Eventually, we will lose one Allele.
This ensures a true random mixing of Alleles.
higher numbers of Allele pairs are involved.
When it has two different Alleles, it is heterozygous.
DNA sequences can change through mutations, producing new Alleles.
The frequency of one particular Allele will become more
inactivating the other Allele of that tumor suppressor gene.
Alleles for the two genes tend to be inherited together.
An Allele chart is a chart originating from the study
then the Alleles in the pollen have effectively been able
Such plants produce gametes possessing one member of each Allele pair.
which is an interaction between Alleles at the same gene locus.
Other Alleles like DQB1*0201 and DQB1*0202 produce proteins that are functionally similar.
gene with an expanded trinucleotide repeat(the mutant Allele) from an affected parent.
to have only two Alleles Y and y at a particular locus.
The alcohol dehydrogenase Allele ADH1 B*3 causes a more rapid metabolism of alcohol.
Biodiversity can be defined genetically as the diversity of Alleles, genes and organisms.
This removes those Alleles from the population, resulting in an overall more fit population.
Bengal tigers are defined by three different mitochondrial
nucleotide sites and 12 unique microsatellite Alleles.
But the second law applies equally when three or
higher numbers of Allele pairs are involved.
Mendel's Law of Dominance states that recessive Alleles will always be masked by dominant Alleles .
An interesting difference between Alleles and genes is that Alleles produce opposite
phenotypes that are contrasting by nature.
the polymerisation problems are minor because the normal Allele is able to produce half of the haemoglobin.
chromosome containing material that has no counterpart or Alleles in the parallel section of the X chromosome.
Thus, a completely described Allele can be up to 9 digits long, not
including the HLA-prefix and locus notation.
There's some evidence that, if you have this Allele, it needs to be expressed in some way behaviorally.
If the DNA sequence at a locus varies between individuals,
the different forms of this sequence are called Allele.
That is, the biological selection of an Allele for one trait has nothing to do with the selection
This is a well-known situation(called“balanced polymorphism”) in which an Allele is advantageous in one situation and not in another.
ApoE-4, the Allele associated with increased risk to Alzheimer's, is presumably unable to perform its tasks as
efficiently as the other Alleles.