Homework Answers
The above pedigree is the example of X linked recessive inheritance as X-linked recessive typically affects males, the male with unaffected parents, and all the affected males in a pedigree share ancestry via mothers rather than fathers that means mother has carrier gene which cause dieases in males.
(b) Darkened squares or circles always represent individuals with the trait hence option (a) will always express the trait
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다。 This pedigree is an example of Y-linked inheritance X-linked recessive inheritance X-linked dominant inheritance none...
QUESTION 19 Identify the pattern of inheritance in this pedigree: 10 autosomal dominant autosomal recessive X-linked...
QUESTION 19 Identify the pattern of inheritance in this pedigree: 10 autosomal dominant autosomal recessive X-linked dominant O X-linked recessive
QUESTION 18 Identify the pattern of inheritance in this pedigree: autosomal dominant O autosomal recessive O...
QUESTION 18 Identify the pattern of inheritance in this pedigree: autosomal dominant O autosomal recessive O X-linked dominant O X-linked recessive
What is the mode of inheritance for hypercholesterolemia? a. Autosomal dominant b. Autosomal recessive c. X-linked...
What is the mode of inheritance for hypercholesterolemia?
a.
Autosomal dominant
b.
Autosomal recessive
c.
X-linked dominant
d.
X-linked recessive
e.
More than one of the above are possible
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What is the mode of inheritance for Hunter's syndrome?
a.
Autosomal dominant
b.
Autosomal recessive
c.
X-linked dominant
d.
X-linked recessive
e.
More than one of the above are possible.
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What is the genotype for individual II-3 at the
hypercholesterolemia locus (dominant allele is denoted by H,
recessive allele...
The possible modes of inheritance are autosomal dominant autosomal recessive X-linked recessive mitochondrial inheritance || ITQ...
The possible modes of inheritance are autosomal dominant autosomal recessive X-linked recessive mitochondrial inheritance || ITQ ? 11 2 3 4 23 TO O | 1 2 3 | | O ■ 2 3 2 3 4 5 Question 1 (12 marks) For the following pedigrees i. identify the most likely mode of inheritance, and ii. describe 2 features that fit with that mode of inheritance. 1 mark each 2 marks each The possible modes of inheritance are autosomal dominant...
5. Using the pedigree below, identity whether the trois autosomal dominant autosomal recessive, X-lined, or Y-linked....
5. Using the pedigree below, identity whether the trois autosomal dominant autosomal recessive, X-lined, or Y-linked. Fil in the genotypes for each individual
The conclusions about inheritance (above) can be used to help analyze pedigrees. For each pedigree below,...
The conclusions about inheritance (above) can be used to help analyze pedigrees. For each pedigree below, tell if the trait can be autosomal dominant, autosomal recessive, and X-linked recessive. If the pedigree cannot fit a mode of inheritance, tell why. Record your answers in the table on the next page. Pedigree A 2 3 o.a. 9 10 12 (13 14 ad ada 15 16 Xx 20 aa ia ha Pedigree B 910 11 12 14 a ta da Enter either...
In the pedigree below, what is the most likely mode of inheritance for this condition?: X-linked...
In the pedigree below, what is the most likely mode of inheritance for this condition?: X-linked recessive, autosomal dominant, or autosomal recessive? Affected individuals are shown as black symbols. Based on your prediction, give the genotypes of the following individuals: I-1, I-2, II-1, II-3, II-4, III-1, III-2, III-4, IV-2, and IV-3. If you choose autosomal, use A or a; if you choose X-linked, use X^A, X^a, or Y List the proposed genotypes of the designated individuals along the side:
The pedigree below is most compatible with: sex-linked dominant sex-linked recessive autosomal dominant autosomal recessive The...
