I don't know and don't care
They are carriers because they are heterozygous for the trait, so they do not have the recessive disorder but can pass on a recessive allele to an offspring. If both parents are carriers, then both may pass on their recessive alleles to an offspring, resulting in that offspring having the recessive disorder.
In heterozygous individuals, only the dominant allele is expressed. The recessive allele is present, but not expressed
This type of inheritance represents alleles at the same locus where one is recessive to the other. The dominant phenotype occurs in all heterozygous offspring as well as the homozygous dominant offspring. This yields a 3:1 phenotype and a 1:2:1 genotype.
Heterozygous means that you are carrying 1 dominant trait and 1 recessive trait.If an allelic pair has one dominant and other recessive gene it is called heterozygous.
Heterozygous means that you are carrying 1 dominant trait and 1 recessive trait.If an allelic pair has one dominant and other recessive gene it is called heterozygous.
that organism is a heterozygous one which contain the traits of recessive as well as dominant genes.
I don't know and don't care
The probability is 50%. There are four probabilities: dominant homozygous, recessive homozygous, or heterozygous.
In heterozygous individuals, only the dominant allele is expressed. The recessive allele is present, but not expressed
25%
Heterozygous induviduals pass the dominant and recessive alleles to offspring
This type of inheritance represents alleles at the same locus where one is recessive to the other. The dominant phenotype occurs in all heterozygous offspring as well as the homozygous dominant offspring. This yields a 3:1 phenotype and a 1:2:1 genotype.
Individuals with two recessive alleles have very high rates of reproduction.
I don't know and don't care
If both the individuals are heterozygous dominant then the probability of recessive (homozygous) phenotypic offspring would be 1:4
Heterozygous individuals pass the dominant and recessive alleles to offspring.
Heterozygous individuals pass the dominant and recessive alleles to offspring.
Aa. This is the heterozygous condition. Two alleles, one of which is dominant and masks the expression ( to varying degrees ) of the other allele. 'A' dominant and 'a' recessive. So, if the trait in question is the recessive allele the dominant allele masks its expression and the organism is a ' carrier ' of the trait and can pass it on to progeny.