Kazuki "Zuki"

GENERAL INFORMATION:
Breed: Maltese
Gender: Male
Weight: 6lbs 14oz
Height: 10"
Date of Birth: 4/12/2022
Color: Solid White
Personality Type: Shy-Timid

GENETIC INFORMATION:
Genetic Tests Results: Clear
Genetic COI: 35%
Litter eCOI: 
     3.1% when bred to Baby Girl
     4.8% when bred to ZuZu
     6.1% when bred to Fina
     12% when bred to Effie
Embark Reports:
     Zuki's Breed Certificate
     Zuki's DNA Health Summary
     Zuki's Full Report

Notes About Zuki's Genetic Test Results

If you look at Zuki's breed certificate, you will see that Embark could only confirm that Zuki is 93.1% Maltese.  When I discussed this with an Embark vet, they explained that Zuki may well be 100% Maltese, but that he contained some genes that are unknown.  This means he may have a few genes from other breeds or they may be Maltese genes, but until the genetics research has identified those genes, we cannot know for sure.  Zuki's parents were AKC papered, so I suspect he is purebred or very close to it.

You may have noticed that Zuki's COI is pretty high at 35%. So you may wonder why we would use him for breeding.  As he carries no serious genetic health problems and because he is not related to the females that we breed him to, their eCOI (estimated COI for their offspring litters) is between 3.1% and 6.1%, which is excellent.  This improves the health of our puppies by diversifying the genetic pool.

You also might have seen that Zuki carries one recessive gene for Bald Thigh Syndrome.  Again, you may wonder why we would breed a dog who carries this gene.  First of all, this gene is related to a cosmetic issue and not any serious health problems.  Secondly, it required two genes for this cosmetic problem to develop in a dog.  Since none of our other dogs carry this gene, and since our puppies are sold as pets only, none of Zuki's offspring should ever develop Bald Thigh Syndrome.  This means it is a non-issue!

Parent Dogs: Other Pages

"Elli"
"Effie"
"Fina"
"ZuZu"
"Baby Girl"
What's Included
Rearing Methods
Breeding Approach