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Description
Inverse white creates the opposite pattern to its counterpart white pattern. In the case of inverse semi-fewspot appaloosa, white spots concentrate around the softer parts of the boucle's body like the armpits, groin and belly.

When inverse whites are combined with their regular counterpart on the same locus, it creates an "outline" of the pattern, a thin line of the base coat where the edge of the pattern or spots would be leaving the rest of the coat white.

Inverse white does not affect residual white or any Birth Anomaly whites.

Lp!Lp!/nPATN1, Lp!Lp!/PATN1PATN2, Lp!Lpk/nPATN1 or Lp!Lpk/PATN1PATN2 (Lp!Lpk/nPATN1 and Lp!Lpk/PATN1PATN2 would be koi carriers)

Please be aware that boucle appaloosa genetics do not necessarily correlate to real life horse appaloosa genetics. (For the genetically interested, PATN2 is complete nonsense.)

Description
Inverse white creates the opposite pattern to its counterpart white pattern. In the case of inverse semi-fewspot appaloosa, white spots concentrate around the softer parts of the boucle's body like the armpits, groin and belly.

When inverse whites are combined with their regular counterpart on the same locus, it creates an "outline" of the pattern, a thin line of the base coat where the edge of the pattern or spots would be leaving the rest of the coat white.

Inverse white does not affect residual white or any Birth Anomaly whites.

Lp!Lp!/nPATN1, Lp!Lp!/PATN1PATN2, Lp!Lpk/nPATN1 or Lp!Lpk/PATN1PATN2 (Lp!Lpk/nPATN1 and Lp!Lpk/PATN1PATN2 would be koi carriers)

Please be aware that boucle appaloosa genetics do not necessarily correlate to real life horse appaloosa genetics. (For the genetically interested, PATN2 is complete nonsense.)