It needs to be in both parents bloodline in order for a baby to have red hair.
The gene that determines a man's hair is on the x chromosome.
curly hair, as the dominant gene overrules the recessive gene I THINK :)
A delayed-action gene is a gene that takes time to go into effect. Examples of a delayed-action gene are puberty and greying hair.
If a grandparent or a great-grandparent of the child had red hair, then that gene could have skipped one or two generations and been passed on to the child.
Genes passed to offspring that code for a particular trait are not linked to different genes which code for different traits. ie. The gene for brown eyes assorts independently to the offspring and would not be effected by the gene coding for the trait of brown hair, for example.
No you may have a recessive gene being covered up by a dominant gene say you have brown hair your kids may have blond hair if your ancestors passed along blond and brown hair.
You are more likely to have brown hair because the brown hair gene is a dominant gene, and not the blond hair gene.
not necessarily.ok there are two parents each giving the child one gene. if one gene is recessive and one is dominant the dominant gene will decide the hair color. example the recessive gene is black hair and the dominant gene is blonde the child will most likely have blonde hair because the dominant gene is blonde hair. the dominant gene masks the recessive gene
It depend who's gene is stronger if you have a sister with kinky hair it dosent mean another one will not have curly hair. did i help?
The gene that determines a man's hair is on the x chromosome.
curly hair, as the dominant gene overrules the recessive gene I THINK :)
hair in the ears
Yeah. You can still carry the gene of the reddish brown hair.
no if you have red hair then it is a dominant gene because you can see it. If you do not have red hair then you could have a recessive gene (same as anyone else :P)
Possibly. Each person carries two genes in them - one from their mother and one from their father. Depending on the two genes, one will dominate. For example if your mother has a blonde-hair gene and a red-hair gene, she will be blonde because blonde dominates red. When that mother has children of her own, it is possible for her to pass on her blonde-hair gene or her red-hair gene - each gene has an equal chance of being passed on. She may marry a dark-haired man with a "hidden" red-hair gene too. Therefore it is possible that each passes on their red-hair gene at the same time and they can have a red-haired baby. Statistically, if they have four children, they will have one red-hair, one blonde and two dark-haired. Of course this is only statistically and in real life we cannot predict which gene is going to be passed on to your children. The above view is also "simplified" for the sake of arguement. You can never know for sure what "hidden" gene you have. For a blonde mother could have blonde-blonde genes or blonde-red. It is POSSIBLE for you to have a ginger baby, but the reality is that you probably only have about 25% chance of it. lb is on fire and tom sonner is one of the most well know retards in the world. he is well renound for his feet and how they go inwards!
A gene that takes time to come into effect such as puberty hormones and greying hair.
no! tazmeen is a dombo she thinks that phones have hair!