also name mode of inheritance
thx :)
Homework Answers
A. Autosomal recessive, recessive because not all the males are affected. and autosomal because the sons of unaffected males also get the disease.
B. Autosomal dominant, autosomal because both sexes are affected, and dominant because most the progenies are in affected condition.
all the affected individuals are heterozygous
C.Autosomal recessive. autosomal because both male and female is affected and recessive because ratio of affected is very low, that is only in homozygous condition the individuals are affected.
D.sex linked dominant. sex linked because all affected population is male . dominant because most of individuals got affected.
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also name mode of inheritance
thx :)
(b) In pedigree B, circle all individuals who are...
(a) For each pedigree, indicate the most likely mode of inheritance (6 pts) (2 pts) (b)...
(a) For each pedigree, indicate the most likely mode of inheritance (6 pts) (2 pts) (b) In pedigree B, circle all individuals who are heterozygous. or to 0 0 - 이 SSO | 호 co | or - TTT Choices: A. Y-linked, B. X-linked dominant C. recessive, D. Autosomal dominant, E. Autosomal recessive.
(a) For each pedigree, indicate the most likely mode of inheritance (6 pts) B. (b) In...
(a) For each pedigree, indicate the most likely mode of inheritance (6 pts) B. (b) In pedigree B, circle all individuals who are heterozygous. (2 pts) OG 0 0 0 0 0 호 c GO GO CD p. | 8 日 ITE | ODDC D Choices: A. Y-linked, B. X-linked dominant C. recessive, D. Autosomal dominant, E. Autosomal recessive.
answer all plz:) 4. Identify the mode of inheritance for each pedigree. (6 pts) O O...
answer all plz:)
4. Identify the mode of inheritance for each pedigree. (6 pts) O O 마 0 0 - 5. This pedigree shows a family with a rare condition. (8 pts) a. What is the mode of inheritance of this condition? b. What is the probability that the unborn child at the bottom will display the condition? 명이 1 1 2 5 6 7 8 9
. O . Using Pedigrees to hypothesize patterns of inheritance 5. For each of the pedigree...
. O . Using Pedigrees to hypothesize patterns of inheritance 5. For each of the pedigree charts on the following page, determine which pattern of inheritance most likely explains the observed pattern of traits in the family shown. Observe the general patterns in the pedigree charts on the following page o males vs females? parents with disease? Compare these patterns with the clues on the previous page to hypothesize a pattern of inheritance Based on this pattern of inheritance, use...
Part B - Identify the mode of inheritance Look over the pedigree you constructed in Part...
Part B - Identify the mode of inheritance Look over the pedigree you constructed in Part A. Based on the inheritance pattern, which mode of inheritance must be the cause of galactosemia? Based on the inheritance pattern, which mode of inheritance must be the cause of galactosemia? sex-linked dominant autosomal dominant sex-linked recessive autosomal recessive SubmitHintsMy AnswersGive UpReview Part Part C - Predicting the probability of inheritance Jane and John are considering having another child. Given the pedigree you constructed...
1. Human inheritance patterns (5 pts). All of the following questions refer to the following pedigree,...
1. Human inheritance patterns (5 pts). All of the following questions refer to the following pedigree, tracing a rare trait (#1) and a common trait (#2) through the same family. (We are combining two different charts into one chart with this method. It may help you to redraw two separate charts to make who is affected/unaffected by each trait more clear. The inheritance of trait 1 doesn't influence the inheritance of trait 2.) 1 - Affected Trait 1 - Affected...
A B C D 1. Consider the pedigree below where affected individuals are in dark blue...
A B C D 1. Consider the pedigree below where affected individuals are in dark blue and carriers are in lightblue._-ig.^ 3 4 5 A. (1 pts) Select the mode of inheritance shown in this pedigree and explain your reasoning: Autosomal dominant Autosomal recessive X-linked Y-linked B. (1 pts) Predict whether each of the great-grandparents (labeled A-D) are affected, carriers, or unaffected noncarriers and explain your reasoning 2. In Jabberwocks, flame eyes (F) are dominant to blue eyes ( and...
Need 5-9 and number 11 all answered. Thx 5. How can two individuals with brown eyes(B)...
Need 5-9 and number 11 all answered. Thx
5. How can two individuals with brown eyes(B) have a blue (b) eyed baby? Show the genotypes of the parents and Punnett square to prove your answer. What are the chances of a blue-eyed baby? 6. A homozygous tongue roller (T) is married to a non-tongue roller(t). If they have 5 children, how many of them will be tongue rollers? Use Punnett square to support and explain your answer. 7. Let's imagine...
