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Study Ties Golden Retriever Behavior Genes to Human Personality and Mental Health

A Cambridge-led genome-wide analysis of 1,300 dogs links shared genetic pathways to temperament, suggesting overlapping biology in how dogs and people process emotion and stress.

Overview

  • The peer-reviewed findings were published November 24, 2025 in PNAS by a University of Cambridge team using Golden Retriever Lifetime Study data funded primarily by the Morris Animal Foundation.
  • Researchers matched whole-genome data from about 1,300 golden retrievers aged 3–7 to 73 owner-reported behaviors grouped into 14 trait categories.
  • The study flagged 18 candidate genes for canine behaviors, 12 of which have human equivalents associated with personality, cognition, or mental-health traits.
  • Examples include PTPN1 linked to dog-directed aggression and to intelligence and depression in humans, ROMO1 tied to trainability and human cognitive performance and sensitivity, and ASCC3 associated with non-social fear in dogs and neuroticism and anxiety in people.
  • Authors emphasize these variants shape emotional regulation and predispositions rather than dictating behavior, and they suggest the insights could guide empathy, training approaches, and consideration of anxiety-reducing veterinary treatments.