Registered Name:

Registered Name:
Registration #:
Kennel:
Call Name:
Gender:	Male Female
Date of Birth
Date of Death
Land of Birth:
Land of Standing:
Size:	in cm
Weight:	lb kg
Colour:
Distinguishing Features:
Titles:
Verified:	No

Person:

First Name:
Last Name:
Street:
Postal Code:
City:
Country:
Email:
Phone:
Website:
Breeder:	Yes No

Dog Details

Registered Name:	Risa Go Akita Yamazaki
Registration #:	Akiho 11-1596
Breeder:
Owner:
Kennel:
Sire:	Unkai Go Akita Yamazaki
Dam:	Moto Go Akita Enhyou
Call Name:
Gender:	Female
Date of Birth:	11 July 2011
Date of Death:
Land of Birth:	Japan
Land of Standing:	Korea
Size:
Weight:
Color:	Brindle
Features:
Titles:
Known Offspring:	Kaztakehomare Go Kouraien Hakuba No Oujisama Go Kouraien

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Pedigree
Risa Go Akita Yamazaki Akiho 11-1596 Brindle Japan 2011	Unkai Go Akita Yamazaki Brindle Japan	Hokuto Go Matsukazesou Akiho 08-1406 Japan 2008	Matsuarashi Go Kaede No Machisou Akiho 07-1125 Japan 2007
		Hokuto Go Matsukazesou Akiho 08-1406 Japan 2008	Torafubuki Go Oofunasou Akiho 05-2189 Brindle Japan 2005
		Masako Go Yuri Kensha Akiho 09-312 Japan 2009	Taiyoukou Go Akita Iijimasou Akiho 08-16 Brindle Japan
		Masako Go Yuri Kensha Akiho 09-312 Japan 2009	Akita Obako Go Akita Enhyou Akiho 08-7
	Moto Go Akita Enhyou Brindle Japan	Unshou Go Noshiro Koujusou Akiho 08-2013 Brindle Japan 2008	Takekumo Go Sugisawa Kensha Akiho 07-17 Brindle Japan
			Yuizuki Go Kosendou Akiho 07-1781 White Japan 2007
		Kesa Go Akita Enhyou Akiho 06-148 Japan 2005	Kita No Ukigomo Go Sugayosou Akiho 05-72
		Kesa Go Akita Enhyou Akiho 06-148 Japan 2005	Motohime Go Akita Enhyou Akiho 03-1945

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!

Analysis Summary	Count	Gen 1	Gen 2	Gen 3
Individual ancestors	14	2	4	8
Maximum ancestors	14	2	4	8

Total Contribution by Ancestor	Sex	Blood %	Count	Gen 1	Gen 2	Gen 3
Unkai Go Akita Yamazaki	♂	50.00%	1	1
Moto Go Akita Enhyou	♀	50.00%	1	1
Unshou Go Noshiro Koujusou	♂	25.00%	1		1
Kesa Go Akita Enhyou	♀	25.00%	1		1
Masako Go Yuri Kensha	♀	25.00%	1		1
Hokuto Go Matsukazesou	♂	25.00%	1		1
Motohime Go Akita Enhyou	♀	12.50%	1			1
Kita No Ukigomo Go Sugayosou	♂	12.50%	1			1
Yuizuki Go Kosendou	♀	12.50%	1			1
Akita Obako Go Akita Enhyou	♀	12.50%	1			1
Matsuarashi Go Kaede No Machisou	♂	12.50%	1			1
Torafubuki Go Oofunasou	♀	12.50%	1			1
Taiyoukou Go Akita Iijimasou	♂	12.50%	1			1
Takekumo Go Sugisawa Kensha	♂	12.50%	1			1