Respuesta :
Hybrids hide one expression of a trait that reappears when hybrids are self-crossed because As gametes form, paired sets of elementen separate, and when gametes connect during fertilization, the elementen combine once more.
The process of interbreeding individuals from genetically diverse populations to create a hybrid is known as genetic hybridization. Therefore, a genetic hybrid would have two unique alleles of the same gene. Because hybrid animals lack functional sex cells, they are unable to produce sperm or eggs, rendering them infertile. This is true because their parents' chromosomes from different species don't line up.
The merging of male and female gametes from the same organism is known as a self cross. Selfing is another name for it.
Some features exhibit a pattern whereby one allele expresses itself in the hybrid (dominant), while a second allele is present but hidden (recessive). A dominant allele will show up externally in the organism when it is combined with either another dominant allele or a recessive allele. Only when two recessive alleles are combined will a recessive allele become visible.
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