The Greenwood Veterinary Clinic

Dr. Matthew Singer, VMD 806 West Center St. Greenwood, Ar 72936 (479) 996-4127


States that have regulations on Veterinary Elective Surgeries.

 State laws governing elective surgical procedures

Updated March 2013

Several states regulate veterinary procedures including tail docking, ear cropping, devocalization and cat declawing. The following is a summary of which states currently have statutes and/or regulations concerning these procedures that AVMA research ahs identified.

Tail Docking

(see AVMA policy)

There are currently 13 states that regulate tail docking in some form.  Massachusetts, Minnesota, New York, Ohio, and Washington prohibit the docking of a horse’s tail.  Connecticut, Michigan and South Carolina prohibit tail docking of a horse tail unless it is determined to be medically necessary by a licensed veterinarian.  In New Hampshire, permission must be granted by the state veterinarian before a licensed veterinarian may perform a tail docking procedure on a horse.  Illinois prohibits the tail docking of a horse unless it is proven to be a benefit to the horse and California prohibits the docking of horses’ and cows’ tails except in emergency situations. Rhode Island, who most recently enacted a docking provision, prohibits tail docking of cows unless done under certain circumstances for veterinary purposes.
Ohio allows tail docking of livestock with some restrictions. However, as of January 1, 2018, tail docking can only be performed by a licensed veterinarian and if the procedure is determined to be medically necessary.
Pennsylvania is the only state that has provisions restricting the tail docking of dogs. The law prohibits the docking of a dog’s tail that is over 5 days old. The law does not prohibit a veterinarian from performing a tail docking procedure if the dog is at least 12 weeks old and the veterinarian is using anesthesia. Between 5 days and 12 weeks of age, tail docking may only be performed if it is deemed medically necessary by a licensed veterinarian.

Ear Cropping

(see AVMA policy)
There are currently eight states that specifically regulate ear cropping of dogs. Connecticut, New Hampshire, New York and Pennsylvania prohibit ear cropping except by a licensed veterinarian while the dog is under an anesthetic. Illinois prohibits animal torture but makes an exception for alteration of an animal done under the direction of a licensed veterinarian. Maine prohibits mutilating an animal by irreparably damaging body parts but makes an exception for conduct performed by a licensed veterinarian. Massachusetts prohibits ear cropping except when performed by a licensed veterinarian and Washington prohibits ear cropping except when it is considered a customary husbandry practice.

Devocalization

(see AVMA policy)
There are currently four states that have laws prohibiting devocalization of dogs under certain circumstances. Massachusetts and New Jersey prohibit devocalization except in cases where it is medically necessary as determined by a licensed veterinarian. Ohio prohibits the devocalization of dogs which have been deemed dangerous and Pennsylvania prohibits devocalization of any dog for any reason unless the procedure is performed by a licensed veterinarian using anesthesia.

Cat Declawing

(see AVMA policy)

In 2009 California enacted SB 762, which makes it unlawful for a city, county, or city and county to prohibit a healing arts licensee from engaging in any act or performing any procedure that falls California within the professionally recognized scope of practice of that licensee. This bill became effective on January 1, 2010.  Ordinances adopted prior to that date remain in effect, including West Hollywood’s cat declawing ban, which led to the adoption of the state law.

In order to beat the deadline imposed by California SB 762, the following municipalities in California adopted cat declawing bans in late 2009:  Berkley, Beverly Hills, Burbank, Culver City, Los Angeles, San Francisco, and Santa Monica.  A similar measure was proposed but ultimately defeated in Malibu.

In 2012, California SB 1229 was signed into law. It prohibits a landlord that allows a tenant to have an animal on the premises from advertising or establishing rental policies in a manner that requires a tenant or a potential tenant with an animal to have that animal declawed or devocalized as a condition of occupancy.

 


Pet Food Alert and recall site.

Hello, we just posted the link to the most complete and current Pet Food , Treat, Product  alert and recall notices.

We’ve made a heading at the top of our page to access it quickly.

Link:   https://www.avma.org/News/Issues/recalls-alerts/Pages/default.aspx

Easter Lillies are toxic to pets.

