In genetics, an offspring receives a gene from each parent for a particular trait (an allele). If the two alleles are for different characteristics, such as blue eyes and brown eyes, then usually one of the characteristics will show up in the offspring while the other is masked. The trait that shows up is the dominant gene.
No - the father's genes are not always the dominant genes.
The dominant allele.
The Punnet Square.
It would depend on if the dominant genes are the same or different. Say the dominant alleles were different. In this case, they are co-dominant. If they are the same and both dominant homosytus.
What passes traits to it's offspring is the dominant genes that over power the non dominant genes. Whether there are more dominant genes also depends a lot on who the other mate is.
Polygenic genes are usually dominant genes.
No - the father's genes are not always the dominant genes.
The dominant genes take over, and then the recessive genes hide away
explain how dominant genes work
Dominant genes are always expressed in preference to recessive genes in cased where both genes are present.
Dominant, as in dominant and recessive (weaker) genes.
dominant genes for freckles
The dominant allele.
Dominant genes express themselves, phenotype depends upon genes .
Homozygous recessive: is when the genes are both recessive Homozygous dominant: is when the genes are both dominant (traits show) Heterozygous dominant: is when one gene is dominant and one is recessive (traits show) Heterozygous recessive: is the same as heterozygous dominant but the dominant genes are inactive
capital genes are dominant genes as they are written by capital letters
The Punnet Square.