Test Mating

Sire: Jean Luc Amsier | Dame: Purpura

1. Select sire 2. Select dame 3. Result

Number of generations: 1 2 3 4 5 6 7 8 9 10 11 12 | Inbreeding: 9.38% over 6 generations

Offspring ()
Vintage Jean Luc Amsier (Sphynx)
Baby Rah Tel Aviv (Sphynx)
Baby Rah Zanzibar (Sphynx)
Milky Way Noris Choco (Sphynx)
HCM: negative HCM: negative 		Milky Way Emer Choco Pie (Sphynx)
Milky Way Kamilla Chocolate Coctaile (Sphynx)
Antique Line Elladia (Sphynx)
Bast Amur Alfons (Sphynx)
Grand Oray Valensiya Mahes (Sphynx F3)
Florans Faina (Sphynx)
Florans Cristofer (Sphynx)
Zlatosphynx Baghdad (Sphynx)
Grand Sphynx Vesta (Sphynx)
Florans Diana (Sphynx)
Zlatosphynx Baghdad (Sphynx)
Florans Beatris (Sphynx)
Joser Grace (Sphynx)
Baby Rah Tel Aviv (Sphynx)
Baby Rah Zanzibar (Sphynx)
Milky Way Noris Choco (Sphynx)
HCM: negative HCM: negative
Antique Line Elladia (Sphynx)
Florans Faina (Sphynx)
Florans Cristofer (Sphynx)
Florans Diana (Sphynx)
Joser Cherry (Sphynx)
Baby Rah Richmond (Sphynx)
Zlatosphynx Leon (Sphynx)
HCM: negative
Joser Althea (Sphynx)
Joser Whitney (Sphynx)
Exclusive Semur (Sphynx)
Exclusive Xena (Sphynx)
Butterflies Purpura (Sphynx)
Butterflies St.Pietersburg (Sphynx)
Joser Gilbert (Sphynx)
Baby Rah Tel Aviv (Sphynx)
Baby Rah Zanzibar (Sphynx)
Florans Faina (Sphynx)
Joser Cherry (Sphynx)
Baby Rah Richmond (Sphynx)
Joser Whitney (Sphynx)
Butterflies Euphoria (Sphynx)
Paradais Sphynx Camelot (Sphynx)
HCM: negative HCM: negative 		Aymerich E (de) Vodka (Sphynx)
HCM: negative
Paradais Sphynx Bella (Sphynx)
HCM: negative
Bast Amur Vanessa (Sphynx)
ChampionsLeague Anubis (Sphynx)
Liga Star Ulrika Lemonty (Sphynx)
Butterflies Katyusha (Sphynx)
Butterflies Voice (Sphynx)
Joser Willie (Sphynx)
Zlatosphynx Berlin (Sphynx)
Joser Zena (Sphynx)
Bast Amur Vanessa (Sphynx)
ChampionsLeague Anubis (Sphynx)
Liga Star Ulrika Lemonty (Sphynx)
Butterflies Opium (Sphynx)
Joser Gilbert (Sphynx)
Baby Rah Tel Aviv (Sphynx)
Joser Cherry (Sphynx)
Butterflies Itaka (Sphynx)
HCM: negative 		Joser Willie (Sphynx)
Joser Neveda (Sphynx)

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