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Question: NEEDS DONE ASAP!! Please Help, Blood Typing ASSIGNMENT! 2 Data Tables And 2 Questions. 1. Using The Pedigrees Provided Above Along With The Blood Type Data From Lab, Match Baby A, Baby B, And Baby C With Their Biological Parents. Explain Your Reasoning Behind These Decisions. Baby A Belongs To The Parents In Family __________. Baby B Belongs To The …

Question: NEEDS DONE ASAP!! Please Help, Blood Typing ASSIGNMENT! 2 Data Tables And 2 Questions. 1. Using The Pedigrees Provided Above Along With The Blood Type Data From Lab, Match Baby A, Baby B, And Baby C With Their Biological Parents. Explain Your Reasoning Behind These Decisions. Baby A Belongs To The Parents In Family __________. Baby B Belongs To The …

NEEDS DONE ASAP!! Please help, Blood typing ASSIGNMENT! 2 datatables and 2 questions.

Baby A Baby B Baby A A Baby B A Baby C. 2 A Person 2 X Х X Х B B B 2 3 4 А А A Person 3 Person 4 4 니 Person 5 A А Person 6 AА A A Person 7 Person 9 Person 10 Person 11 7 ㅋ q 10 11 B B B

Person 12 Person 13 Person 14 Person 16 13 14 15 16 Person 17 Person 18 Person 19 Person 20 17 18 17 18 19 20 Person 21 21 21Family I 6 7 2 3 1 Family II 11 12 13 14 10 8 Family III 18 19 20 21 16 17 15Person Genotype(s) Phenotype (Blood type) Baby A Baby B Baby C Person 2 Person 3 Person 4 Person 5 Person 6 Person 7 Person 9Genotypic Frequencies Phenotypic Frequencies Cross AA x AA AA x АО AA X AB AA x BB AA x ВО AA x 00 AO х АО AO x BB АО x ВО AO

1. Using the pedigrees provided above along with the blood typedata from lab, match Baby A, Baby B, and Baby C with theirbiological parents. Explain your reasoning behind thesedecisions.

Baby A belongs to the parents in Family __________.

Baby B belongs to the parents in Family __________.

Baby C belongs to the parents in Family __________.

Rationale for these decisions:

2. There are six possible genotypes for ABO blood types inhumans, which means that there are 21 possible crosses amongparents of these genotypes. Using the techniques described in thesection on Punnett squares, determine the genotypic and phenotypicfrequencies of offspring produced by each of these 21 crosses.Enter your results in the table below. Be sure to include thegenotypes and phenotypes with the probabilities and do not justinclude the percentages. For example, 25% AA, 50% AO, and 25% OOwould be correct, while 25%, 50%, and 25% would not.

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Baby A Baby B Baby A A Baby B A Baby C. 2 A Person 2 X Х X Х B B B 2 3 4 А А A Person 3 Person 4 4 니 Person 5 A А Person 6 A X Х X 6 Person 4 B B В B 6 7 8 А A A Person 7 Person 9 Person 10 Person 11 7 ㅋ q 10 11 B B B Person 12 Person 13 Person 14 Person 16 13 14 15 16 Person 17 Person 18 Person 19 Person 20 17 18 17 18 19 20 Person 21 21 21 Family I 6 7 2 3 1 Family II 11 12 13 14 10 8 Family III 18 19 20 21 16 17 15 Person Genotype(s) Phenotype (Blood type) Baby A Baby B Baby C Person 2 Person 3 Person 4 Person 5 Person 6 Person 7 Person 9 Person 10 Person 11 Person 12 Person 13 Person 14 Person 16 Person 17 Person 18 Person 19 Person 20 Person 21 Genotypic Frequencies Phenotypic Frequencies Cross AA x AA AA x АО AA X AB AA x BB AA x ВО AA x 00 AO х АО AO x BB АО x ВО AO X AB AOx00 BB x BB BB x ВО BB x AB BB x00 ВО x ВО BO X AB ВО x 00 AB x AB AB x 00 00 x 00




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