-
allele and one
mutant allele) of a gene. The cell or
organism is
called a
heterozygote specifically for the
allele in question, and therefore, heterozygosity...
-
glance appeared to be harmful,
conferred enough of an
advantage to
heterozygotes to make it beneficial, so that it
remained at
dynamic equilibrium in...
- polymorphisms. Due to
unexpected high
frequencies of
heterozygotes, and an
elevated level of
heterozygote fitness,
heterozygotic advantage may also be called...
-
allele to the offspring, with the
result that all of
these hybrids were
heterozygotes (Aa), and that one of the two
alleles in the
hybrid cross dominated...
-
proper number of
heterozygotes. In this way, the
hypothesis of Hardy–Weinberg
proportions is
rejected if the
number of
heterozygotes is too
large or too...
-
Compound heterozygotes are
often observed only
through subclinical symptoms such as
excess iron.
Disease is
rarely observed in such
compound heterozygotes unless...
-
homozygous state. To
produce a foal with LWS, both
parents must be
heterozygotes or
carriers of the
mutated gene.
Without genetic testing, some carriers...
- more
likely to
progress toward fatal disease compared to mice that are
heterozygotes only for the beta
allele (MHC IAαb / IAαb, IAβb / IAβbm12). In humans...
- due to the
potential for
transmitting E or β-thal****emia.
Compound heterozygotes with sickle-hemoglobin E
disease result when the gene of hemoglobin...
-
cardiovascular disease. The
incidence of this
disease is
about one in 500 for
heterozygotes, and one in 1,000,000 for homozygotes.
HLPIIa is a rare
genetic disorder...
