Test Mating

Sire: Masson | Dame: Isidora

1. Select sire 2. Select dame 3. Result

Number of generations: 1 2 3 4 5 6 7 8 9 10 11 12 | Inbreeding: 6.49% over 6 generations

Offspring ()
Divinus Masson (Sphynx)
HCM: negative HCM: negative HCM: negative PKD dna: negative HCM: negative HCM: negative 		Divinus Derek (Sphynx)
HCM: negative 		Apophis Bald Eagle (Sphynx)
HCM: negative 		Purrfantasy Brigadoon (Sphynx)
Minsati Maxon (Sphynx)
Kittypen Bella Luna (Sphynx)
Apophis Fairy Wings (Sphynx)
Kitnhuyse Lloyds of London (Sphynx)
Apophis Phaedra (Sphynx F1)
Enneking Berta (Sphynx)
de la Magie d'Orient Rayan (Sphynx F3)
Des Roses de Porcelaine Phoenix (Sphynx)
Heaven Born (de) Passy Flore (Sphynx)
Grand Oray Pinelope Ioda (Sphynx)
Goriakis Chnoem (Sphynx F3)
Parnas Viola (Sphynx)
Isida L Anna Belle (Sphynx)
HCM: negative 		Divinus D Chameleon (Sphynx)
HCM: negative 		Divinus Aster (Sphynx)
HCM: negative 		Spes Bona Amur (Sphynx)
Enneking Berta (Sphynx)
Apophis Calais (Sphynx)
Prophecy Ankh (Sphynx F3)
Apophis Phortune Teller (Sphynx F2)
Isida Dora Gabriele (Sphynx)
HCM: negative 		Isida Vesta Oliver (Sphynx)
Ikses Najk (Sphynx F2)
Isida Vesta (Sphynx)
Isida Isidora (Sphynx)
Isida Vinsent (Sphynx)
Friends Kennel Sindy (Sphynx F2)
Isida Isidora (Sphynx)
Isida Vinsent (Sphynx)
Du Bois De Grace Mad Max (Sphynx F3)
Amenophis Ire-Sake (Sphynx F2)
Amenophis Fitzgerald (Sphynx)
Du Clos Des Vignes Honolulu (Sphynx F1)
Amenophis Jubilee (Sphynx)
Amenophis Fitzgerald (Sphynx)
Safram Kaleidoscope (Sphynx)
Parnas Adel (Sphynx)
The Grey Monks George (Sphynx)
Ruaztec Black Prince (Sphynx F3)
Goriakis Aphrodite (Sphynx F3)
Grand Oray Rebekka (Sphynx)
Du Bois De Grace Mad Max (Sphynx F3)
Ruaztec Alina (Sphynx)
Friends Kennel Sindy (Sphynx F2)
Friends Kennel David (Sphynx)
unknown n/a
n/a
unknown n/a
n/a
Du Clos Des Vignes Honolulu (Sphynx F1)
Les Devon Chat Mariott (Devon Rex)
Vicrock Renoir's RexTasy (Devon Rex)
Les Devon Chat Giverny (Sphynx)
Rinkurl Femme Fatale (Sphynx F3)
Amenophis Cocoon (Sphynx)
Rinkurl Brendas Nefertiti (Sphynx F2)

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