Priemerná výška a váha bernského salašnického psa*** Height and weight chart for BMD

Orientačná tabuľka pre výšku a váhu bernského salašníckeho psa

Height Weight Chart For Bernese Mountain Dogs

Vek-Age 

Výška (cm)-Height   

Váha (kg)-Weight  

 Pes-Male

 Fena-Female

 Pes-Male

 Fena-Female

 6 týždňov-weeks  6,5  6
 7 týždňov-weeks  7  6
 2 mesiace-months  37  35  9  8
 2,5 mesiaca-months  12  10
 3 mesiace-months  44  41  15  12
 3,5 mesiaca-months  18  15
 4 mesiace-months  52  48  22  19
 4,5mesiaca-months  25  20
 5 mesiacov-months  57  53  28  23
 5,5 mesiaca-months  30  25
 6 mesiacov-months  62  58  33  27
 7 mesiacov-months  64  60  35  30
 8 mesiacov-months  65  61  39  32
 9 mesiacov-months  66  62  42  32
 10 mesiacov-months  67  63  45  34
 11 mesiacov-months  68  63  46  35
 1 rok -year
  3 roky-years      64-70   58-66   45-60   35-45

 

A litter team

A litter team

CANINE HIP DYSPLASIA * Dysplázia bedrového kĺbu

CANINE HIP DYSPLASIA   * Dysplázia bedrového kĺbu 

Upravené a prevzaté  z http://www.bmdinfo.org/Health/Hip_Dysplasia.php          December, 2010   Authors: Pat Long, Ann Milligan,

WHAT IS CANINE HIP DYSPLASIA (CHD OR HD)? *  Čo je to dysplázia bedrového kĺbu?

Canine hip dysplasia (CHD) is a heritable polygenic condition.
Environmental factors including diet and exercise can also play a role in development of HD.

ABOUT THE HIP JOINT * O bedrovom kĺbu :

The hip joint is a ball and socket joint. Good musculature and joint integrity affect the stability of the joint. If properly constructed, the top of the thigh bone, or femoral head, is the ball that fits into the socket, or acetabulum, in the pelvis. This joint does not always develop properly. When the socket is not deep enough for the ball to fully fit into place, laxity of the femoral head ligament allows for hip subluxation (the ball is loose in the socket). This laxity, along with incongruity of the coxofemoral joint, damages the acetabular labrum and femoral head cartilage, resulting in osteoarthritis (OA), limited mobility and pain. Note: The malformation of the hip joint is called Canine Hip Dysplasia. [Dysplasia comes from the Greek words meaning bad (dys) and growth (plasia).]

GENERALLY ACCEPTED AS FACT * Všeobecné fakty :

1. Very tight hips with a tight fit between femoral head and pelvis rarely lead to arthritis of the hip joint.
2. Very loose hips with almost no fit between the femoral head and the pelvis routinely lead to arthritis of the hip joint.
3. Arthritis [degenerative joint disease (DJD)] is the enemy.
4. Arthritic changes associated with HD are progressive and often symptoms worsen with age.

DISEASE ONSET * Vznik a nástup choroby:

HD, in all but the most severe cases, is rarely noticeable at an early age (< 4 – 6 mos.). If a puppy is severely dysplastic, symptoms may be seen at 4 – 6 months. Regardless of the degree of malformation of the hip joint, it is not uncommon for HD symptoms to appear later in the dog´s life, after arthritic changes have occurred.

CONSIDERATIONS * Na zamyslenie  :

Each case of HD is different in terms of progression and symptoms.                           1. Not all dogs affected with hip dysplasia will necessarily experience clinical signs associated with HD.                                                                                                             2. Some dogs with hip dysplasia will experience lameness/pain at young ages 4 -15 months, after which signs and symptoms will disappear, only to reappear later in life.         3. Degenerative joint disease (arthritis) can be caused by normal wear and tear on abnormal joints, or abnormal wear and tear on normal joints.

SYMPTOMS OF HIP DYSPLASIA:

 „Lazy dog“ – a dog that doesn’t move around much
 Lameness – stiff or loose movement in rear legs when gaiting
 Pop or click of the joint
• Hunching over the loin (when standing dog’s rear legs fall under the belly)
• Shuffling rear leg movement; short steps
• Difficulty getting up 
• Unwillingness to play
• Unwillingness to sit 
 Reluctance to climb stairs 
• Reluctance or inability to jump 
• Soreness/limping after exercise
• Bunny hopping (bunny-hopping is what the dog does instead of walking or trotting. Dogs with HD will trot forward with the front legs but then hop the back legs forward together.)

Hip dysplasia measurements of dogs

Hip dysplasia measurements of dogs

None of the symptoms described above as associated with HD provide an accurate assessment of the canine hip joint.