Its believed that all parts of the Easter lily, tiger lily, Japanese showy lily, rubrum lily, stargazer lily, and some species of day lilies are highly toxic to cats. During the spring, these flowers begin appearing in flower arrangements and potted plants in many homes.  They are also commonly found in gardens, but incidence of outdoor cats suffering from lily toxicosis is rare, most cases are seen in indoor cats that have eaten some part of the plant. Even a small amount of any of these lilies can be fatal if not diagnosed and treated properly and quickly. The toxin found in the Easter Lily plant has proven to be the most nephrotoxic and pancreotoxic. Clinical signs usually appear within three to twelve occurs within one to three days. If treatment is delayed past 18 to 24 hours after anuria develops, prognosis is poor. Lab work will show increased levels of blood urea nitrogen, creatinine, potassium, and phosphorus. Epithelial casts have been found in the urine as early as twelve to eighteen hours post ingestion, as well as proteinuria and glucosuria.

Easter Lilly


New Weight Loss Food Introduced Dogs and Cats

Metabolic

Hill’s® Prescription Diet®
Canine Metabolic Advanced Weight Solution

Just like the human epidemic, almost 50% of the pet population is overweight. Even a little extra weight can lead to serious health problems. The pet’s quality of life and relationship with family is also impacted because that extra weight can reduce play time, impact mobility and affect the lifelong general health of your dog.

Hill’s Prescription Diet Metabolic Advanced Weight Solution is weight loss and maintenance nutrition clinically proven to naturally work with each dog’s unique metabolic response to support healthy weight loss and maintenance. This breakthrough nutrition is clinically proven to safely provide 28% body fat loss in only 2 months because it works to control hunger, helping to keep dogs feeling full and satisfied between meals.

Nutritionists and veterinarians at Hill’s developed this next generation formula with the pet owner in mind, offering a complete portfolio of dry food, canned food, and treats. These products work together to ensure safe and healthy weight loss and easy weight maintenance without making big changes or depriving your pet. Because the formula works with each pet’s unique metabolism, it also reduces the need to precisely measure the food to safely achieve weight loss success. In real-world testing with pet owners and their pets at home, 88% of pets lost weight over two months, and 86% of dog owners would recommend Metabolic to their friends with overweight dogs.


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The EIC Gene and Testing

The EIC gene
Research at the University of Minnesota identifi ed
a mutation in the DNM1 gene that is very highly
associated with exercise-induced collapse. The
DNM1 gene normally functions in maintaining
nerve communication. It is very likely that this
mutation causes a defect in nerve communication
during intense exercise, which precipitates the EIC
syndrome. Identifi cation of the DNM1 mutation
allowed us to develop a specifi c DNA-based test for
the EIC gene.
How to have your dog tested
The Veterinary Diagnostic Laboratory can test a
blood, semen, dew claw, or cheek swab sample from
your dog. They will be able to provide you with a
result of clear, carrier, or affected for your dog.
Results can be submitted to the Orthopedic
Foundation for Animals (OFA) for publication in
their open database.

Understanding test results
The inheritance of EIC
EIC is an autosomal recessive syndrome. To be affected,
a dog must have received the mutated version of the EIC
gene from both parents.
Clear
A dog that has two copies of the normal version of the
EIC gene. Clear dogs will pass on the normal version of
the gene to all of their offspring.
Carrier
A dog that has one copy of the normal EIC gene and one
copy of the mutated EIC gene. Carrier dogs do not show
signs of EIC. On average, carrier dogs will pass on the
mutated copy of the EIC gene to half of their offspring.
By mating a carrier dog to a clear dog, you will, on
average, produce litters that are 50 percent clear and 50
percent carriers, with no affecteds.
Affected
A dog that has two copies of the mutated EIC gene. These
dogs are susceptible to collapse episodes under their
“trigger” conditions. An affected dog will pass on the
mutated EIC gene to all of its offspring. By mating an
affected dog to a clear dog, you will produce a litter that
is made up of 100 percent carrier offspring ― no clears,
but also no affecteds


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EIC Excercise Induced Collapse Diagnosis and Screening.

