Dog Details

Registered Name: Miyuki Go Miyagi Takatorisou Registration #: AKIHO 11-212 Breeder: Owner: Josh Poulis Kennel: Sire: Mikunihomare Go Nagata Kensha Dam: Ouka Go Yoshinohoshi Call Name: Hana Gender: Female Date of Birth: 3 January 2011 Date of Death: Land of Birth: Japan Land of Standing: United States of America Size: 0.23 in. Weight: 53 lb. Color: Red Features: Titles: Known Offspring:

Half Siblings (Sire): AIKO GO MIYAGI KOZAKI KENSHA Mantehomare Go Miyagi Kozaki Kensha Half Siblings (Dam): Oushunka Go Miyagi Kozaki Kensha

Pedigree
Miyuki Go Miyagi Takatorisou AKIHO 11-212 Red Japan 2011	Mikunihomare Go Nagata Kensha Akiho 08-558 Red Japan	Kokushi Go Kurashiki Wakamatsusou Akiho 07-1054 Red Japan 2007	Goryou Go Kurashiki Wakamatsusou AKIHO 04-963 Red Japan 2004
			Suzu Go Kawanoe Hacchou AKIHO 01-2599 Japan 2001
		Hana Go Korian Akiho 06-1924 Red Japan	Kouka Go Nagata Aikensou AKIHO 03-918 Red Japan 2003
			Bizanhikari (Bizankou) Go Aikensou AKIHO 04-1755 Japan 2004
	Ouka Go Yoshinohoshi Akiho 06-1460 Red Japan 2006	Tenju Go Miyagi Yuugasou Akiho 02-152 Red Japan 2001	MEIYOSHO WINNER 2006 Samurai Go Piiyo Akiho 00-3002 Brindle Japan 2000
			Fuyumi Go Miyagi Yuugasou Red Japan 1999
		Yoshinozakura Go Kiyokawasou Akiho 04-2079 Japan 2004	Sichishigure Japan 2003
			Okaotome Go Furuyasou Japan 2002

Coefficient of Inbreeding: 0%
Parent Relatedness: 0%
Ancestor Loss: 100%
Calculated 3 complete generations of 3 requested

The Inbreeding Coefficient (IC) or Coefficient of Inbreeding (COI) or Coefficient of Kinship of an individual is defined as the probability that the two genes this individual has in a locus are identical by descent, i.e. they are both inherited from a common ancestor.

The calculation of the inbreeding coefficient is done to a given pedigree depth (number of generations): the greater the depth of the pedigree, the greater the chance of finding new common ancestors, and the higher the inbreeding coefficient.

It only makes sense to compare the inbreeding coefficients of different pedigrees if the number of generations used for the calculation are the same and the pedigrees are complete for the generations!