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This karyotype has too many chromosomes, it should only have 46, but it has 47. Humans are supposed to inherit 23 chromosomes from each parent. This karyotype is the set of organized chromosomes located in the nucleus of a human somatic cell. Just based on the karyotype alone, this individual would typically be assigned "female" sex, since they have two X chromosomes, and do not have a Y chromosome. This karyotype's abnormality is the result of a non-disjunction mutation, which is when chromosomes fail to separate properly during meiosis. Just based on the karyotype alone, the individual would typically be assigned "male" sex, since they have one X chromosome and the missing Y is due to monosomy non-disjunction mutation. This karyotype is the set of organized chromosomes located in the mitochondrion of a sex cell. This human karyotype has a total of

          This karyotype has too many chromosomes, it should only have 46, but it has 47. Humans are supposed to inherit 23 chromosomes from each parent. This karyotype is the set of organized chromosomes located in the nucleus of a human somatic cell. Just based on the karyotype alone, this individual would typically be assigned "female" sex, since they have two X chromosomes, and do not have a Y chromosome. This karyotype's abnormality is the result of a non-disjunction mutation, which is when chromosomes fail to separate properly during meiosis. Just based on the karyotype alone, the individual would typically be assigned "male" sex, since they have one X chromosome and the missing Y is due to monosomy non-disjunction mutation. This karyotype is the set of organized chromosomes located in the mitochondrion of a sex cell. This human karyotype has a total of

Added by Elizabeth W.

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