Bellamon Atilla

(Aka "ARTI KARATE")

FROZEN SEMEN STORED

Jump to Pedigree

Introducing American Staffordshire Terrier Bellamon Atilla

From day one baby Atilla was destined to be the corner stone of DDD Kennels.

Atilla has the best temperament and is possibly the Joker of our kennels. He is a true example of temperament to spare. He is an Ambassador for the breed as we always take him out to meet the public and introduce them to the breed. There still is not a heart out there he hasn't stolen....

EVERY GROWING STUD DOG NEEDS HIS REST AND YES HE SLEEP'S WITH A STUFFED MONKEY...

LOOKS, SIZE AND THE PERFECT TEMPERAMENT.........

HOW CAN YOU NOT LOVE THIS GUY? 38kg OF YANKEE MUSCLE AND ONLY JUST OVER 2 YEARS OF AGE

LIFE AS A DDDAWGS STUD DOG IS HARD. NOTHING TO DO BUT EAT AND SLEEP AND EAT AND SLEEP SOME MORE. THIS GUY IS FAST MAKING A NAME FOR HIMSELF AS A TOP STUD DOG. AGILITY BEYOND BELIEF. HE IS RESPONDING WELL TO ALL OF HIS TRAINING AND IS HANDLED ON A REGULAR BASIS BY MY DAUGHTERS AGED 9 AND 10.

NOTHING WILL DETER THIS GUY WHEN THE PRESSURE IS ON. I KNOW HE WILL PROTECT MY FAMILY WHEN I AM NOT AROUND.......

Legend
Clear	2 normal copies of the implicated gene - the dog does not have ataxia, is not a carrier for ataxia and cannot produce carrier or affected offspring.
Clear by parentage	Both parents have been tested clear. All pups resulting from this litter do not have ataxia, is not a carrier for ataxia and cannot produce carrier or affected offspring.
Carrier	1 normal copy and one defective copy of the implicated gene - the dog is not affected by ataxia but is a carrier of the gene. He/ she can pass the gene onto his offspring.
Carrier or Affected	Has produced an affected offspring and has not been tested, or is from 1 affected parent and has not been tested, the other parent has not been tested so exact status of the pup is not known via parentage, the pup has to be a carrier at least but may infact be affected.
Affected	2 defective copies of the implicated gene - the dog has ataxia, and will pass the gene onto offspring.