Celina Imogene
Celina Imogene
Meaning: "Heavenly Image"
Cavapoo
43.75% Cavalier -- 56.25% Poodle
Celina is vibrant, sensitive, loyal and intelligent!
Weight: 16.9 pounds
Height: 14 inches at the shoulder
A little Celina thing:
Celina wakes us up in the morning by nuzzling in for extra cuddles!
Nickname(s):
Wheat or Wheatie
(ask us why!)
Celina is a Red Sable and White Parti Cavapoo. Celina has the perfect mixture of Cavalier charm and Poodle qualities for creating the ultimate Cavapoo in her future puppies!
Celina is the combination of our two foundation lines of Cavapoos from our legendary studs Tobi and Amedeo (both of Celina's grandfathers). And with this merging of our two best lines, Celina has been selectively and thoughtfully bred to be our best for temperament, health, and fur type. Celina has been "10 years in the making" and we are so blessed to have reached this point and to be able to share her and her future puppies with you!
Celina is the fifth generation of Cavapoo born and raised here at Pleasant Meadows
and she is the full daughter of Lydia and Arlo. Celina has 4 generations
of health-cleared dogs in her lineage.
Celina's heart health is verified via an ECG machine prior to breeding.
Heart: NORMAL
Patellas: Grade 0 / NORMAL
Blood Panel: NORMAL
Canine Health Check: CLEAR / NORMAL & CLEARED BY PARENTAGE
(Canine Health Check screens for 283 inherited diseases and 45 traits)
Celina is CLEARED BY PARENTAGE & also Health Tested CLEAR for BOTH the Cavalier King Charles Spaniel and the Poodle Breed Profile (diseases commonly carried by the breeds) and is also CLEAR for a total of 283 other testable diseases that are uncommon (but not impossible) for the Cavalier King Charles Spaniel and the Poodle that are commonly found in other breeds. Both Lydia and Arlo are CLEAR for their entire breed profiles and the additional testing that Canine Health Check offers -- and while it would be redundant and unnecessary to test Celina for the same diseases that her parents tested CLEAR for (because two CLEAR dogs cannot produce a mutated gene) -- we did so anyway as proof that "cleared by parentage" is accurate and that non-existent mutations cannot be passed down if they aren't present within a line.