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(D) Meiosis is a reductional division that results in four genetically distinct daughter cells.$1$. Crossing over occurs during Prophase-$I$ of meiosi

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Crossing over as well as independent assortment of chromosomes

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(D) Meiosis is a reductional division that results in four genetically distinct daughter cells.$1$. Crossing over occurs during Prophase-$I$ of meiosis,which involves the exchange of genetic material between non-sister chromatids of homologous chromosomes,leading to genetic recombination.$2$. Independent assortment occurs during Metaphase-$I$,where homologous chromosome pairs align randomly at the metaphase plate,leading to different combinations of maternal and paternal chromosomes in the gametes.Therefore,both crossing over and independent assortment contribute to the genetic variation observed in the daughter cells.

The four daughter cells derived from a single meiosis differ from each other due to

Similar Questions

Identify $A$ and $B$ respectively.

At the end of which stage of Prophase-$I$ do homologous chromosomes appear as shown in the figure?

$A-$ In meiosis,during anaphase $I$,homologous chromosomes move to the opposite poles.
$R-$ Each pole receives half the number of chromatids in anaphase $I$.

In which stage of meiosis is the enzyme recombinase required?

In which phase does the synapsis process start?

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