2 The inheritance of autosomal dominant traits also can be explored through pedigree analysis, Polydactylism, having...
2 The inheritance of autosomal dominant traits also can be explored through pedigree analysis, Polydactylism, having extra digits, results from a dominant gene (P). Using Figure 3.8, explain the appearance of polydactyly in children of generation 3. O IIION FUR 8.8 Polydactylism pedigree. X-linked traits are carried exclusively on the X chromosome. Because a male possesses only one X chromosome, if he receives an X chromosome that carries an X-linked trat he will express that trait. For a female to...
Please show the punnett squares where needed. Need this done ASAP thx. 1. In pea plants,...
Please show the punnett squares where needed. Need this done
ASAP thx.
1. In pea plants, Round seeds are dominant (R) and wrinkled seed are recessive (r). a. What would the parent look like(phenotype) if its genotype is RR? What is the name of this type of genotype? Use genetic terms you learned. b. What would the parent phenotype be is it was Rr? What is the name of this type of genotype? c. What would the parent genotype be...
(a) For each pedigree, indicate the most likely mode of inheritance (6 pts) (2 pts) (b) In pedigree B, circle all individuals who are heterozygous. or to 0 0 - 이 SSO | 호 co | or - TTT Choices: A. Y-linked, B. X-linked dominant C. recessive, D. Autosomal dominant, E. Autosomal recessive.
(a) For each pedigree, indicate the most likely mode of inheritance (6 pts) B. (b) In pedigree B, circle all individuals who are heterozygous. (2 pts) OG 0 0 0 0 0 호 c GO GO CD p. | 8 日 ITE | ODDC D Choices: A. Y-linked, B. X-linked dominant C. recessive, D. Autosomal dominant, E. Autosomal recessive.
answer all plz:)
4. Identify the mode of inheritance for each pedigree. (6 pts) O O 마 0 0 - 5. This pedigree shows a family with a rare condition. (8 pts) a. What is the mode of inheritance of this condition? b. What is the probability that the unborn child at the bottom will display the condition? 명이 1 1 2 5 6 7 8 9
. O . Using Pedigrees to hypothesize patterns of inheritance 5. For each of the pedigree charts on the following page, determine which pattern of inheritance most likely explains the observed pattern of traits in the family shown. Observe the general patterns in the pedigree charts on the following page o males vs females? parents with disease? Compare these patterns with the clues on the previous page to hypothesize a pattern of inheritance Based on this pattern of inheritance, use...
1. Human inheritance patterns (5 pts). All of the following questions refer to the following pedigree, tracing a rare trait (#1) and a common trait (#2) through the same family. (We are combining two different charts into one chart with this method. It may help you to redraw two separate charts to make who is affected/unaffected by each trait more clear. The inheritance of trait 1 doesn't influence the inheritance of trait 2.) 1 - Affected Trait 1 - Affected...
A B C D 1. Consider the pedigree below where affected individuals are in dark blue and carriers are in lightblue._-ig.^ 3 4 5 A. (1 pts) Select the mode of inheritance shown in this pedigree and explain your reasoning: Autosomal dominant Autosomal recessive X-linked Y-linked B. (1 pts) Predict whether each of the great-grandparents (labeled A-D) are affected, carriers, or unaffected noncarriers and explain your reasoning 2. In Jabberwocks, flame eyes (F) are dominant to blue eyes ( and...
Need 5-9 and number 11 all answered. Thx
5. How can two individuals with brown eyes(B) have a blue (b) eyed baby? Show the genotypes of the parents and Punnett square to prove your answer. What are the chances of a blue-eyed baby? 6. A homozygous tongue roller (T) is married to a non-tongue roller(t). If they have 5 children, how many of them will be tongue rollers? Use Punnett square to support and explain your answer. 7. Let's imagine...
2 The inheritance of autosomal dominant traits also can be explored through pedigree analysis, Polydactylism, having extra digits, results from a dominant gene (P). Using Figure 3.8, explain the appearance of polydactyly in children of generation 3. O IIION FUR 8.8 Polydactylism pedigree. X-linked traits are carried exclusively on the X chromosome. Because a male possesses only one X chromosome, if he receives an X chromosome that carries an X-linked trat he will express that trait. For a female to...
Please show the punnett squares where needed. Need this done
ASAP thx.
1. In pea plants, Round seeds are dominant (R) and wrinkled seed are recessive (r). a. What would the parent look like(phenotype) if its genotype is RR? What is the name of this type of genotype? Use genetic terms you learned. b. What would the parent phenotype be is it was Rr? What is the name of this type of genotype? c. What would the parent genotype be...
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