(ਜੈਨੇਟਿਕਸ,

Noun:

ਹੇਟਰੋਜ਼ਾਈਗੋਟ,

heterozygote's Usage Examples:

This polarity is shown as differential phenotype is only present in one of the heterozygote configurations.

environments where there is not a wide clinal range of resources, causing heterozygote disadvantage or selection against the average.

yellow mutation is dominant, and all the parental yellow mice were heterozygotes for the mutant allele.

Whereas heterozygote advantage can explain the persistence of high carrier rates of lethal.

heterozygotes has one copy of the a allele, and each of the 9 white-flowered homozygotes has two copies.

experiments led to her and William Bateson defining important terms like "allelomorphs" (nowadays referred to as alleles), heterozygote and homozygote.

80 and above for wild type homozygotes (normal), 40–60 for heterozygotes (atypical), and 20 or less for atypical homozygotes.

Although it is an autosomal recessive disorder, heterozygotes may still manifest much attenuated symptoms.

when a rare allele has a selective advantage; overdominance caused by heterozygote advantage; and directional selective sweeps near an advantageous mutation.

let the relative fitness of deleterious homozygotes and heterozygotes be smaller than that of normal homozygotes AA by factors of 1 − h s {\displaystyle.

As a result, compound heterozygotes often become ill later in life, with less severe symptoms.

In addition, heterozygote mutants displayed premature hair follicle exogen.