the red eyes,the white hair,
It's the gene that would be heterozygous not the chromosome.
having non identical alleles r called dne mix ups. i hope this helped u!! good luck!
Yes. Heterozygous dominance offers a way to preserve the mutated allele.
Heterozygous is a combination, for example two different alleles, as opposed to homozygous, for example two identical alleles.
RR since sickle cell is a recessive so a dominant trait means a non sicklier. If they have the trait it will be Rr which is heterozygous but RR is homozygous non sicklier.
It's the gene that would be heterozygous not the chromosome.
having non identical alleles r called dne mix ups. i hope this helped u!! good luck!
There are not symptoms of heterozygous since it is not a disease or condition that you can get. It is a genetics term that refers to whether a gene is dominant or non dominate.
Aa
Heterozygous is two different allelels for example the geno type Rr
Yes. Heterozygous dominance offers a way to preserve the mutated allele.
a heterozygous gene is a gene with a genotype with two different letters. For example, Hh rather then hh, HH (which are homozygous). Hope this helps. =)
A person with a heterozygous gene has one dominant allele, usually represented by a capital letter, and a recessive allele, which is usually represented with a lowercase letter. So an example of a heterozygous gene would be Rr
Heterozygous is a combination, for example two different alleles, as opposed to homozygous, for example two identical alleles.
You can't have heterozygous dominant or recessive. A genotype is either homozygous dominant (MM), homozygous recessive (mm) or heterozygous (Mm). Hope it helps!
A heterozygous genotype consists of a dominant gene and a recessive gene. Homozygous genotypes consist of two dominant genes (Homozygous Dominant) ro two recessive genes (Homozygous Recessive).Heterozygous: XxHomozygous: Dom. XXRec. xx
There only certain crosses that will produce heterozygous offspring. These are heterozygous vs heterozygous, homozygous vs homozygous and heterozygous vs homozygous.