#Question id: 5731
#Unit 8. Inheritance Biology
If an individual is heterozygous for this translocation, the consequence in meiosis will be as follows:
A) Segregation results in a + c in one Gametes and b + d in another gametes, have duplication and deficiency so unable to produce viable offspring
B) Segregation results in a + b in one Gametes and c + d in another gametes, have normal chromosome so all viable offspring produced
C) Segregation results in a + d in one Gametes with normal chromosome and b + c in another gametes contains translocation arrangement, all viable offspring produced
D) Segregation results in a + d in one Gametes with normal chromosome, will produced viable offspring while b + c in another gametes contains translocation arrangement, will produce non viable offspring.
#Question id: 5732
#Unit 8. Inheritance Biology
Consider a plant, such as maize, heterozygous for a paracentric inversion. The inversion is very small and a synapsed inversion loop does not occur in any of the cells. Which of the following statement is correct?
#Question id: 5733
#Unit 8. Inheritance Biology
In individuals heterozygous for a chromosome inversion, the homologous chromosomes form a loop in prophase I of meiosis.
Which of the following is effect of inversion?
A. A dicentric and an acentric chromosome in meiosis I as the chiasmata gets terminated when inversion includes centromere
B. Appearance of deletion and duplication in both the cross over products chromosomes when centromere outside of inversion region
C. All recombinant gamete are non-viable gametes when single crossing over within inverted region; irrespective to paracentric or pericentic inversion
D. Nonviable gametes are usually produced, resulting in a depression in observed recombination frequencies.
Which of the above statements are correct?
#Question id: 5734
#Unit 8. Inheritance Biology
Following is heterozygote for inversion?
Following some statement given for above abnormality?
A) There is a less probability of a crossover occurring within inversion region and producing an enviable cross over meiotic product.
B) Chromosomes that have engaged in crossing-over separate in the normal fashion, without the creation of a bridge
C) The crossover produces chromatids that contain duplication and a deletion for different parts of the chromosome results non viable gamete
D) Double cross over within inversion loop will be results all viable gamete of parental and recombinant
#Question id: 5735
#Unit 8. Inheritance Biology
Aneuploids may arise through nondisjunction, the failure of homologous chromosomes or sister chromatids to separate in meiosis. Following some statement are correct.
A) Meiosis I non-disjunction leads to produce all gamete become aneuploidy
B) Meiosis II non-disjunction leads to produce half of gametes n+1 other half normal haploid
C) Meiosis I non-disjunction leads to produce half of gametes n+1 other half n-1
D) Either meiosis I or meiosis II non-disjunction leads to produce all aneuploidy gamete
#Question id: 5736
#Unit 8. Inheritance Biology
Two zygote in which one A is 44+XYY and another B is 44+XXX karyotype is best described by