After meiosis I,the resultant daughter cells | vedclass

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(B) In meiosis $I$,the homologous chromosomes separate,but the sister chromatids remain attached at the centromere.Starting with a diploid cell $(2n)$

Vedclass · Accepted Answer

Twice the amount of $DNA$ in comparison to haploid gamete

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(B) In meiosis $I$,the homologous chromosomes separate,but the sister chromatids remain attached at the centromere.Starting with a diploid cell $(2n)$ with $4C$ amount of $DNA$ (after $S$ phase),meiosis $I$ results in two daughter cells.Each daughter cell receives one set of chromosomes,but each chromosome still consists of two sister chromatids.Therefore,each daughter cell has $n$ chromosomes and $2C$ amount of $DNA$.$A$ haploid gamete (formed after meiosis $II$) has $n$ chromosomes and $1C$ amount of $DNA$.Thus,the daughter cells after meiosis $I$ have twice the amount of $DNA$ $(2C)$ compared to a haploid gamete $(1C)$.

After meiosis $I$,the resultant daughter cells have

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Match the following stages of meiosis with their characteristic events:
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Select the correct option from the following:

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