Test Mating

Sire: Zenobio | Dame: Lady Rhino

1. Select sire 2. Select dame 3. Result

Number of generations: 1 2 3 4 5 6 7 8 9 10 11 12 | Inbreeding: 0% over 5 generations

Offspring ()
RedAngel Zenobio (Sphynx)
HCM: negative
Murashoff Top Chance (Sphynx)
HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative
Fantcfur Tan Man (Sphynx F2)
HCM: negative HCM: negative
Bareangels Rimshot (Sphynx)
Hadakat P. Biandj (Sphynx)
Sundancenbare Butterfly (Sphynx)
HCM: negative
Fantcfur Just A Splash (Sphynx)
Fantcfur Lucy Lou (Sphynx)
RedAngel Theodora (Sphynx)
HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative
RedAngel Pipiter Pan (Sphynx)
HCM: negative HCM: negative HCM: negative
RedAngel Nabucodonosor II (Sphynx)
HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative
Classicalcats Juliett (Sphynx)
HCM: negative
RedAngel Queen In The Sky (Sphynx)
HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative
RedAngel Nephilium Fulgor (Sphynx)
HCM: negative
RedAngel Opla Eccomi Qua (Sphynx)
HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative
Sempre Lady Rhino (Sphynx)
HCM: negative Veterinary Cardiac Genetics Laboratory (HCM) Testing) from Dr. Meurs: positive homozygous HCM: negative CMS: negative
Best Show *RU Crown Prince (Sphynx)
HCM: negative Veterinary Cardiac Genetics Laboratory (HCM) Testing) from Dr. Meurs: positive heterozygous HCM: negative HCM: negative HCM: negative
Best Show *RU Picasso (Sphynx)
Cats Paradise P'Rooney (Sphynx)
Best Show *RU Zlata (Sphynx)
HCM: negative
Best Show *RU Cinderella (Sphynx)
Tsenturion JanYan (Sphynx)
HCM: negative HCM: negative
Pharaon Cats Orlanda (Sphynx)
HCM: negative
Dressus Olypiada (Sphynx)
HCM: negative HCM: negative PKD dna: negative
Beauty Exotica Fabulous Marvellous (Sphynx)
Merloni Jewellery (Sphynx (Odd Eyed))
Krasa Egypta Karman (Sphynx)
Beauty Exotica Glimlag Van Geluk (Sphynx)
Krasa Egypta Sunny (Sphynx)
Krasa Egypta Tanta (Sphynx)

Number of generations: 1 2 3 4 5 6 7 8 9 10 11 12