Assertion: genotype's allele | /r/HasProperty | dominant
Facets:
value: over the recessive long allele
type: OTHER
value: in this case
type: TEMPORAL
value: over each other
type: OTHER
value: incompletely
type: DEGREE
value: to the latter
type: OTHER
value: over the curved, shrunken ones
type: OTHER
value: with respect to pku
type: OTHER
value: for the color yellow
type: CAUSE
value: to i
type: LOCATION
value: to the second
type: TEMPORAL
value: for not others
type: TRANSITIVE-OBJECT
value: for one trait
type: CAUSE
value: in heterozygous relationships
type: OTHER
value: to another
type: TRANSITIVE-OBJECT
value: depending on the phenotype
type: OTHER
value: each
type: OTHER
value: respectively
type: DEGREE
Source sentences:
text: A homozygous dominant genotype contains two dominant alleles.
text: A recessive gene is an aspect that can't show its full expression when one allele is dominent over the other.
text: The brown allele is dominant (B), and the blue allele is recessive (b).
text: When writing dominant and recessive paired traits, the letter representing the trait is capitalized when the allele is the dominant form and lower case when the allele is the recessive form.
text: “aa” because the alleles in the pair are the same, i.e. both dominant and both recessive, respectively.
text: Alleles can also be either dominant or recessive depending on the phenotype they exhibit.
text: In this case, the short allele is said to be dominant over the recessive long allele.
text: Not every allele is dominant or recessive.
text: If only one copy of an allele is needed for a trait, the allele is dominant.
text: So for earwax, the wet allele is dominant over the recessive dry allele.
text: Not every allele is recessive or dominant like earwax type.
text: Or alleles can be incompletely dominant.
text: In the case of plants with a purple allele and a white allele, the phenotype will be purple flowers, because the purple allele is dominant.
text: Also, the allele “M” is dominant over the allele
text: In this case, the short allele is said to be dominant over the recessive long allele.
text: Not every allele is dominant or recessive.
text: In heterozygous relationships where neither allele is dominant but both are completely expressed, the alleles are considered to be co-dominant.
text: In heterozygous relationships where neither allele is dominant but both are completely expressed, the alleles are considered to be co-dominant.
text: the allele for big ears (E) is dominant and the allele for small ears
text: This is because the shorthaired allele, L , is dominant to the longhaired allele, l , which means that in a heterozygote ( Ll , i.e., each allele is different) the effect of the shorthaired allele over-rides, or dominates the effect of the recessive longhaired allele.
text: The black allele, B, is dominant and produces a black (actually super-dark brown) coat.
text: All three alleles (C, cs, and cb) are dominant to the very rare albino alleles, c and ca, which when homozygous produce white cats with either lightly pigmented (caca) pale blue eyes or unpigmented (cc) pink eyes.
text: A homozygous dominant genotype means that both alleles for a trait are dominant.
text: A heterozygous genotype means that one allele is dominant and the other is recessive.
text: It is a strictly relative effect between two alleles of a given gene of any function; one allele can be dominant over a second allele of the same gene, recessive to a third and co-dominant with a fourth.
text: Additionally, one allele may be dominant for one trait but not others.
text: The allele that masks the other is said to be dominant to the latter, and the allele that is masked is said to be recessive to the former.
text: Thus IA and IB alleles are each dominant to i (IAIA and IAi individuals both
text: have type A blood, and IBIB and IBi individuals both have type B blood, but IAIB individuals have both modifications on their blood cells and thus have type AB blood, so the IA and IB alleles are said to be co-dominant).
text: A "dominant" allele is dominant to a particular allele of the same gene that can be inferred from the context, but it may be recessive to a third allele, and codominant to a fourth.
text: When one allele is dominant to another, the oldest convention is to symbolize the dominant allele with a capital letter.
text: Other alleles are dominant or recessive to the wild type allele.
text: In the absence of any difference between the protein products, neither allele can be said to be dominant (see co-dominance, above).
text: Even if the two protein products are slightly different (allozymes), it is likely that they produce the same phenotype with respect to enzyme action, and again neither allele can be said to be dominant.
text: If the heterozygote and the functional-allele homozygote have identical phenotypes, the functional allele is dominant to the non-functional allele.
text: In these cases, the non-functional allele would be said to be dominant to the functional allele.
text: Thus, the A allele is dominant to the B allele with respect to PKU, but the B allele is incompletely dominant to the A allele with respect to its molecular effect, determination of PAH activity level (0.3% < 30% << 100%).
text: A genotype is what the genes say (one allele for brown fur, one allele for white fur), while a phenotype is what the organism displays (in this case, brown fur, because the allele is dominant and therefore only needs one allele present for this trait to be displayed)
text: If the first allele is dominant to the second then the fraction of the population that will show the dominant phenotype is p2 + 2pq, and the fraction with the recessive phenotype is q2.
text: For this plant, the genotype for leaf color is #"RR"# , which is homozygous dominant, consisting of two dominant alleles.
text: For straight vs curly hair in humans, both the straight allele (S) and the curly allele (C) are incompletely dominant over each other.
text: For straight vs curly hair in humans, both the straight allele (S) and the curly allele (C) are incompletely dominant over each other.
text: The allele that masks the other is said to be dominant to the latter, and the alternative allele is said to be recessive to the former.
text: In reference to garden peas, Gregor Mendel, the father of genetics learned that the allele for the color green is dominant to the allele for the color yellow.
text: The allele for straight, round pea pods was dominent over the curved, shrunken ones, and were most often expressed in the population (75% of the time).