Question

Why is genetic recombination important for species?

A. Genetic recombination allows the genetic material of a cell to be copied before cell division, resulting in daughter cells that can undergo genetic recombination.
B. Genetic recombination allows the genetic material to be expressed, creating both RNA and proteins from a cell's DNA.
C. Genetic recombination allows new genetic combinations and increases the genetic diversity in a population. This drives natural selection and evolution.
D. Genetic recombination allows the best genes to be selected, ensuring that mutated genes aren't passed on to offspring

Answer 1

ANSWER:

The correct option is C- Genetic recombination allows "new genetic combinations' and increases the "genetic diversity in population'. This drives natural selection and evolution.

EXPLANATION:

• Genetic recombination is a process wherein "genetic material" is exchanged between different organisms for the production of an offspring.
• This means that new genetic combinations are created for the offspring to develop with some traits from the parents while some unique traits.
• Genetic recombination is essentially needed for a species to diversify and grow and prevents it from becoming extinct.

Answer 2

From the question, the correct answer is C: Genetic recombination allows new genetic combinations and increases the genetic diversity in a population. This drives natural selection and evolution.

Further Explanation:

Genetic recombination is important because it aids the production of new genetic types. New genetic types are the essential raw materials needed for natural selection and evolution. When new genetic types are produced, they begin to replace existing genetic types; this process is called natural selection.

Genetic recombination is also important in the aspect of enabling various biological developments in eukaryotic cells.

Genetic recombination is also of great importance because it allows organisms evolve in response to changes in the environment.

Genetic recombination can be defined as the rearrangement of Deoxyribonucleic Acid (DNA) sequences through some combination of the fracture, copying and rejoining of chromosomes. It also refers to the possible outcomes of such rearrangements.

Genetic recombination also involves combining DNA from two different sources into a single molecule. Individual genes are not altered; they are simply joined together in new combinations.  

Naturally, the combination of DNA from two different persons into one molecule can be done in two steps:

• DNA from two different individuals must be combined in a single cell.

• DNA from two different individuals is joined to successfully form a single molecule.

LEARN MORE:

Genetic recombination: https://brainly.com/question/10405574

KEYWORDS:

• Genetic recombination
• Cells
• Evolution
• DNA
• Chromosomes