When the mutations in question are homozygous and recessive, complementation will ordinarily result in a normal (or “wild-type”) phenotype if the mutations are in different genes (intergenic …

Complementation: In genetics, complementation refers to a relationship between two different strains of an organism which both have homozygous recessive mutations that produce the …

The meaning of COMPLEMENTATION is the operation of determining the complement of a mathematical set.

A complementation group refers to a group of alleles of a single gene that contributes to a complex, multigenic phenotype. The members of a complementation group will always fail to …

In linguistics, a complementation pattern of a verb, noun, or adjective is the patterns that typically follow it.

Complementation means that two different sources of genetic information (usually, different gene loci encoding proteins or RNAs of different function) together each provide something the …

Oct 6, 2005 · Finding a number of mutants with the same phenotype tells you little about how many genes you are dealing with, and how mutable those genes are until you can assign …

Each group represents a set of mutations in the same gene (allelic). The number of complementation groups represents the number of genes that are represented in the total …

Groups of mutations that do not complement each other constitute a complementation group, which is equivalent to a gene. Each mutation in a given complementation group is a mutant …

For this test, two homozygous recessive organisms are crossed. If the mutations are in the same gene then both copies of the gene will be mutant in the F1 offspring and they will exhibit the …