Test Mating

Sire: Alfred J Kwak | Dame: Jess

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 6 generations

Offspring ()
Britney Star`s Alfred J Kwak (Sphynx)
HCM: negative HCM: negative
Evilurbastet Ascolt (Sphynx)
HCM: negative HCM: negative
Rifountselj Vito (Sphynx)
HCM: negative
Spes Bona Ulrikh (Sphynx)
Spes Bona Ares (Sphynx)
Aviv Shanel (Sphynx)
Rifountselj Vesnushka (Sphynx)
Danaya Sphynx Apache (Sphynx)
ChampionsLeague Bachue (Sphynx)
Spes Bona Evita (Sphynx)
Baby Moon Chocolate Cafe (Sphynx)
Enneking Ioda (Sphynx)
Grand Oray Chia (Sphynx)
Spes Bona Beylis (Sphynx)
Grand Oray Paradiz (Sphynx F3)
Parnas Viktoria (Sphynx)
Warm Breeze Britney Star (Sphynx)
HCM: negative
Tatius Biber Great (Sphynx)
Palomin Nemo (Sphynx)
Hairless Chocogogo (Sphynx)
Argentum Mauritius Bonstance (Sphynx)
Smart Beatris Sheridan (Sphynx)
Lexl Apolon (Sphynx)
Smart Anabel Sweet Caramel (Sphynx)
Star Way Virginia (Sphynx)
Argentum Werden (Sphynx)
Golden Space Star Matis (Sphynx)
Argentum Lylu (Sphynx)
Argentum Emili Dark (Sphynx)
Argentum Werden (Sphynx)
Alivenio Luise (Sphynx)
Gattimondo Jess (Sphynx)
foundation n/a n/a n/a
n/a
n/a n/a
n/a
n/a n/a n/a
n/a
n/a n/a
n/a
Chats Sacres Saar (Sphynx)
HCM: negative
Monk Monk Magnum Al-Shobaki (Sphynx)
HCM: negative HCM: negative HCM: negative PKD echo: negative
Hadakat Ohio (Sphynx)
Hadakat Baresitall [Deceased] (Sphynx)
Intestinal Lymphoma: positive HCM: negative HCM: negative HCM: negative
Cocopuffs Cocochanel (Sphynx)
Wilburstpaws Nemah Vamp (Sphynx)
Katara Harry (Sphynx)
Wilburstpaws Little Blue (Sphynx)
Bucked Naked A Special Girl Miss Belle (Sphynx)
MagicTrueLove Wombat Jr (Sphynx)
HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative HCM: negative
Anubis (van) Seventh Heaven (Sphynx)
HCM: negative HCM: negative
Beauty Princess True Love (Sphynx)
HCM: negative
Wijze (de) Zoe (Sphynx)
HCM: negative HCM: negative
Cybersphynx Bill (Sphynx)
HCM: negative
Nomoi (van) Sky (Sphynx)

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