my dad has blonde hair (German) and my mom has resessive blonde traits so me and my sister are blonde, but my step-mom has brown hair. My dads step kids (2) have blonde hair. Why do we all have blonde hair.
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
This may cause a lighter red or a darker blonde. actually that isn't true. it depends on which one is the dominant trait. which one is homozygous which one is heterozygous. it all depends.
Recessive gene of X chromosome. more common in men as they have only one x chromosome but in female there are 2 X chromosome. If one of X chromosome in female has this recessive gene, they become a carrier. If both the X chromosome in female has this gene, they show baldness
The Baby will almost definitely have brown hair and brown eyes. If the father has a blonde haired gene or blue eyed gene (if one of his parents or grand parents had blonde hair and blue eyes) there is a possibility the baby will have blonde hair and blue eyes (one in four chance).
It depends on whether or not blond hair is a dominant gene or a recessive gene. For example: B= brown, b= blonde (in this case brown is dominant). You may have BB or Bb and your partner BB or Bb if one of you is heterozygous (BB) then no you can't but if both of you are homozygous dominant then yes there is a 25% chance of a blonde child. In this case both parents could be brown haired and the child blond.
cos she has blue hair and blonde eyes cos she has blue hair and blonde eyes
Blonde is a recessive gene and Brown is dominant. Therefore, your child's hair will have an extremely high probablity of being brown.
Because it was the 'pure german' gene and the blonde hair blue eyed gene was being taken over by brunette because it is more dominant
Most likely it will be blonde because red is more recessive than Blonde. Followed by strawberry blonde, a hybrid of the two. Least likely it will be completely red. In rare cases red can be dominant to blonde.
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
This may cause a lighter red or a darker blonde. actually that isn't true. it depends on which one is the dominant trait. which one is homozygous which one is heterozygous. it all depends.
blue eyes blonde hair etc.. brown eyes and brown hair are dominant
It tells you that even though the parents have brown hair, they have a recessive allele for blonde hair also. And even though brown is suppose to be visually dominant, it is not the case at all. Two brown heads can make a blonde or brown, and of course even red haired child. Another way to look at it may be the parents have the following alleles for hair color: (b,b) - (b,b) in which case the dominant allele is Blonde or Brown.
Because it was the 'pure german' gene. The blonde hair blue eyes were being taken over by brunettes and brown eyes because it is more dominant than blonde and blue. They were losing the gene
I have hazel eyes and strawberry blonde hair and most of myrelativesare Polish or German
The most dominant hair colors globally are black, brown, blonde, and red, in that order. Black hair is the most common, with brown being a close second. Blondes are less common but still prevalent, while red hair is the rarest natural hair color.
black color in hair is a dominant trait. same goes for brown eyes. blonde hair a blue eyes color is the opposite.