Use the following information to answer questlons1-4: The Rh factor isa protein that can be found on the surface of red blood cells. If your blood cells have this protein, you are Rh positive. If your...


Use the following information to answer questlons1-4:<br>The Rh factor isa protein that can be found on the surface of red blood cells. If your blood cells have this protein, you are Rh positive. If your blood cells do not have this proteir<br>you are Rh negative. The allele that codes for the Rh protein is dominant. In humans a serlous condition can occur when a pregnant Rh negative mother carries a Rh positive<br>fetus<br>The genotype for the mother must be<br>Homozygous dominant<br>not enough information<br>Heterozygous dominant<br>Homozygous recessive<br>The genotype for the father must be<br>homozygous dominant only<br>either heterozygous dominant or homozygous recessive<br>not enough information<br>heterozygous dominant only<br>either heterorygous dominant or homozygous dominant<br>The genotvype for the fetus must be<br>homozygous dominant only<br>heterozygous dominant only<br>either heterozygous dominant or homozygous dominant<br>either heteroryVR dominant or homozygous recessive<br>O000<br>O0od<br>

Extracted text: Use the following information to answer questlons1-4: The Rh factor isa protein that can be found on the surface of red blood cells. If your blood cells have this protein, you are Rh positive. If your blood cells do not have this proteir you are Rh negative. The allele that codes for the Rh protein is dominant. In humans a serlous condition can occur when a pregnant Rh negative mother carries a Rh positive fetus The genotype for the mother must be Homozygous dominant not enough information Heterozygous dominant Homozygous recessive The genotype for the father must be homozygous dominant only either heterozygous dominant or homozygous recessive not enough information heterozygous dominant only either heterorygous dominant or homozygous dominant The genotvype for the fetus must be homozygous dominant only heterozygous dominant only either heterozygous dominant or homozygous dominant either heteroryVR dominant or homozygous recessive O000 O0od

Jun 10, 2022
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