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Success in Assistance Dog Training Programs

Affected Genes: WBSCR17

Inheritance: Autosomal Recessive

Variant(canFam6):

General Information: Success in Assistance Dog Training Programs is influenced by a combination of behavioral, cognitive, and physical traits. These traits are often governed by specific genetic factors that can predispose a dog to excel in training and service roles. Dogs with certain genetic profiles are more likely to possess the temperament, intelligence, and physical health required for effective assistance work. Characteristics such as trainability, sociability, low reactivity to stimuli, and physical robustness are crucial for success in these programs. While environmental factors and training methods play significant roles, genetic predisposition can significantly impact a dog's likelihood of thriving in an assistance role. Early genetic testing can help identify dogs with the potential to succeed, enabling targeted training efforts and resource allocation.

How to Read Your Dog's Test Results for this Genetic Variant:

Two Variants Detected: Dog Likely to Excel in Training Programs

One Variant Detected: Dog May Excel in Training Programs

No Variants Detected: Dog Unlikely to Excel in Training Programs

Gene / Testing Information: Genetic testing for traits associated with success in assistance dog training programs can help determine if a dog possesses the genetic markers linked to desirable characteristics. These traits are often inherited in a polygenic manner, meaning that multiple genes contribute to the overall likelihood of success. Carrier dogs, possessing some but not all of the advantageous variants, may still perform well in training with the appropriate support and training techniques. Identifying these genetic markers early on can aid in selecting and training dogs best suited for assistance roles, optimizing the success rates of training programs. Dogs that lack these genetic markers may still be wonderful pets but are less likely to excel in rigorous training programs for assistance work.

References:
Tandon D, Ressler K, Petticord D, Papa A, Jiranek J, Wilkinson R, Kartzinel RY, Ostrander EA, Burney N, Borden C, Udell MAR, and VonHoldt BM. Homozygosity for Mobile Element Insertions Associated with WBSCR17 Could Predict Success in Assistance Dog Training Programs. Genes (Basel) 2019 10(6):439.