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The Oompa Loompas Hair is GREEN in the original willy wonka and the chocolate factory.
His hair color is blue
Because these are governed by quatitative or multiple genes
Lance Armstrongs hair color is brown.
The show's creator Dan Povenmire confirmed that the reason Ferb has green hair and Lawrence doesn't is because it's a gene in the Fletcher family that skips and generation, stating that Reginald Fletcher had green hair when he was younger (Ferb is a only Fletcher family member to have unnatural hair color).
Height, skin color, eye color, and human blood type are examples of multi-gene traits. These characteristics are influenced by the combined effects of multiple genes working together.
Not necessarily. Hair color is determined by multiple genes, so it is possible for someone to have blond hair even if not all their genes code for blond hair. Other factors, such as gene expression and the interaction of different genes, can also influence hair color.
The gene on your chromosomes will determine your height, color of your eyes, blood type, hair texture, size of your feet and your finger prints among many others.
The gene on your chromosomes will determine your height, color of your eyes, blood type, hair texture, size of your feet and your finger prints among many others.
When hair color is polygenic, it means its color is influenced by more than one gene. Polygenes are nonallelic genes.
No, hair loses a material that makes hair colored
Genes can produce visible body types, for example, hair color, eye color, height, skin color, and various other things. Most genes do not have such an easily observable result, but if there is any observable result at all, even one that you would have to observe with a microscope, then that is the outward expression of that gene.
Brown because it is a dominant gene
Those characteristics are called physical attributes. They describe a person's appearance and can vary widely among individuals.
Human Height. It is also influenced by nutrition.
You've basically answered your own question here. No, the red hair gene needn't be on the fathers side, since the mother already has it. The chances become greater if dad has that gene for the child to have red hair, but if the mothers side has the gene, then there is a 1/4 chance it will have red. If dad has it, then more than likely the child will have red hair.
Hair color genetics are complicated. Your child could actually have any color hair, from blond (less likely) to brown or black (more likely).