#Question id: 3630
#Section 3: Genetics, Cellular and Molecular Biology
In the pearl-millet plant, color is determined by three alleles at a single locus: Rp1 (red), Rp2 (purple), and rp (green). Red is dominant over purple and green, and purple is dominant over green (Rp1 > Rp2 > rp). What will be expected phenotypes and ratios of offspring produced by the Rp1/rp × Rp2/rp crosses?
#Question id: 3633
#Section 3: Genetics, Cellular and Molecular Biology
In a maternity ward, four babies become accidentally mixed up. The ABO types of the three babies are known to be A, B, and AB. The ABO types of the four sets of parents that are clamed are determined.
(A) AB X O (B) A X O, (C) A X AB, (D) B X O.
Following some statement is given
A. A blood group baby must be child of Parent B
B. B blood group baby must be child of Parent A
C. AB blood group baby must be child of Parent A
D. AB blood group baby must be child of Parent C
Which of the following above statement is correct?
#Question id: 3634
#Section 3: Genetics, Cellular and Molecular Biology
In the pearl millet plant, color is determined by three alleles at a single locus: Rp1 (red), Rp2 (purple), and Rp3 (green). Red is dominant over purple and green, and purple is dominant over green (Rp1 >Rp2 >Rp3). Which of the following parental cross would produce ½ had red, ¼ purple, ¼ green?
#Question id: 3635
#Section 3: Genetics, Cellular and Molecular Biology
In the multiple allele series that determines coat color in rabbits, c+codes for agouti, cch for chinchilla and ch for Himalayan. Dominance is in the order c+>cch>ch. In a cross of c+/cch X cch/ch, what proportion of progeny will be chinchilla?
#Question id: 3636
#Section 3: Genetics, Cellular and Molecular Biology
A man with type A blood group marries a woman with type A blood group. Their first child has type O blood. What is the genotype of the Man, proportion of his gametes are expected to contain the IA allele, and probability that their next child will have type A blood respectively:
#Question id: 3637
#Section 3: Genetics, Cellular and Molecular Biology
Parents that are homozygous for different mutations a, b and c are crossed, producing offspring that are heterozygous as following
aa X bb = ab (X)
bb X cc = bc (Y)
aa X cc = ac (Z)
If a and b belong to same locus but b and c belong to different locus then phenotype of heterozygote