About exercise-induced collapse (EIC)
A syndrome of exercise intolerance and exerciseinduced
collapse (EIC) is being observed with
increasing frequency in young adult Labrador
retrievers. It has also been observed in
Chesapeake Bay and curly-coated retrievers,
as well as Boykin Spaniels, Pembroke Welsh
Corgis, and German Wirehaired pointers.
Affected dogs have been found in fi eld-trial, hunt
test, conformation, pet, and service lines. Black,
yellow, and chocolate Labradors of both sexes are
affected, with the distribution of colors and sexes
closely refl ecting the typical distribution in the
population.
Signs fi rst become apparent in young dogs, usually
between 5 months and 3 years of age (averaging
14 months). In dogs used for fi eld trials, this
usually coincides with the age at which they enter
heavy training. Littermates and other related dogs
are commonly affected, but depending on their
temperament and lifestyle, they may or may not
manifest signs. Affected dogs exhibiting signs of
collapse are usually described as being extremely
fi t, muscular, prime athletic specimens of their
breed with an excitable temperament and lots of
drive.
Description of exercise-induced collapse
Affected dogs can tolerate mild to moderate exercise,
but 5 to 20 minutes of strenuous exercise with extreme
excitement induces weakness and then collapse.
Severely affected dogs may collapse whenever they
are exercised to this extent; other dogs only exhibit
collapse sporadically. The factors important in inducing
an episode can vary among dogs.
The fi rst thing noted is usually a rocking or forced
gait. The rear limbs then become weak and unable
to support weight. Many affected dogs continue to
run while dragging their back legs. Some of the dogs
appear to be incoordinated, especially in the rear
limbs, with a wide-based, long, loose stride rather
than the short, stiff strides typically associated with
muscle weakness. In some dogs, the rear limb collapse
progresses to forelimb weakness and occasionally to
a total inability to move. Some dogs appear to have
a loss of balance and may fall over, particularly as
they recover from complete collapse. Most collapsed
dogs are totally conscious and alert, still trying to run
and retrieve, but affected dogs can appear stunned or
disoriented during the episode. It is common for the
signs to worsen for three to fi ve minutes even after
exercise has been terminated.
Most dogs recover quickly and are normal within 5
to 25 minutes with no residual weakness or stiffness.
Dogs are not in pain during the collapse or after
recovery. Affected dogs are not stiff or sore or limping
upon recovery.
Note: A few affected dogs have died during exercise
or while resting immediately after an episode of
EIC, so an affected dog’s exercise should always
be stopped at the fi rst hint of incoordination or
wobbliness.
Factors contributing to collapse in dogs
with EIC
Ambient temperature
The ambient temperature does not seem to be a
critical factor contributing to collapse, but if the
temperature is much warmer or the humidity is much
higher than the dog is accustomed to, collapse may be
more likely. Affected dogs are less likely to collapse
while swimming than when being exercised on land.
There are severely affected dogs, however, who
have exhibited collapse while breaking ice retrieving
waterfowl in frigid temperatures, and some dogs have
drowned when experiencing EIC-related collapse in the
water.
Excitement
Dogs that exhibit signs of EIC are most likely to have
intense, excitable personalities, and it is very apparent
that their level of excitement plays a role in inducing
the collapse. There are some severely affected dogs
who require very little exercise to induce the collapse.
Dogs with EIC are most likely to collapse when
engaging in activities that they fi nd very exciting or
stressful. This can include retrieving of live birds,
participation in fi eld trials, training drills with electric
collar pressure, and quartering for upland game.
Type of exercise
Routine exercise like jogging, hiking, swimming, most
waterfowl hunting, and even agility or fl yball training
may not induce an episode in dogs with EIC. Activities
with continuous, intense exercise, particularly
if accompanied by a high level of excitement or
anxiety, most commonly cause collapse. Activities
commonly implicated include grouse or pheasant
hunting, repetitive “happy retrieves,” retrieving drills
or repetition of diffi cult marks or blinds where the dog
is being repeatedly corrected or is anticipating electric
collar correction, and running alongside an ATV.


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-Found-

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FOUND!

This sweet little girl was found in the Westwood Addition off of Aspen Terrace this evening. If you know anything about her please call 996-4127!

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