What specific recessive gene is linked to the expression of Red and Cream/Wheaton colors in Schnauzers?
Answer
The recessive ee gene
The appearance of Red and Cream/Wheaton coat colors is directly linked to the presence of the recessive 'ee' gene in canine genetics. This specific gene operates by inhibiting or preventing the production of black pigment (eumelanin) throughout the coat. When this inhibition occurs due to two copies of the recessive 'ee' gene being inherited (one from each parent), the underlying pheomelanin, which is responsible for red and yellow hues, is allowed to dominate the dog's appearance, resulting in the Red or Cream coloration.
#Videos
Recessive Red SCHNAUZER Colors - Gold, Beige ... - YouTube
Related Questions
What are the three AKC recognized standard colors for the Miniature Schnauzer in the United States?What defines the 'banded hairs' characteristic of the Salt and Pepper Schnauzer pattern?Which coat color is cited as genetically the rarest due to the specific recessive genes required for its expression?What specific recessive gene is linked to the expression of Red and Cream/Wheaton colors in Schnauzers?How are the furnishings described on a Black and Silver Miniature Schnauzer relative to their base coat?What visual feature distinguishes Parti-colored Schnauzers, such as Black Parti or Liver Parti?What distinction is made regarding Liver, Wheaton, and various Parti colors in US Miniature Schnauzer conformation showing?What specific exception exists regarding the White coat color in US Miniature Schnauzer conformation judging?Which color is specifically noted as being rare within the Giant Schnauzer population in the UK?What ethical behavior should a potential owner expect regarding health testing from a breeder producing recessive Red Schnauzers?