Sizes and Colors
Here is everything you need to know about the sizes and colors available in our breeding program.
CHOCOLATE TRI
To produce a Chocolate Tri Bernedoodle, specific genetic combinations are required. The "tri" in Chocolate Tri refers to three distinct coat colors – chocolate (brown), white, and tan. To achieve this coloration, the following genetic components are necessary:
CHOCOLATE (b) GENE
This gene determines the brown coloration in the coat. A Chocolate Tri Bernedoodle must inherit two copies of the chocolate gene, one from each parent.
BLACK (B) GENE
The black gene is responsible for the black pigment in the coat. In a Chocolate Tri Bernedoodle, this gene is present in a "hidden" form (recessive), as the brown gene (chocolate) dominates. Therefore, the Bernedoodle must inherit two copies of the recessive black gene (Bb) to allow the chocolate gene to express itself.
AGOUTI (a) GENE
This gene controls the distribution of black and tan in the coat. For a Chocolate Tri Bernedoodle, the tan points are created by the presence of the agouti gene, which allows the tan color to appear on specific areas like eyebrows, cheeks, chest, and legs.
The combination of these genes ensures that the Bernedoodle puppy inherits the necessary genetic makeup to display the Chocolate Tri coloration – rich chocolate, distinct white markings, and touches of tan. It's important for breeders to carefully select parent dogs with the appropriate genetic makeup to produce Chocolate Tri Bernedoodle puppies.
Introducing the adorable Chocolate Tri Bernedoodle – a mix of elegance and comfort. They have a glossy coat with rich chocolate colors, white markings, and touches of tan that make them look amazing.
SIMILAR COLORS
BLUE MERLE TRI
Their coat showcases a mesmerizing marbling effect, where shades of gray and black intermingle in intricate patterns. This striking backdrop is adorned with distinct patches of white and touches of tan, creating a harmonious symphony of hues. Their eyes often stand out with a vibrant blue color, enhancing their unique appearance.
Producing a Blue Merle Tri Bernedoodle requires specific genetic combinations to achieve the distinctive coat coloration. The "blue merle" pattern is characterized by a marbling effect of gray and black shades, while "tri" signifies three primary colors – black, white, and tan. The genetics involved in creating a Blue Merle Tri Bernedoodle include:
MERLE (M) GENE
The merle gene is responsible for the marbling pattern seen in the coat. In a Blue Merle Tri Bernedoodle, the merle gene contributes to the gray and black shades in the coat.
BLACK (B) GENE
The presence of the black gene contributes to the black areas in the coat, including the marbling patterns.
AGOUTI (a) GENE
The agouti gene controls the distribution of black and tan in the coat. The tan points, often seen on eyebrows, cheeks, chest, and legs, are created by the agouti gene.
DILUTION (d) GENE
The dilution gene affects the intensity of black pigment, leading to a gray appearance. In the case of a Blue Merle coat, the dilution gene plays a role in creating the gray shades.
Additional coat color genes: Various other genes contribute to the specific shades of gray, black, and tan, as well as white markings in the coat.
It's important to note that the genetics involved in producing Blue Merle Tri Bernedoodles can be quite complex and involve multiple genes interacting. Responsible breeding practices, genetic health testing, and a deep understanding of coat color genetics are essential to ensure healthy puppies with the desired coat colors and patterns.
SIMILAR COLORS
SABLE TRI
Their coat exhibits a remarkable sable pattern, where shades of brown and black intermingle to create a stunning gradient effect. This rich background is adorned with distinct white markings and delightful splashes of tan, adding depth and charm to their appearance.
Producing a Sable Tri Bernedoodle involves specific genetic components to achieve the distinct coat coloration. The "sable tri" pattern combines the sable coloration with the tri-color markings of black, white, and tan. The genetics required to create a Sable Tri Bernedoodle include:
SABLE (Ay) GENE
The sable gene is responsible for the sable coloration, where shades of brown and black intermingle in a gradient pattern. This gene creates the base color for the coat.
BLACK (B) GENE
The black gene contributes to the black areas in the coat, including the distinct tri-color markings.
AGOUTI (a) GENE
The agouti gene controls the distribution of black and tan in the coat, resulting in the tan points seen on eyebrows, cheeks, chest, and legs.
WHITE MARKINGS
White markings on the coat are influenced by additional genetic factors.
DILUTION (d) GENE
The dilution gene affects the intensity of black pigment and can influence the shade of sable.
The interaction of these genetic components leads to the creation of the striking Sable Tri coat pattern in Bernedoodles. Breeders must carefully select parent dogs with the appropriate genetic makeup to ensure healthy puppies with the desired coat colors and patterns. It's important to note that responsible breeding practices and genetic health testing are crucial when working with these coat patterns to maintain the overall health and well-being of the puppies.
SIMILAR COLORS
CHOCOLATE MERLE TRI
Their coat boasts a stunning merle pattern, where rich chocolate hues intermingle with captivating shades of gray and black, creating a tapestry of visual delight. Accentuating this exquisite backdrop are the distinctive white markings and charming splashes of tan, adding depth and character to their appearance. The eyes of the Chocolate Merle Tri Bernedoodle often exude a warm and soulful gaze, a reflection of their affectionate and loyal nature.
Producing a Chocolate Merle Tri Bernedoodle involves specific genetic combinations to achieve the distinctive coat coloration. The "chocolate merle" pattern is a captivating blend of chocolate hues and the merle pattern, while "tri" signifies three primary colors – chocolate (brown), white, and tan. The genetics required to create a Chocolate Merle Tri Bernedoodle include:
MERLE (M) GENE
The merle gene is responsible for the marbling pattern seen in the coat. In a Chocolate Merle Tri Bernedoodle, the merle gene contributes to the gray and black shades in the merle pattern.
CHOCOLATE (b) GENE
This gene determines the brown coloration in the coat. A Chocolate Merle Tri Bernedoodle must inherit two copies of the chocolate gene to express the chocolate color.
BLACK (B) GENE
The presence of the black gene contributes to the black areas in the coat, often seen in the merle pattern.
AGOUTI (Ay) GENE
The agouti gene controls the distribution of tan in the coat. The tan points, often seen on eyebrows, cheeks, chest, and legs, are created by the agouti gene.
DILUTION (d) GENE
The dilution gene affects the intensity of black pigment, contributing to the gray appearance in the merle pattern.
ADDITIONAL COAT COLOR GENES
Various other genes influence the specific shades of chocolate, gray, black, and tan, as well as white markings in the coat.
Creating a Chocolate Merle Tri Bernedoodle involves complex genetic interactions. Responsible breeding practices, genetic health testing, and a deep understanding of coat color genetics are essential to ensure healthy puppies with the desired coat colors and patterns, while also prioritizing the overall health and well-being of the puppies.