I think it's just a gene you inherit like any other
A person with black hair could be homozygous for the black hair allele (having two copies of the same allele) or heterozygous (having two different alleles) because the black hair trait is determined by more than one gene. If a person has two copies of the black hair allele, they would be homozygous for the trait. If they have one black hair allele and one allele for a different hair color, they would be heterozygous.
Yes they can, red is often dominant over other hair colors. This isn't right. Red hair is a recessive gene (the most recessive hair color) and you must have two copies of it, one from each parent, in order for one to have red hair. The gene is related to MC1R on chromosome-16. Only about 2% of the population has red hair because it is so recessive and both parents must have this gene.
No, two red-headed parents are not required to produce a red-headed child. Red hair is a recessive trait, meaning a child can inherit the gene for red hair from one or both parents, even if they do not have red hair themselves. A child can be born with red hair if they inherit the recessive gene from a parent who carries it, regardless of the other parent's hair color.
The recessive hair type refers to the genetic trait responsible for straight hair. This means that an individual must inherit two copies of the straight hair gene (one from each parent) in order to have straight hair. If only one copy is inherited, the dominant curly hair gene will be expressed instead.
To determine the percentage of offspring with straight hair, we first need to clarify that the question seems to refer to a separate trait since it mentions fur color (black vs. white) rather than hair texture. Assuming "straight hair" is a different trait and not directly related to the fur color, we cannot deduce the percentage of straight-haired offspring without knowing the genetic inheritance pattern for the hair texture. If we had that information, we could use a Punnett square to calculate the expected phenotypic ratios.
Depends on the person's personality, and texture of hair.
they can just put affros and dreadlocks.
A character trait that shows what is on the outside of a character, like the hair, eye, or skin color
An inherited trait is a characteristic passed from the male and female parents to the offspring or child through genes. The genes are the unit on our chromosomes that are responsible for all our characteristics. The chromosomes consist of thousands of genes. The whole chromosome is made from a chemical called deoxyribonucleic acid or DNA for short. Some of these genes act individually but most act depending on which other genes are nearby or environmental factors or some don't get switched on unless something triggers them to do so. Humans have 23 pairs of chromosomes. Each of us inherit 23 chromosomes from our mother and 23 from our father. Males have one mismatched 'pair' which is referred to as the sex chromosome. Males inherit a y chromosome from their father and an X from their mother, whereas females inherit an X from each parent. The trait on one chromosome can be blocked by the matching trait on the other chromosome in the pair. These 'matching' traits are called alleles. It is rare that we inherit a characteristic just from one pair of alleles. Every living thing has DNA. Plants and animals that reproduce sexually get half their inheritance from each parent. These genes then recombine into the number of pairs for that species and a unique individual is produced. =================== An inherited trait is a trait that you inherit from your parents like height and hair color. =================== An inherited trait is a characteristic you get from your parents like say your mom has blond hair and your dad has brown hair then there baby is going to have a brown hair baby because brown is the dominate color and blond is the recessive color.
Yes. Relaxers go by the TEXTURE OF YOUR HAIR, not the COLOUR OF YOUR SKIN.
eye and hair color
A person with black hair could be homozygous for the black hair allele (having two copies of the same allele) or heterozygous (having two different alleles) because the black hair trait is determined by more than one gene. If a person has two copies of the black hair allele, they would be homozygous for the trait. If they have one black hair allele and one allele for a different hair color, they would be heterozygous.
Newborns typically inherit physical traits from their fathers such as eye color, hair color, and facial features. They may resemble their fathers in appearance by having similar eye shape, nose shape, or hair texture.
Curly and/or 'kinky' hair is shaped like an elongated oval.
Yes, red hair is typically considered a recessive genetic trait. In order for a person to have red hair, they must inherit two copies of the recessive gene associated with red hair color from both parents.
A dominant trait overpowers a recessive trait. If your dad has brown hair and your mom has orange hair, you are more likely to get your dad's brown hair because it is the dominant trait.
Yes they can, red is often dominant over other hair colors. This isn't right. Red hair is a recessive gene (the most recessive hair color) and you must have two copies of it, one from each parent, in order for one to have red hair. The gene is related to MC1R on chromosome-16. Only about 2% of the population has red hair because it is so recessive and both parents must have this gene.