No, because he or she cannot pass the gene on to his or her offspring (because he or she does not have a copy of the gene).
A carrier would have to by heterozygous. Carriers don't express the "carried" allele but have it nevertheless. This means it has to have one allele of each. For example, if a trait has alleles A (dominant) and a (recessive), the heterozygous genotype will be Aa and will display the dominant phenotype (unless the trait is a special/more complex type of expression like incomplete dominance).
The term carrier in a heterozygous individual refers to the fact that the unexpressed characteristic can still be passed to 50% of any produced offspring thus the trait can be carried forward to the next generation, even if the trait remains unexpressed for more than one generation.
Yes, it is true that a carrier is always a heterozygous individual.
No. They have one allele and it is 'hidden' in their genetic make up by a dominate allele.
What is a heterzygous individual?
they have Tt
Yes
if someone is a Heterozygous carrier of Tay-Sachs they would have to be Tt. Because TT is Homozygous.
Heterozygous.
Heterozygous
homozygous
There are 3 probabilities: dominant homozygous, recessive homozygous, or heterozygous.
if someone is a Heterozygous carrier of Tay-Sachs they would have to be Tt. Because TT is Homozygous.
There only certain crosses that will produce heterozygous offspring. These are heterozygous vs heterozygous, homozygous vs homozygous and heterozygous vs homozygous.
heterozygous
Heterozygous.
homozygous- TT; heterozygous- Tt :)
Homozygous dominant (Ex:AA) Heterozygous (Ex:Aa) Homozygous recessive (Ex:aa)
Heterozygous
Homozygous is the same(purbred) and heterozygous is different(hybrid)
homozygous
Yes - Hh is heterozygous. HH is homozygous, and hh is homozygous.
There are 3 probabilities: dominant homozygous, recessive homozygous, or heterozygous.
Homozygous