Sentences with phrase «recessive black gene»

Allowed colors are red, sesame (a red with recessive black gene that manifests itself as a sooty overlay), and black and tan.

Usually, German Shepherds are a brown and black mix, but some carry the recessive black gene and end up giving birth to a Black German Shepherd.

Not exact matches

It's hard to prove for sure, but it's possible that their recessive genes that carry the black gene may also contribute to a larger size.

«E», normal extension of black, allows the A-series alleles to show through, and «e», recessive red / yellow, overrides whatever gene is present at the A locus to produce a dog which shows only phaeomelanin pigment in the coat.

Black and Tan and Chocolate and Tan are recessive colors to red, i.e. two black and tan dogs can't produce a red puppy unless they both contain the recessive red Black and Tan and Chocolate and Tan are recessive colors to red, i.e. two black and tan dogs can't produce a red puppy unless they both contain the recessive red black and tan dogs can't produce a red puppy unless they both contain the recessive red gene.

The brindle gene is a recessive part of the K series / K Locus of genes which is dominantly black, recessive brindle and recessive non-solid black genes.

of genes which is dominantly black, recessive brindle and recessive non-solid black genes.

Dominant black genes usually stop the development of brindle, but the following recessive color genes can produce different variations of the brindle colors.

The black coat gene color can either be dominant or recessive.

The traditional color, produced when one or both genes have the dominant allele, is commonly referred to as black or black and rust (also called black and tan), while the most common variation, due to both genes having the recessive allele, produces what is called a red or red and rust Doberman in America and a «brown» Doberman in the rest of the world, which is primarily deep reddish - brown with rust markings.

Yellow appears in Aussies because it is recessive to black and red, meaning that both parents have to carry the gene for any yellow pups to appear.

However, for this to happen, both parents must carry the solid black recessive gene.

The black coat comes from the dominant or recessive genes.

There are some breeders which state that if the dog has only one recessive Chocolate gene, then this dog will look like the traditional Yorkies but if it has two recessive Chocolate genes, then its skin and coat will be not black but with liver or brown color.

Black GSDs are also a result of recessive genes.

Black and brown combine with a recessive dilution gene to produce gray and cream - colored dogs.

Dogs without the recessive gene causing color dilution would typically have black noses.

Both yellow Labs and chocolate Labs are recessive, but because a yellow Lab's ee genes mask both the black and chocolate coloration, yellow Labs are more common than chocolate Labs.

The gene for all black is recessive, so two parents with that gene who are grown can make a black puppy.

A German Shepherd that is, say, black and tan, can carry the recessive solid black gene and produce Black German Shepherd pupblack and tan, can carry the recessive solid black gene and produce Black German Shepherd pupblack gene and produce Black German Shepherd pupBlack German Shepherd puppies.

However, both parents must have the recessive gene for solid black to appear in the litter.

Although the visual effect can be the same, it is easy to confuse this with the subtle hint of bronze (liver) that shows through in coats of some black dogs that carry an incompletely - masked recessive allele (one of the gene pair) for «a dilute» such as liver - chocolate.

Fading of black coats (a tinge of rust or brown in some part of the hairs) can be caused by several things: a recessive gene for liver - dilute pigment, or modifier genes located on different places or chromosomes, for example.