The pedigree below is most compatible with: sex-linked dominant sex-linked recessive autosomal dominant autosomal recessive The F factor is about 100 kb in length, and contains genes involved in the formation of which structure that connects donor and recipient cells? R plasmid Conjugation Pilus Transduction pilus Coupling factor
6. For the given pedigree. determine what the possible modes of inheritance may be. Be sure...
6. For the given pedigree. determine what the possible modes of inheritance may be. Be sure to include maternal inheritance and maternal effects in your analysis. Be sure to cite specific patterns in the pedigree that falsify each impossible mode. Autosomal Recessive: Autosomal Dominant: X-linked Recessive: X-linked Dominant: V-linked: Maternal Inheritance Maternal Effect:
please if you can identify both figures. Identify the pattern of inheritance in this pedigree: OTO...
please if you can identify both figures.
Identify the pattern of inheritance in this pedigree: OTO IDO O autosomal dominant O autosomal recessive X-linked dominant O X-linked recessive QUESTION 21 Identify the pattern of inheritance in this pedigree:
QUESTION 19 Identify the pattern of inheritance in this pedigree: 10 autosomal dominant autosomal recessive X-linked dominant O X-linked recessive
QUESTION 18 Identify the pattern of inheritance in this pedigree: autosomal dominant O autosomal recessive O X-linked dominant O X-linked recessive
What is the mode of inheritance for hypercholesterolemia?
a.
Autosomal dominant
b.
Autosomal recessive
c.
X-linked dominant
d.
X-linked recessive
e.
More than one of the above are possible
----------------------------------------------------------------
What is the mode of inheritance for Hunter's syndrome?
a.
Autosomal dominant
b.
Autosomal recessive
c.
X-linked dominant
d.
X-linked recessive
e.
More than one of the above are possible.
------------------------------------------------------------
What is the genotype for individual II-3 at the
hypercholesterolemia locus (dominant allele is denoted by H,
recessive allele...
The possible modes of inheritance are autosomal dominant autosomal recessive X-linked recessive mitochondrial inheritance || ITQ ? 11 2 3 4 23 TO O | 1 2 3 | | O ■ 2 3 2 3 4 5 Question 1 (12 marks) For the following pedigrees i. identify the most likely mode of inheritance, and ii. describe 2 features that fit with that mode of inheritance. 1 mark each 2 marks each The possible modes of inheritance are autosomal dominant...
5. Using the pedigree below, identity whether the trois autosomal dominant autosomal recessive, X-lined, or Y-linked. Fil in the genotypes for each individual
The conclusions about inheritance (above) can be used to help analyze pedigrees. For each pedigree below, tell if the trait can be autosomal dominant, autosomal recessive, and X-linked recessive. If the pedigree cannot fit a mode of inheritance, tell why. Record your answers in the table on the next page. Pedigree A 2 3 o.a. 9 10 12 (13 14 ad ada 15 16 Xx 20 aa ia ha Pedigree B 910 11 12 14 a ta da Enter either...
In the pedigree below, what is the most likely mode of inheritance for this condition?: X-linked recessive, autosomal dominant, or autosomal recessive? Affected individuals are shown as black symbols. Based on your prediction, give the genotypes of the following individuals: I-1, I-2, II-1, II-3, II-4, III-1, III-2, III-4, IV-2, and IV-3. If you choose autosomal, use A or a; if you choose X-linked, use X^A, X^a, or Y List the proposed genotypes of the designated individuals along the side:
The pedigree below is most compatible with: sex-linked dominant sex-linked recessive autosomal dominant autosomal recessive The F factor is about 100 kb in length, and contains genes involved in the formation of which structure that connects donor and recipient cells? R plasmid Conjugation Pilus Transduction pilus Coupling factor
6. For the given pedigree. determine what the possible modes of inheritance may be. Be sure to include maternal inheritance and maternal effects in your analysis. Be sure to cite specific patterns in the pedigree that falsify each impossible mode. Autosomal Recessive: Autosomal Dominant: X-linked Recessive: X-linked Dominant: V-linked: Maternal Inheritance Maternal Effect:
please if you can identify both figures.
Identify the pattern of inheritance in this pedigree: OTO IDO O autosomal dominant O autosomal recessive X-linked dominant O X-linked recessive QUESTION 21 Identify the pattern of inheritance in this pedigree:
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