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Name: Human blood type is determined by a three-allele system at a single lo
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Description: Human blood type is determined by a three-allele system at a single locus...Can there be an A child produced from the marriage of an AB to a B.

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Biology

uman blood type is determined by a three-allele system at a single locus... Can there be an A child produced from the marriage of an AB to a B.

Concepts of Biology

1st Edition

ISBN:9781938168116

Author:Samantha Fowler, Rebecca Roush, James Wise

Publisher:Samantha Fowler, Rebecca Roush, James Wise

Chapter8: Patterns Of Inheritance

Section: Chapter Questions

Problem 18CTQ: Could an individual with blood type O (genotype ii) be a legitimate child of parents in which one...

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Human blood type is determined by a three-allele system at a single locus,can there be an O child from the marriage of two A individuals?...and why
Human blood type is determined by a three-allele system at a single locus. Can there be an AB child from the marriage of an A to an O.
In man, the allele for normal color (A) is dominant to the allele for albinism (a). A normal man whose father was albino married a normal woman whose mother was albino. a. What are the chances that their first child will be albino? b. What are the chances their second child will be albino?
. A man with a blood type AB is married to a woman with blood type A. They have natural children and one adopted child. These are the children with their blood type: Baltazar has blood type A, Melchor has blood type AB and Melchor has blood type O. a. Who was adopted? b. What genetic problem is this? (monohybrid, dihybrid or multiple allele) c. Show the Punnett square.
Human blood types are determined by genes that follow the CODOMINANCE pattern of inheritance. There are two dominant alleles (A and B) and one recessive allele (O). Write the genotype for each person based on the description: a) Homozygous for the “B” allele ______ b) Heterozygous for the “A” allele ______ c) Type O ______
The pedigree below is a sex-linked disorder. Given the pedigree below, which characteristic is described? Explain by writing out the genotypes of all individuals.
Could an individual with blood type O (genotype ii) be a legitimate child of parents in which one parent had blood type A and the other parent had blood type B? add a drawing to add more to your explanation
Identical (monozygotic) twins have similar, but not identical, fingerprints. Given that all the alleles of all the genes of identical twins are the same, explain how this outcome is possible
A man has blood type A. His mother had type O. His wife has blood type B and her father had blood type O. Draw this pedigree. What are the genotypes of the man and his wife? Predict the expected genotypic ratio of offspring that this couple may have.
A woman who is heterozygous, Bb, has brown eyes; B (brown) isthe dominant allele, and b (blue) is recessive. One of her eyes,however, has a patch of blue color. Give three different explanationsfor how this might have occurred?
On occasion, a trait that appears to be autosomal is produced in unexpected ratios in male and female offspring. What is this an example of? A. codominance B. sex-linked genes C. multiple alleles D. amniocentesis
In horses, the cross between a pure bred chestnut horse and pure bred cremello (white) horse produces a palomino horse. What would the offspring be from the cross of two palomino horses? What is the chance of getting each type of horse?