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Go through your completed pedigree and cross off any individuals who do not match both pieces of evidence. The remaining individuals are your prime suspects.
The is a popular heredity lab (often from It’s Not Rocket Science ) where you identify a thief by tracing blood types and earlobe traits through a family tree. 🧬 Quick Answer Key The Thief: Danny is the primary suspect.
: Given the known blood types of the children, you can often infer the genotypes of the parents.
When grading this lab activity, look out for these frequent student errors:
A family pedigree shows blood types for several individuals across two generations. You must determine possible genotypes and trace inheritance of ABO blood groups and Rh factor to identify the likely parentage and explain contradictions.
Reasoning : Child 3 is the only child with Type B blood. Mr. Davis passed the IBcap I to the cap B-th power allele, Mrs. Davis passed the allele, and Mr. Davis passed the dominant allele for the Rh factor. 2. The Jones Family Investigation : Mr. David Jones (Type O+) Mrs. Karen Jones (Type A-) Parental Genotypes : (Rh status IAicap I to the cap A-th power i IAIAcap I to the cap A-th power cap I to the cap A-th power Possible Offspring Genotypes : ABO: If Mrs. Jones is heterozygous ( IAicap I to the cap A-th power i ), they can have Type A ( IAicap I to the cap A-th power i ) or Type O ( ) children. Rh Factor: Because Mrs. Jones is Rh- ( ), any offspring must receive at least one recessive allele. If Mr. Jones is heterozygous ( ), they can have Rh- ( ) children. Child Match : Child 1 (Type O-) . Reasoning : Child 1 has the genotype
Type A or Type B only.
If you get stuck, always start at the bottom of the pedigree: Find the or Rh- individuals first. Give one of their recessive alleles to each parent. This usually reveals the "hidden" alleles ( −negative ) of the parents.
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Go through your completed pedigree and cross off any individuals who do not match both pieces of evidence. The remaining individuals are your prime suspects.
The is a popular heredity lab (often from It’s Not Rocket Science ) where you identify a thief by tracing blood types and earlobe traits through a family tree. 🧬 Quick Answer Key The Thief: Danny is the primary suspect.
: Given the known blood types of the children, you can often infer the genotypes of the parents.
When grading this lab activity, look out for these frequent student errors:
A family pedigree shows blood types for several individuals across two generations. You must determine possible genotypes and trace inheritance of ABO blood groups and Rh factor to identify the likely parentage and explain contradictions.
Reasoning : Child 3 is the only child with Type B blood. Mr. Davis passed the IBcap I to the cap B-th power allele, Mrs. Davis passed the allele, and Mr. Davis passed the dominant allele for the Rh factor. 2. The Jones Family Investigation : Mr. David Jones (Type O+) Mrs. Karen Jones (Type A-) Parental Genotypes : (Rh status IAicap I to the cap A-th power i IAIAcap I to the cap A-th power cap I to the cap A-th power Possible Offspring Genotypes : ABO: If Mrs. Jones is heterozygous ( IAicap I to the cap A-th power i ), they can have Type A ( IAicap I to the cap A-th power i ) or Type O ( ) children. Rh Factor: Because Mrs. Jones is Rh- ( ), any offspring must receive at least one recessive allele. If Mr. Jones is heterozygous ( ), they can have Rh- ( ) children. Child Match : Child 1 (Type O-) . Reasoning : Child 1 has the genotype
Type A or Type B only.
If you get stuck, always start at the bottom of the pedigree: Find the or Rh- individuals first. Give one of their recessive alleles to each parent. This usually reveals the "hidden" alleles ( −negative ) of the parents.
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