Rust Belt Second Law of Thermodynamics "Entropy"
Entropy is from our Ambrosia x Newton litter born November 2020; and this little red merle dog is a ray of sunshine for her personality! She is happy, confident, joyous, has never met a stranger, and bouncy like Tigger from Winnie the Poo; she is a wonderful combination of both of her parents personalities. She is doing well in her disc training and we are very much looking forward to starting to compete with her in 2022.
Her sire Newton competes in Master level agility, and has titles in Obedience, FastCAT, Rally, and Trick Dog and Ambrosia competes in Disc and Barn Hunt and has qualified for multiple world championships. We are looking forward to watching little Miss Entropy grow and develop here and show us where her special interests and talents.
Her sire Newton competes in Master level agility, and has titles in Obedience, FastCAT, Rally, and Trick Dog and Ambrosia competes in Disc and Barn Hunt and has qualified for multiple world championships. We are looking forward to watching little Miss Entropy grow and develop here and show us where her special interests and talents.
Health Testing
Entropy has been DNA Health Tested through Embark Panel
She is PRA m/n and n/n for all other genetic illnesses tested by Embark.
Entropy is Mc/M by UC Davis Laboratory Results testing her merle length. Merle Cryptic is a shortened length of the Merle allele that does not cause merle patterning or lightening and looks & behaves like non-Merle. If you would like to learn more about the multiple lengths of merle and their impact on color, health, and breeding please visit this website.
She is PRA m/n and n/n for all other genetic illnesses tested by Embark.
Entropy is Mc/M by UC Davis Laboratory Results testing her merle length. Merle Cryptic is a shortened length of the Merle allele that does not cause merle patterning or lightening and looks & behaves like non-Merle. If you would like to learn more about the multiple lengths of merle and their impact on color, health, and breeding please visit this website.