Option D is correct
As it is x linked inherited disease. It is x linked recessive disorder. And the arrowed generation is not affected means it is carrier. Dominant A allele blocks the recessive character.
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Orto to S OCHO - The genotype of the individual with the arrow is A) Aa...
Nuus Share Comments QUESTIONS A. CA Paste Sides Using pedigree #2, determine the possible genotype of Mary Font Paragraph insert Drawing Sensitivity AA CA Pedigree #2 Аа CB aa AA or Aa D. СЕ ХАХА XAXa CE Kate Jen Xaxa Mary CHXAXA or XAX.
1) you observe a population with 4000 zygotes with the genotype AA,800 zygotes with the genotype Aa, and 50 zygotes with the genotype aa. a) what are the frequencies of the three genotypes and the A and a alleles in the zygotes? b) you come back later to this population and determined there are the following number of juveniles:3000 AA, 700 Aa, and 12 aa genotype. calculate the relative fitness w, and the selection coefficient for each of he 3...
(a) What is the genotype of individual I-1? (b) What is the genotype of individual I-2? (c) What is the genotype of individual IV-3? (d) What is the genotype of individual IV-6? PART B If individuals IV-3 and IV-6 were to have children: (e) What is the probability that these children will express this X-linked dominant trait? % (f) If they only have sons, what is the probability that these sons will express this X-linked dominant trait? % (g) If...
2. Suppose an individual has the genotype B/b:D/D:Ele:G/g. a. What are the odds that the individual will produce a gamete with the genotype be? Ignore the D and G genes for now.) b. Now considering all four genes, how many different unique kinds of gametes could this individual produce? c. What are the odds that the individual will produce a gamete with the genotype B:D:e G?
13. The following genotype frequencies are observed in a population of 500 individuals. Genotype AA Number of individuals 210 180 Aa aa 110 Total = 500 Answer the following questions about this population (6 points total). a. What is the frequency of the “A” allele? Show your work. (1 point) b. What is the frequency of the “a” allele? Show your work. (1 point) c. Does this locus appear to be at Hardy-Weinberg Equilibrium in this population? Show your work....
1. Let's say an individual is of the genotype AABbCcDdEe. a) How many different gamete types could he/she produce for could he/she produce for these traits ? another of the same genotype, what proportion of their b) If this individual were to mate with another of the same genotype, offspring would we expect to show all 5 of the dominant phenotypes expect to show all 5 of the dominant phenotypes? How about all 5 of the recessive phenotypes ? c)...
a drosophilia female fly has the genotype Aa BB Cc Dd. Considering that alleles at each of the four loci assort independently of the other loci, what fraction of the gametes produces by this fly will have the genotype a B C D?
Genetics Lab report 1. How many possitta gametes an individual with the genotype AABbCcddEe can make? 2. Calculate the following probabilities (from your PowerPoint): Obs: write the probabilities as fractions AND percentages (ex: 1 in 2 or 50%) a) What is the probability of aa in a cross between Aa x Aa? b) What is the probability of Aa in a cross between Aa x Aa? c) What is the probability of AaBb in a cross between AaBb x AaBb?...
Two linked genes, (A) and (B), are separated by 18 m.u. A man with genotype Aa Bb marries a woman who is aa bb. The man's father was aa bb. What is the probability that their first child will be Aa Bb? (2 points)
A plant of genotype Aa; Bb; Cc is fertilized by a plant that is completely dominant for each of the genes. (Assume that A, B, and C are dominant to a, b, c and that the three genes assort independently). What proportion of the offspring will have the same phenotype as the heteroallelic plant? Use the branch-line method to answer this question.