For Howrse Black and Red
Most are Brown are a (mix)
Perlino is a cream gene that is responsible for a number of horse coat colors. Horses with a chestnut base coat color and the cream gene will become palomino if they carry one cream gene, and will be cremello if they carry a pair of the cream genes.
you will get almost any colour because your horses colour is not determined by the colour of it' s parents. you can have two chestnut horses that breed to make a bay foal. unless the horse is bred to be a specific colour, like the Cleavland Bay breed. the foals colour all depends on its genetic material.
The answer for Howrse is Chestnut and Bay
No, it is not, but it is more common in these colour horses. It is called a wall eye if it is blue.
A change in gene level at DNA level can be characterized into two different categories. The first is called a base substitution and the second is called a base addition.
the answer is Bay and chestnut for howrse and for reality
The Thoroughbred breed has two lines that carry the creme gene. This gene can produce palomino, buckskin, smokey black, cremello and perlino. There are also sabino and overo genetics in Thoroughbreds that produce varying degrees of spotting including horses that are essentially white.In Thoroughbreds the term "roan" refers to horses with the grey gene that have a non-black base coat color. For example: a chestnut foal with the grey gene would be reported as being a roan.True roan color (horses with the Rn gene) do not exist in the United States with a report of one true roan Thoroughbred reported in New Zealand (Catch a Bird) who has offspring that are true roan.This amounts to less than a dozen true roan Thoroughbreds in the world (this number may be higher as there is no current report found).
Bay (light, dark...) and Grey (looks white) Actually, the two main color genes for horses is chestnut (red) and black. All horses- regardless of what other genes they have (creme, roan, etc.)- are either chestnut (red) or black at their base color. Not bay and grey. You can see the site in the related links explains all about the base colors, and what modifies them into other colors, like bay or grey. It says Morgan horses, but it goes for all breeds.
Two genes determine a trait, e.g. eye colour (i will use eye colour as my example).You get one gene from your mother, and one gene from your father. Different genes may be dominant or recessive. In eye colour, Blue is a recessive trait and brown ia a dominant trait.That means that in the case of receiving a blue gene from your mother, and brown gene from your father, you will have brown eyes as it is dominant, as you only require ONE gene to show that trait, (although you may have two). However, you have to have BOTH recessive genes to have the recessive trait, meaning you have to be heterogenous for the gene.Hope that helped :)
for a blanket appaloosa, heres the formula. brown: two brown horses with the white paint gene black: two black horses with the white paint gene. the mane and tail colors don't really matter. DO NOT CHANGE THE COAT OF A SPEC. BREED BECAUSE YOU CANNOT GET IT BACK AFTER!
Yes, of course they can. The redhead gene (or any other gene for that matter) can skip generations. Two people with naturally blonde hair can have a child with brown hair, you cant say what colour hair a child will have just based on what colour it's parents hair is alone.