Genetic constitution of gamete gets decided in

Metaphase-I

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Anaphase-I

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Anaphase-II

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Interkinesis

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Solution

The correct option is C
Anaphase-II

Gametogenesis involves meiosis. In anaphase-I, the two homologous sets of chromosomes (which now include recombinant chromosomes) segregate. But the segregation of sister chromatids occurs in anaphase-II, which decides the genetic constitution of the gametes.

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Question 2

At which stage of meiosis does the genetic constitution of gametes is finally decided
(a) Metaphase-I
(b) Anaphase-II
(c) Metaphase-II
(d) Anaphase-I

Genetic constitution of gamete gets decided in ___.

In which one of the following options the stages of mitosis have been given in correct sequence ?
(a) Prophase, metaphase, telophase, anaphase
(b) Prophase, metaphase, anaphase, telophase
(c) Anaphase, telophase, prophase, metaphase
(d) Telophase, anaphase, prophase, metaphase

In Anaphase of mitosis:
(I) Chromosomes move to equator and get aligned along metaphase plate.
(II) Centromere of each chromosome is towards the equator when chromosomes move away from the equatorial plate.
(III) Each chromosome arranged at the metaphase plate splits simultaneously.

Q. Identify the correct combination regarding anaphase, anaphase-I and anaphase-II.

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Genetic constitution of gamete gets decided in

The correct option is C Anaphase-II Gametogenesis involves meiosis. In anaphase-I, the two homologous sets of chromosomes (which now include recombinant chromosomes) segregate. But the segregation of sister chromatids occurs in anaphase-II, which decides the genetic constitution of the gametes.

The correct option is C
Anaphase-II

Gametogenesis involves meiosis. In anaphase-I, the two homologous sets of chromosomes (which now include recombinant chromosomes) segregate. But the segregation of sister chromatids occurs in anaphase-II, which decides the genetic constitution of the gametes.