Geno typic and phenotypic ration in the offspring is $1:2:1$ it explain the principle of
Geno typic and phenotypic ration in the offspring is $1:2:1$ it explain the principle of
- A
Complete dominance
- B
Incomplete dominance
- C
CO-dominance
- D
Recessive
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What would be the colour of flowers in $F_1$ progeny as a result of a cross between homozygous red and homozygous white-flowered Snapdragon
What would be the colour of flowers in $F_1$ progeny as a result of a cross between homozygous red and homozygous white-flowered Snapdragon
$RR$ $(Red)$ is crossed with $ww$ $(white)$, all the $Rw$ offsprings are pink. This is an indication that $R$ gene is
$RR$ $(Red)$ is crossed with $ww$ $(white)$, all the $Rw$ offsprings are pink. This is an indication that $R$ gene is
In which cross will you get most pink flowers?
In which cross will you get most pink flowers?
The phenotype of an individual may be affected if the modified allele produces
$(a)$ No enzyme at all
$(b)$ The normal/less efficient enzyme
$(c)$ $A$ non-functional enzyme
The phenotype of an individual may be affected if the modified allele produces
$(a)$ No enzyme at all
$(b)$ The normal/less efficient enzyme
$(c)$ $A$ non-functional enzyme
Genotypic and phenotypic ratios remains the same in
Genotypic and phenotypic ratios remains the same in