Update

23.05.2018

Wir erwarten Kitten!!! We expect kittens!!!

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HCM & PKD negative Ragdoll Cattery

Die Genetik

Da ich manchmal gefragt werde, wie ich schon im Voraus die Zeichnungen meiner Kitten vorraussagen könne, möchte ich hier einige Tabellen einfügen, die klar machen, aus welcher Verpaarung welche Zeichnung/ Farbe bei den Kitten hervorgehen könnte.

Vater/

Mutter

colourpoint mitted bicolour (hm) true bicolour bicolour mid high white bicolour high white
colourpoint colourpoint colourpoint, mitted mitted

colourpoint,true bicolour

mitted, true bicolour true bicolour 
mitted

colourpoint,

mitted

colourpoint, mitted, bicolour (hm) mitted, bicolour (hm) colourpoint, mitted, true bicolour, mid high white mitted, true bicolour, mid high white true bicolour, mid high white 
bicolour (hm) mitted

mitted, bicolour (hm)

bicolour (hm)

mitted, mid high white  

high mitted, mid high white  mid high white 
true bicolour colourpoint, true bicolour colourpoint, mitted, true bicolour, mid high white mid high white, mitted true bicolour, high white, colourpoint mitted, true bicolour, mid high white, high white true bicolour,
high white
bicolour mid high white mitted, true bicolour mitted, true bicolour, mid high white high mitted, mid high white mitted, true bicolour, mid high white, high white high mitted, mid high white, high white mid high white, high white  
bicolour high white true bicolour true bicolour, mid high white mid high white

true bicolour,

high white

mid high white, high white high white

Mink-, Sepia- und Solid- Genetikchart

Mink

"cscb"

x pointed

x mink

x sepia

x solid (p)

x solid (m)

x solid *

= mink (x2), pointed (x2)
= sepia (x1), mink (x2), pointed (x1)
= mink (x2), sepia (x2)
= solid (p) (x1), solid (m) (x1), mink (x1), pointed (x1)
= solid (p) (x1), solid (m) (x1), sepia (x1), mink (x1)
= solid (p) (x2), solid (m) (x2)

Sepia

"cbcb" 

x pointed

x mink

x sepia

x solid (p)

x solid (m)

x solid *

= 100% mink (x4)
= mink (x2), sepia (x2)
= 100% sepia (x4)
= solid (m) (x2), mink (x2)
= solid (m) (x2), sepia (x2)
= 100% solid (m) (x4) 

Solid (p)

"Ccs"

 

x pointed

x mink

x sepia

x solid (p)

x solid (m)

x solid * 

= solid (p) (x2), pointed (x2)
= solid (p) (x1), solid (m) (x1), mink (x1), pointed (x1)
= solid (m) (x2), mink (x2)
= solid (CC) (x1), solid (p) (x2), pointed (x1)
= solid (CC) (x1), solid (p) (x1), solid (m) (x1), mink (x1)
= solid (CC) (x2), solid (p) (x2) 

Solid (m)

"Ccb" 

x pointed

x mink

x sepia

x solid (p)

x solid (m)

x solid *  

= solid (p) (x2), mink (x2)
= solid (p) (x1), solid (m) (x1), mink (x1), sepia (x1)
= solid (m) (x2), sepia (x2)
= solid (CC)(x1), solid (p)(x1), solid (m)(x1), mink(x1) 
= solid (CC) (x1), solid (m) (x2), sepia (x1)
= solid (CC) (x2), solid (m) (x2)

Solid (CC)

"CC" 

x pointed

x mink

x sepia

x solid (p)

x solid (m)

x solid  *

= 100% solid (p) (x4)
= solid (p) (x2), solid (m) (x2)
= 100% solid (m) (x4)
= solid (CC) (x2), solid (p) (x2)
= solid (CC) (x2), solid (m) (x2)
= 100% solid (CC) (x4)



* solid (CC)

 

Legende:

solid (p) -> die Solid trägt das Pointgen "Ccs"

solid (m) -> die Solid trägt das Minkgen "Ccb"

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