Group each genotype into its corresponding blood type. Move each label to the correct drop zone boxes.
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Please drag and drop the each genotype to the correct location. Possible alleles from female Blood types
Anand J.
27. Blood groups are so important medically that you should be able to solve genetics problems based on blood types: The first step in accomplishing that is to understand the genotypes of each blood type. Before working any problems, complete this ABO blood type chart. Begin with a key. KEY: Genotype Red Blood Cell Appearance Phenotype (blood group) 28. Question 2 in Concept Check 14.3 is a blood work type problem. Complete it here, and show your
Dave K.
Shared Materials: 4 Unknown Simulated Blood Samples 1. Mr. Smith 2. Ms. Jones 3. Mr. Green 4. Ms. Brown Anti-A Simulated Typing Serum Anti-B Simulated Typing Serum Anti-Rh Simulated Typing Serum Procedure: Each team will determine the blood type of each of the four unknown blood samples. 1. Pre-label each of your four blood typing slides as follows: Slide 1: Mr. Smith Slide 2: Ms. Jones Slide 3: Mr. Green Slide 4: Ms. Brown 2. Place 3-4 drops of Mr. Smith's blood in each of the A, B, and Rh wells of Slide 1. 3. Place 3-4 drops of Ms. Jones's blood in each of the A, B, and Rh wells of Slide 2. 4. Place 3-4 drops of Mr. Green's blood in each of the A, B, and Rh wells of Slide 3. 5. Place 3-4 drops of Ms. Brown's blood in each of the A, B, and Rh wells of Slide 4. 6. Add 3-4 drops of the simulated anti-A serum in each A well on the four slides. 7. Add 3-4 drops of the simulated anti-B serum in each B well on the four slides. 8. Add 3-4 drops of the simulated anti-Rh serum in each Rh well on the four slides. Use separate toothpicks to stir each sample of serum and blood. Record your observations and results in the table below. DATA TABLE 1 Agglutination Reactions Anti-B Anti-Rh Blood Type Observations Anti-A Serum Serum Serum Note: A positive test is indicated by a strong agglutination reaction. See Table 2 for aid in interpreting the test results.
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