A And O Parents
A And O Parents - So each child has a 25% chance of ending up with an o blood type. If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents. Each parent has a 50% chance of passing down the o gene.
If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents. So each child has a 25% chance of ending up with an o blood type. Each parent has a 50% chance of passing down the o gene.
So each child has a 25% chance of ending up with an o blood type. Each parent has a 50% chance of passing down the o gene. If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents.
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If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents. So each child has a 25% chance of ending up with an o blood type. Each parent has a 50% chance of passing down the o gene.
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Each parent has a 50% chance of passing down the o gene. If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents. So each child has a 25% chance of ending up with an o blood type.
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So each child has a 25% chance of ending up with an o blood type. Each parent has a 50% chance of passing down the o gene. If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents.
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If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents. So each child has a 25% chance of ending up with an o blood type. Each parent has a 50% chance of passing down the o gene.
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So each child has a 25% chance of ending up with an o blood type. Each parent has a 50% chance of passing down the o gene. If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents.
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Each parent has a 50% chance of passing down the o gene. If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents. So each child has a 25% chance of ending up with an o blood type.
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Each parent has a 50% chance of passing down the o gene. If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents. So each child has a 25% chance of ending up with an o blood type.
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If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents. Each parent has a 50% chance of passing down the o gene. So each child has a 25% chance of ending up with an o blood type.
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Each parent has a 50% chance of passing down the o gene. So each child has a 25% chance of ending up with an o blood type. If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents.
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So each child has a 25% chance of ending up with an o blood type. Each parent has a 50% chance of passing down the o gene. If both parents have type a blood, then the alleles could be aa or ao, thus the allele a frequency is 75%, allele o frequency is 25% for both parents.
If Both Parents Have Type A Blood, Then The Alleles Could Be Aa Or Ao, Thus The Allele A Frequency Is 75%, Allele O Frequency Is 25% For Both Parents.
So each child has a 25% chance of ending up with an o blood type. Each parent has a 50% chance of passing down the o gene.