Independent assortment of alleles of different genes can be explained by the random alignment of homologous pairs of during meiosis I. When two genes are located close to one another on a chromosome, they tend to be transmitted together.

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09-12-2022
Biology

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Independent assortment of alleles of different genes can be explained by the random alignment of homologous pairs of during meiosis I. When two genes are located close to one another on a chromosome, they tend to be transmitted together.

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SumanaPaul SumanaPaul · Answer 1 · 2022-12-16T09:48:32+01:00

The haphazard alignment of homologous pairs of chromosomes during meiosis I can be used to explain the independent distribution of alleles of various genes.

What does the independent assortment law entail?

Various genes and their alleles are inherited independently in sexually reproducing organisms, according to the Law of Independent Assortment. . Through the process of crossing-over, genes connected to a chromosome can reorganise themselves.

Homologous chromosomes: what are they?

Within a diploid organism, homologous chromosomes are two bits of DNA that share the same genes, one from each parent. In plainer terms, both of your parents give you a full genome. The 23 chromosomes that are provided by each parent contain the same genes, making them identical.

To learn more about chromosomes visit:

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