[portable] | Lab Activity Blood Type Pedigree Mystery Answer Key Upd
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| | | $i$ (Mother) | | :--- | :---: | :---: | | $I^A$ (Father) | $I^Ai$ (Type A) | $I^Ai$ (Type A) | | $i$ (Father) | $ii$ (Type O) | $ii$ (Type O) |
Consequently, Leo's blood tests as Type O, even though his genetic blueprint says otherwise. This is a classic example of , where one gene masks the expression of another. 5. Discussion & Analysis Questions (with Answers) lab activity blood type pedigree mystery answer key upd
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Below is a guide to the correct solutions for the lab activity, designed to help educators or for students to check their understanding after completing the exercise. [Insert link to Google Doc, TpT, or Drive]
Their genotype must be possible based on their parents' genes. 💡 Study Tip: The "Work Backward" Method
This inheritance pattern is key. If two parents with free earlobes have a child with attached earlobes, it confirms that both parents are carriers ( Aa x Aa ). Discussion & Analysis Questions (with Answers) Thanks, [Your
To unlock the mystery, students must deduce the exact genotypes of Generation I by looking at their offspring in Generation II. 1. Generation I (The Grandparents) Must be Heterozygous IAicap I to the cap A-th power i . Proof: He passed a recessive allele and a recessive allele to his Type O- son. Grandmother (Type B-): Must be Heterozygous IBicap I to the cap B-th power i . Proof: She passed a recessive allele to her Type O- son, and she can only pass for the Rh factor. 2. Generation II (The Parents & Offspring) Uncle (Type O-): Genotype is . He inherited one from each parent. Father (Type AB+): Genotype is . He inherited IAcap I to the cap A-th power from the grandfather, and IBcap I to the cap B-th power from the grandmother. Mother (Type O-): Genotype is
Two babies were born at the same time, but in the chaos, they were mixed up. The lab's purpose is to look at the blood types of the parents and the babies to determine which baby belongs to which parents using a pedigree chart. II. Background Knowledge To solve this mystery, students must understand:
🔬 Lab Activity: Blood Type Pedigree Mystery – ANSWER KEY UPDATED