Homologs separate during meiosis IOne diploid cell produces 4 haploid cells Sister chromatids separate from each other during meiosis IINOT: 2 haploid gametes fuse to form a diploid cell

2 products of the second meiotic division have both the maternal and paternal chromosomes of a set and the other 2 products have none for that setNondisjunction during meiosis I yields two gametes that are missing a particular chromosome after meiosis II.

Homologs fail to separate during meiosis IOrdinarily, homologs separate during meiosis I. Failure of this separation is one of the ways which nondisjunction occurs

It occurs more frequently in human females over the age of 35It may fail to separate maternal from paternal chromosomesIt may fail to separate maternal chromatids from one another and paternal chromatids from one another

2 products of the second meiotic division have both the maternal and paternal chromosomes of a set and the other 2 products have none for that setNondisjunction during meiosis I yields two gametes that are missing a particular chromosome after meiosis II.

aneuploidy

Homologs fail to separate during meiosis IOrdinarily, homologs separate during meiosis I. Failure of this separation is one of the ways which nondisjunction occurs

Nondisjunction during either meiosis I or II in female gameteNondisjunction during either meiosis I or II can produce a gamete that will result in a trisomic zygote. Since the incidence of Down syndrome increases with maternal age, it is likely that this error occurs in the female gamete.

Homologs fail to separate during meiosis IOrdinarily, homologs separate during meiosis I. Failure of this separation is one of the ways which nondisjunction occurs

2 products of the second meiotic division have both the maternal and paternal chromosomes of a set and the other 2 products have none for that setNondisjunction during meiosis I yields two gametes that are missing a particular chromosome after meiosis II.

Homologs separate during meiosis IOne diploid cell produces 4 haploid cells Sister chromatids separate from each other during meiosis IINOT: 2 haploid gametes fuse to form a diploid cell

Nondisjunction during either meiosis I or II in female gameteNondisjunction during either meiosis I or II can produce a gamete that will result in a trisomic zygote. Since the incidence of Down syndrome increases with maternal age, it is likely that this error occurs in the female gamete.

Nondisjunction during either meiosis I or II in female gameteNondisjunction during either meiosis I or II can produce a gamete that will result in a trisomic zygote. Since the incidence of Down syndrome increases with maternal age, it is likely that this error occurs in the female gamete.

2 products of the second meiotic division have both the maternal and paternal chromosomes of a set and the other 2 products have none for that setNondisjunction during meiosis I yields two gametes that are missing a particular chromosome after meiosis II.

Homologs fail to separate during meiosis IOrdinarily, homologs separate during meiosis I. Failure of this separation is one of the ways which nondisjunction occurs

It occurs more frequently in human females over the age of 35It may fail to separate maternal from paternal chromosomesIt may fail to separate maternal chromatids from one another and paternal chromatids from one another

2 products of the second meiotic division have both the maternal and paternal chromosomes of a set and the other 2 products have none for that setNondisjunction during meiosis I yields two gametes that are missing a particular chromosome after meiosis II.

Homologs separate during meiosis IOne diploid cell produces 4 haploid cells Sister chromatids separate from each other during meiosis IINOT: 2 haploid gametes fuse to form a diploid cell

Homologs fail to separate during meiosis IOrdinarily, homologs separate during meiosis I. Failure of this separation is one of the ways which nondisjunction occurs

It occurs more frequently in human females over the age of 35It may fail to separate maternal from paternal chromosomesIt may fail to separate maternal chromatids from one another and paternal chromatids from one another

True

False