct.



Answer :

The right answer, based on the above statement, is that recombination results in novel genetic combinations.

What does a human genome look like?

The total revenue of DNA instructions existing in a cell makes up the genome. The genetic information is made up of 23 sets of chromosomes that are found in the dna and one tiny chromosome that is found in the mitochondria. All that a person needs to develop and operate is encoded in their DNA.

How many genomes are there in humans?

The genome is divided into 23 pairs of sex chromosomes (XX there in female and (XY) as in male), as well as 22 paired chromosomes, known as autosomes.

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