incomplete dominancea situation in which neither of two genic factors completely dominates the other
Source: Noland, George B. 1983. General
Biology, 11th Edition. St. Louis, MO. C. V. Mosby ...
Full article >>>Incomplete dominance is a condition when neither
allele is
dominant over the other. The condition is recognized by the
heterozygotes
expressing an intermediate
phenotype relative to the parental
phenotypes.
Full article >>>Incomplete dominanceThe
heterozygote has a different, intermediate
phenotype compared to the
homozygous dominant or
homozygous recessive individuals.
Related Terms:
Heterozygote ...
Full article >>>incomplete dominanceA type of
inheritance in which F1
hybrids have an appearance that is intermediate between the
phenotypes of the parental varieties.
incomplete
flower ...
Full article >>>incomplete dominance An inter
action between
alleles in which both
alleles are
expressed more or less equally, and the
phenotype of the
heterozygote is different from either
homozygote.
incomplete dominance See intermediate
inheritance.
Full article >>>incomplete dominance: an
allele combination in which two
characteristics blend and both
alleles can
express themselves; one example is red, white, and pink snapdragons.
Full article >>>One exception is
incomplete dominance. Another exception is "
codominance", where both
alleles are active and both
traits are
expressed; for example, both red and white
petals.
Codominance is also apparent in
human blood types.
Full article >>>(See
Oncogene.)
Incomplete dominance. A condition where a
heterozygous off- spring has a
phenotype that is distinctly different from, and intermediate to, the parental
phenotypes. See
Heterozygote,
Phenotype.
Initiation codon.
Full article >>>One exception is
incomplete dominance (sometimes called blending
inheritance) when
alleles blend their
traits in the
phenotype.
Full article >>>Codominance is different than
Incomplete dominance (blending).
PleiotropyGenes that affect more than one
trait are called pleiotropic.
Full article >>>Extended
expression patterns seen in
diploid organisms include facets of
incomplete dominance,
codominance, and
multiple alleles.
[edit]
See also ...
Full article >>>Incomplete dominance appears as a blend of the
phenotypes corresponding to the two
alleles (like pink
petals as opposed to red or white). In co-dominance, both
alleles equally contribute to the
phenotype (red and white
petals occur together).
Full article >>>'"/>