HIP DYSPLASIA DIAGNOSTICS * Diagnostika :

HD screening options – two methods are available.                                                     • Method 1, PennHIP/ joint laxity measurement.                                                                 • Method 2, radiographs                                                                                                        Method 1 – PennHIP Hip joint laxity

PennHIP screening measures joint laxity with the Distraction Index (DI). From the PennHIP website: „it is recommended that breeders choose breeding stock from the tightest 40% of the breed (meaning the 60th percentile or better), thereby maintaining an acceptable level of genetic diversity while still applying meaningful selection pressure. By breeding only dogs with hips above the breed average (60th percentile or better) the overall breed average will move toward better (tighter) hips from one generation to the next.“

Age: PennHIP screening can be done as early as 4 months                                                   Age recommended: after 12 months for optimal results.                   _________________________________________________________________________

Method 2 – Radiographs

IMPORTANT CONSIDERATION * Dôležité zamyslenie : screening for HD should be done by a veterinarian experienced with positioning requirements for the procedure.

ADDITIONAL NOTE: Dogs can be radiographed under anesthesia or not. Consult the attending veterinarian for further information.                                                                 Age: > 6 months                                                                                                                 Age recommended: after 24 months

CORRELATE/COMPARE DIFFERENT SYSTEMS/METHODS OF DIAGNOSING HIP JOINT CONFORMATION :

Worldwide many registries and systems are used for hip certification. Please see the Hip Ratings Comparison Chart for insights.

hip x-rays Bernese

 

MEDICAL MANAGEMENT OF HIP DYSPLASIA * Liečba, prístup k chorobe

Conservative management – Non-surgical methods for treating hip dysplasia

• Pain medications – such as NSAIDS and adequan (*Consult a veterinarian ? do not mix herbal/holistic preparations with pharmaceuticals without developing a complete understanding of potential interactions.)
• Dietary supplements – Glucosamine, Chondroitin, MSM
• Weight loss/weight control programs 
 Proper controlled exercise (rigorous, forced exercise is not advised. Ramming, slamming play can easily injure growing BMD´s.)                                                   • Physical therapy (hydrotherapy, massage, acupuncture, chiropractic)                           • Stem cell therapy may prove beneficial. (See link below.)                                                  *Comment : surgical correction of hip dysplasia is a serious undertaking. HD surgery(s) can be very expensive ($1500.00>$3500.00 per hip); post surgical rehabilitation may take 4 -12 months. HD surgery may or may not work to alleviate all symptoms associated with HD. HD surgery should only be considered when other less invasive forms of medical management are unsatisfactory or unsuccessful.

Hip dysplasia schematic

Hip dysplasia schematic

1. Triple Pelvic Osteotomy, or TPO. This procedure is best done before any degenerative changes occur.

AGE: TPO surgery is most effective for dogs under the age of one year

2. Total Hip Replacement (THR). The femoral head is replaced by a prosthetic ball, and the acetabulum is replaced by a prosthetic socket. AGE: dogs over the age of one year, or after degenerative changes of the hip have begun.

NOTE: There are two types of prosthetics for the femoral head, a fixed head unit, and a newer version modular system. There is a 95% rate of achieving normal or near-normal function for the fixed head prosthetic, while the modular system equals or betters that. Surgical complications can include infection, dislocation, femoral fractures, and sciatic nerve damage. Although the risk of infection is rare, it is probably the worst of the side effects, since the whole prosthesis must be removed – including scraping out all of the cement.

3. The Femoral Head Osteotomy (FHO) involves removing the femoral head and allowing scar tissue to develop to create a new ball. This procedure is not generally used for big dogs. This is a procedure of last resort, once the FHO has been done, there are no other options. This is sometimes even used in large breeds if the THR has been unsuccessful or has become infected.

4. The Intertrochanteric Osteotomy involves cutting the femoral head in order to force it to fit better into the acetabulum. The procedure is most effective for dogs weighing less than 50 pounds and before any degenerative changes occur.

5. Juvenile Pelvic Symphysiodesis (JPS) is a relatively new procedure for the treatment of canine hip dysplasia. The procedure is done in young dogs that screen positive for hip laxity. JSP is a minimally invasive procedure done to correct or limit the development of initial forms of canine hip dysplasia and therefore reduce secondary osteoarthritis. During JPS surgery, electocautery is applied to the growth plate of part of the pelvic bone inducing pubic fusion which results in angular changes to the pelvis. These changes allow for a better fit of the ball and socket joint. JPS surgery employs no orthopedic implants. Typically, the procedure is short in duration, involves an over night stay in the hospital; and most dogs experience minimal discomfort. Compared to traditional procedures for hip dysplasia, the costs for JPS surgery are considerably less expensive.

