The blood of several members of a particular family was determined, and the results are tabulated below. IX. Individual Blood Type Genotype Father Mother Child 1 Child 2 Child 3 Grandfather (mother's side) Grandmother (father's side) A AB B. AB Assuming that no adultery or adoption took place for all generations, answer the following questions: a. Give the most probable genotype for each individual. Supply your answers on the table above. b. What is/are the most probable genotype(s) for the grandmother on the mother's side? c. If the father and the mother decide to have two more children, what is the probability that the first would be female type A and the second male type AB?

The blood of several members of a particular family was determined, and the results are tabulated below. IX. Individual Blood Type Genotype Father Mother Child 1 Child 2 Child 3 Grandfather (mother's side) Grandmother (father's side) A AB B. AB Assuming that no adultery or adoption took place for all generations, answer the following questions: a. Give the most probable genotype for each individual. Supply your answers on the table above. b. What is/are the most probable genotype(s) for the grandmother on the mother's side? c. If the father and the mother decide to have two more children, what is the probability that the first would be female type A and the second male type AB?

Name: IX.The blood of several members of a particular family was determined
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Description: IX.The blood of several members of a particular family was determined, and the results aretabulated below.IndividualBlood TypeGenotypeFatherMotherBChild 1ABChild 2B.Child 3Grandfather (mother's side)Grandmother (father's side)ABAssuming that no adul

Body Structures & Functions Updated

13th Edition

ISBN:9780357191606

Author:Scott

Publisher:Scott

Chapter22: Genetics And Genetically Linked Diseases

Section: Chapter Questions

Problem 3CS

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Blood Types Person Genotype Bloot ty)re Father IAi A+ Child Ii Mother #1 IAIB AB- Mother #2 IAi B+ A lawyer is collecting evidence in a maternity case to determine wh. o the child's father is. The above table shows the people involved in the case as well as their genofypes and blood types. a. Using Punnett square, show who would most likely be the motl ier of the child. Mother #2 to get the ii /D blood type. b. If Mother #1 and a O+ man were to have children, what are the poss ible Elood types of their children as well as the probabilities for each blood type?
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is thal ui ANensn hilia is an inherited genetic disorder linked to the nosome that results in ineffective blood clotting when a blood is damaged. The most common type, hemophilia A, occurs 5000 male births. Any male who carries the gene will express enotype. Hemophilia is extremely rare in women. Parents Carrler female Normal male couple wish to have children. The woman knows she a rrier for hemophilia. The man is not a hemophiliac. Use e notation Xh for hemophilia and XH for the dominant ele to complete the diagram on the right including the arent genotypes, gametes and possible fertilizations. rite the genotypes and phenotypes in the table below. XY XhXh Gametes Xh Xh Genotypes Phenotypes Possible lertilizations Male children XhY Xhx XhY XhX Paternal gametes Paternal gametes Female children 00 00 A second couple also wish to have children. The woman knows her maternal grandfather was a hemophiliac, but neither her mother or father were. Determine the probability she is a carrier…
ab H Q9. Who's gonna take you home tonight? There has been a mix up in the maternity ward. The babies have managed to remove their wrist bands. On their wrist bands are their blood groups and names. and art Billy Smith Blood group:A Sarah Chadwick Blood group:AB Imran Ahmed Blood group:B Johnny Honest Blood group:0 nislax 80 Complete the table to match each parent to their baby by indicating the parental genotypes using the symbols IA, IB, and i, and then the name of the baby that belongs to each set of moo parents. Consider one blood type might have more than one genotype. ever Parental Blood groups Parents Genotype Baby Blood Group O and O si grappo AB and O 196² A and O AB and A Completed forms to be made available for external moderation.
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Please answer with reason: 1) The nurse is explaining the inheritance of Huntington disease (autosomal dominant) to a newly diagnosed patient whose partner does not have the gene mutation. Which statement should the nurse make regarding family planning? a. There is a 100% chance with each pregnancy that the child will inherit the gene for Huntington disease. b. There is a 50% chance with each pregnancy that the child will inherit the gene for Huntington disease c. There is a 25% chance with each pregnancy that the child will inherit the gene for Huntington disease d. There is a 0% chance with each pregnancy that the child will inherit the gene for Huntington disease.
Kindly review my answers on the genotypes part. Please give me the correct answers if incorrect. Thank you.
1. A man with AB blood type marries a woman with AB blood type. What are the expected genotypic and phenotypic ratios for the children? a) What is the genotypic ratio of the above cross (Write number next to genotype)? ___________________________________________________________________ b) What is the phenotypic ratio of the above cross? (Write number next to phenotype)? ___________________________________________________________________
/d/1n5NtidRwTwUzcDkDPi5Z9P_SHPZ91A-XH-pfftLbhNc/edit (1) O pols Add-ons Help Last edit was seconds ago BIUA ミ: 12 + ext Calibri I|1 6 I 2 Section 5: Trihybrid cross and Laws of probability For a trihybrid cross, in which inheritance of alleles for three genes is tracked, drawing a Punnett square that combines all three genes may not be practical. Instead the laws of probability may be used. The product law of probabilities says that when alleles for separate genes segregate independently, we can figure out the probability of a particular combined genotype by multiplying the probability of the alleles for each gene. 13. We cross a homozygous tall pea plant with yellow, round seeds to a homozygous dwarf pea plant with green, wrinkled seeds. All the F1 offspring are all tall plants with yellow, round seeds. a. What are the expected F2 ratios (use fractions) of tall and dwarf plants? b. What are the expected F2 ratios (use fractions) of yellow and green seeds? C. What are the expected F2…