GAMMATE CROSS Meaning and
Definition
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Gammate cross is a term that is commonly used in genetics and biology, specifically in the field of inheritance and breeding. It refers to a particular type of genetic cross that involves the mating between two individuals or organisms that are homozygous for different alleles at two specific gene loci.
In a gammate cross, the organisms being crossed have two different gene combinations at the two loci being studied. For example, if we have two gene loci denoted as A and B, and the first organism has the genotype AA for locus A and BB for locus B, while the second organism has the genotype aa for locus A and bb for locus B, this would constitute a gammate cross.
The purpose of a gammate cross is to determine the pattern of inheritance of these two loci in subsequent generations. By crossing individuals with known genotypes at these loci, researchers can observe the segregation and recombination of the alleles and predict how they are transmitted to future generations.
The term "gammate" in gammate cross is derived from Greek, where "gamma" is the third letter in the Greek alphabet. It is used here to denote that it is a particular type of cross involving two gene loci. Through gammate crosses, researchers can gain insights into the inheritance patterns, genetic linkage, and gene interactions at these loci, which can have significant applications in understanding and manipulating genetic traits in various organisms.
Common Misspellings for GAMMATE CROSS
- fammate cross
- vammate cross
- bammate cross
- hammate cross
- yammate cross
- tammate cross
- gzmmate cross
- gsmmate cross
- gwmmate cross
- gqmmate cross
- ganmate cross
- gakmate cross
- gajmate cross
- gamnate cross
- gamkate cross
- gamjate cross
- gammzte cross
- gammste cross
- gammwte cross
- gammqte cross