BREEDER NOTES * Postrehy a rady chovateľov…

FACT: The genes for hip dysplasia are widespread through families of BMD’s.
Anyone who claims otherwise is fooling themselves.
FACT: Even two dogs with perfect hips can produce dysplastic puppies.
FACT: If you are actively pursuing breeding BMD’s, sooner or later you will produce dogs with hip dysplasia.

hip dysplasia

Consider: Breeding from families of Bernese and/or dogs with ‚unknown hip status’* puts any dog breeder at greater risk of producing dogs that may be affected with HD. [* Please remember a dog may be affected by HD and show no clinical symptoms. A young breeding dog that has malformed hip joints may show no signs and symptoms of HD at 2 years of age, but the dog could well become lame and crippled by arthritis later in life.]
Consider: All Bernese Mountain Dogs that you plan to use as breeding stock should be evaluated for hip dysplasia.
Consider: Pet owners with whom you place pups can help you to ensure the future health of the breed by evaluating their pets? hips ? full litter hip evaluations provides you with feedback to guide your future breeding decisions. HD evaluation can also help pet owners by letting them know if they need to be cautious with managing their dog?s diet and exercise so as to not exacerbate problems caused by faulty hip joints. Management tactics for dogs prone to develop HD make a noticeable difference in the progression of the arthritic disease process. Lean dogs with poor hips do better than overweight dogs. HD affected dogs should be provided with opportunities for consistent, moderate exercise. Proper exercise helps keep joints flexible and adds muscle mass which provides additional support for faulty hips.

RECOMMENDATION * Odporúčania

Recommended practices for Bernese breeders – BASIC Breeding Principles Apply

• Breed normals to normals when possible.
• Breed close relatives of affected dogs only to unaffected dogs in as few cases as possible.
 DO NOT BREED AFFECTED TO AFFECTED. 
• Breed normals with normal ancestry (straight line pedigree; parents, grandparents, great grandparents…)
• Breed normals from litters (lateral pedigree; sibs, or half sibs) with a low incidence of HD
• Remove from breeding programs or ‚breed away from‘ (refrain from line breeding on) dogs with a track record for producing multiple or high %’s of dogs affected with HD.
• To establish a viable breeding program choose dogs and families of dogs that have a track record for producing dogs with better HD test results than the breed average.

See the comparison table below:
 
 

ADDITIONAL HIP DYSPLASIA ARTICLES – LINKS*  Linky a články :

Doctor’s FOSTER & SMITH
http://www.peteducation.com/article.cfm?c=2+2084&aid=444
– HD article at Working Dogs.com
http://www.workingdogs.com/vchipdysplasia.htm
– CHF podcast
http://traffic.libsyn.com/akcchf/CCL_and_HD-Kraus.mp3
– Stem cell Therapy
http://www.vet-stem.com/uploads/casestudies/3154926_CanineCaseStudy-DegenerativeJointDisease.pdf
– See an OFA/PennHip comparison and discussion article for more in depth information at:
http://workingdogs.com/ofa_penn.htm

Prirodzená výživa psa *** Raw diet.Vitamins and Minerals

Vitamins and Minerals Present in the Components of a Raw Diet                                Vitamíny a minerály prítomné v komponentoch prirodzenej stravy

deconstructedraw

Nutrient/Vitamin/Mineral Present in:
Vitamin A (Retinol) chicken, pork, egg, salmon, halibut, haddock, sardines, liver, kidney, brain , tuna
Vitamin B1 (Thiamin) liver, rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Vitamin B2 (Riboflavin) liver, heart, kidney, rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Vitamin B3 (Niacin) rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine, tuna
Vitamin B5 (Pantothenic acid): liver, heart, kidney, rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Vitamin B6 (Pyridoxine) liver, heart, kidney, rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Vitamin B9 (Folic Acid) liver, rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Vitamin B12 (cobalt/choline) liver, heart, kidney, rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Vitamin C liver, kidney, heart, fish
Vitamin D egg, sardine, liver, kidney, salmon, tuna
Vitamin E ostrich, buffalo, egg, halibut, haddock, sardine, kidney, liver, brain
Vitamin K egg, halibut, haddock, sardine, liver
Calcium rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Chlorine egg, salmon, tuna
Copper chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Iodine salmon, haddock, seafood, egg
Iron rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Magnesium rabbit, chicken, turkey, pork, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Manganese rabbit, chicken, turkey, pork, goat, ostrich, buffalo, egg, beef, salmon, haddock, halibut, sardine
Phosphorus rabbit, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Potassium rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Selenium rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine
Zinc rabbit, chicken, turkey, pork, lamb, goat, ostrich, buffalo, egg, beef, salmon, halibut, haddock, sardine

*If a specific organ is not listed, the nutrient is present in the flesh of the animal listed*

USDA Database:Nutrient Requirements of Dogs (1985)      http://www.nal.usda.gov/fnic/cgi-bin/nut_search.pl   http://www.nal.usda.gov/fnic/foodcomp/Data/SR16-1/wtrank/wt_rank.html   http://books.nap.edu/books/0309034965/html/index.html                                       Foodchart:                                                                    http://www.healthyeatingclub.com/info/books-phds/books/foodfacts/html/data/data1a.html

©2004 Laura Atkinson Nutrients