ABO blood groups in humans are controlled by | vedclass

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Question

(c) : The three alleles $I^A$, $I^B$ and $i$ of gene $I$ in $ABO$ blood group system can produce six different genotypes and four different phenotypes

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Four

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(c) : The three alleles $I^A$, $I^B$ and $i$ of gene $I$ in $ABO$ blood group system can produce six different genotypes and four different phenotypes as shown below : 


	
		
			Genotypes
			Phenotypes
		
		
			
			$I^AI^B$

			$I^Ai$
			
			Blood group $A$
		
		
			
			$I^BI^B$

			$I^Bi$
			
			Blood group $B$
		
		
			$I^AI^B$
			Blood group $AB$
		
		
			$i\ i$
			Blood group $O$

$ABO$ blood groups in humans are controlled by the gene $I$. It has three alleles $ I^A, I^B$ and $i$. Since there are three different alleles, six different genotypes are possible. How many phenotypes can occur?

Similar Questions

Which of the following is genetically dominant in man

$A$ woman is married for the second time. Her first husband was $ABO$ blood type $A,$ and her child by that marriage was type $O.$ Her new husband is type $B$ and their child is type $A B$.

What is the women's $ABO$ genotype and blood type?

How many phenotype and genotypes are possible in ABO blood group systems?

The $ABO$ blood group are controlled by

The genotypes of a husband and wife are $I^AI^B$ and $I^Ai$. Among the blood types of their children, how many different genotypes and phenotypes are possible?

$ABO$ blood groups in humans are controlled by the gene $I$. It has three alleles ­$ I^A, I^B$ and $i$. Since there are three different alleles, six different genotypes are possible. How many phenotypes can occur?