Respuesta :
Dihybrid crosses
Explanation:
Typical ratios resulting from epistatic interactions in dihybrid crosses would be 9:3:4, 9:7
- Epistatis is a type of gene interaction in which one gene masks the effect of other gene affecting the same trait but alleleically different
- 9:3:4 is the recessive epistasis or single gene recessive epistasis ratio where recessive condition of a gene masks the expression of another dominant gene
- 9:7 is the double recessive epistasis or complementary gene action ratio where two independently assorting non allelic genes interact with each other in such a manner that recessive condition of any of the gene mask the expression of other
- Complementation is very important in regulation of metabolic pathways as in metabolic pathways all the enzymes are dependent on each other
Answer:
9:3:4, 9:7
Explanation:
Ratios of epistatic interactions in dihybrid crosses would be 9:3:4, 9:7.
Epistatis is a type of gene interaction in which one gene masks the effect of other gene in heterologous condition.
Epistasis may be dominant or recessive.
9:3:4 is the recessive epistasis ratio where recessive condition of a gene masks the expression of another dominant gene.
In case of the double recessive epistasis, the resulting ratio would be 9:7
