The provided genotypes can be categorized as either homozygous or heterozygous (He) based on the presence of identical or different alleles. This classification is fundamental in understanding genetic inheritance patterns.
AA - Homozygous: This genotype consists of two identical alleles, both A.
Ee - Heterozygous (He): This genotype has two different alleles, E and e.
li - Heterozygous (He): This genotype has two different alleles, l and i.
Bb - Heterozygous (He): This genotype has two different alleles, B and b.
ff - Homozygous: This genotype consists of two identical alleles, both f.
Jj - Heterozygous (He): This genotype has two different alleles, J and j.
Mm - Heterozygous (He): This genotype has two different alleles, M and m.
nn - Homozygous: This genotype consists of two identical alleles, both n.
Ce - Heterozygous (He): This genotype has two different alleles, C and e.
GG - Homozygous: This genotype consists of two identical alleles, both G.
kk - Homozygous: This genotype consists of two identical alleles, both k.
Pp - Heterozygous (He): This genotype has two different alleles, P and p.
He - This notation seems to be incomplete or incorrect; it doesn't represent a clear genotype. Please provide more information for clarification.
Complete question:
For each genotype below, indicate whether it is heterozygous (He) or homozygous:
AA -
Ee -
li -
Bb -
ff -
Jj -
Mm -
nn -
Ce -
GG -
kk -
Pp -
He -