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When experiments on peas were repeated using other traits in other plants, it was found that sometimes the $F_1$ had a phenotype that did not res

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Vedclass · Answer

When experiments on peas were repeated using other traits in other plants, it was found that sometimes the $F_1$ had a phenotype that did not resemble either of the two parents and was in between the two

$F_1$ resembled either of the two parents (dominance) or was in-between (incomplete dominance). But, in the case of co-dominance the $F_1$ generation resembles both parents. 


	
		
			Allele from Parent $1$
			Allele from Parent $2$
			Genotype of offspring
			Blood types of offspring
		
		
			${I^A}$
			${I^A}$
			${I^A}$ ${I^A}$
			$A$
		
		
			${I^A}$
			${I^B}$
			${I^A}$ ${I^B}$
			$AB$
		
		
			${I^A}$
			$i$
			${I^A}$ $i$
			$A$
		
		
			${I^B}$
			${I^A}$
			${I^A}$ ${I^B}$
			$AB$
		
		
			${I^B}$
			${I^B}$
			${I^B}$ ${I^B}$
			$B$
		
		
			${I^B}$
			$i$
			${I^B}$ $i$
			$B$
		
		
			$i$
			$i$
			$i$ $i$
			$O$

With the help of an example, differentiate between incomplete dominance and co dominance.

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Allele from Parent $1$	Allele from Parent $2$	Genotype of offspring	Blood types of offspring
${I^A}$	${I^A}$	${I^A}$ ${I^A}$	$A$
${I^A}$	${I^B}$	${I^A}$ ${I^B}$	$AB$
${I^A}$	$i$	${I^A}$ $i$	$A$
${I^B}$	${I^A}$	${I^A}$ ${I^B}$	$AB$
${I^B}$	${I^B}$	${I^B}$ ${I^B}$	$B$
${I^B}$	$i$	${I^B}$ $i$	$B$
$i$	$i$	$i$ $i$	$O$