Question

How does crossing over during meiosis result in the "Unlinking" of linked genes?

Answer 1

Hint: Crossing over could be a method that happens between homologous chromosomes to extend genetic diversity. Throughout crossing over, a part of one chromosome is changed with another. Gametes gain the power to be genetically totally different from their neighbouring gametes once crossover happens.

Complete answer:
Linked Genes" primarily means that the genes area unit passes on sequence on a chromosome, like neighbours. Once the chromosomes separate in meiosis, there's a crossing over the event and also the propulsion part of the body will transfer genetic material from one chromosome to a different one.
Crossing over will place new alleles along together on a constant chromosome, causing them to go into a constant gamete. That is, the alleles of the genes that are already along on a chromosome can tend to be passed as a unit to gametes. During this case, the genes are coupled.
During meiosis, homologous chromosomes (one from every parent) combine on their lengths. The chromosomes cross over at points referred to as structure. At every structure, the chromosomes break and rejoin, trading a number of their genes. This recombination leads to genetic variation. Crossing over is the exchange of genetic material between non-sister chromatids of homologous chromosomes throughout meiosis, which ends up in new allelomorphic combos within the female offspring cells.
Crossing over, or recombination is that the exchange of chromosome segments between non sister chromatids in meiosis. crossing over creates new combos of genes within the gametes that don't seem to be found in either parent, contribution to genetic diversity.

Note: Crossing over is important for the traditional segregation of chromosomes throughout meiosis. crossing over additionally accounts for genetic variation, as a result of because of the swapping of genetic material throughout crossing over, the chromatids commanded along by the centromere are not any longer identical.