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Frequently Asked Questions

Here are some questions that pop up from time to time
in our exam rooms. Hopefully these are some answers that you can
apply to your needs at home.
Some of the topics include, but are not limited
to:
Contagious Diseases, Breeds, Diets, Crating, Feces
eating, When do I make an appointment?, Traveling, Human Foods to avoid
etc.,
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Disease Control

Question: Can I get Lyme Disease or Heartworm Disease from my pet?
Answer: You can NOT get either disease by touching your pet.
However, if the tick that gave your pet Lyme Disease then attaches to
you for 24 hours, there is a risk that you can contract the disease.
If a mosquito infected with Heartworm Disease bites your pet and then
bites you, you could get the disease.
Question: Can I get worms from my pet? Answer: YES.
There are certain internal parasites that your pet can carry that can be
transmitted to you or your children! It is crucial to have your
pet's stool checked on a yearly basis. If you live in an area
where your pet is eating rodents, feces, or getting into trash, you may
want to have them dewormed biannually.
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A.
List of
NO
parasites:
Coccidia
are one celled protozoans that are intracellular
parasites of the lining of the small intestine that occur with
some frequency. Eimeria and Isospora are the two most common
coccidia of the dog. Infection occurs upon ingestion of
contaminated feces or food. Upon ingestion, the parasite
colonizes the lining of the small intestine and reproduction
begins. As reproduction progresses the new coccidia are
shed through the feces
to the environment. Shedding of the protozoan can be
asymptomatic or associated with signs of diarrhea and bloody
stools. Puppies are most commonly affected. Most infections are
not apparent and resolve on their own by self immunization.
Occasionally, signs will occur and can be quite severe in
heavily compromised pups. Adult dogs usually display significant
immunity. Treatment for coccidia consist of antimicrobials that
are bacteriostatic. These drugs stop the growth of coccidia and
then the hostıs immune system responds to rid the intestine of
the parasite. Sulfas are frequently employed as a coccidiastat.
In kennel environments, prevention is essential. Usually good
steam cleaning of kennels will eliminate the infestation of the
environment. When the environment is difficult to control
coccidiastats can be added in the feed or water for late stage
pregnant bitches or young pups 3-6 weeks of age. Coccidia of the
dog are not a zoonotic threat.
Whipworms are common but less prevalent
parasites. Whipworms are found in warm humid climates and are
much less prevalent in the western dry areas of North America.
In addition, the difficulty in diagnosing this parasite may
disguise its actual incidence. It may require several fecal
samples to demonstrate the egg in a microscopic exam.
Whipworms are acquired by
ingestion of the egg
from contaminated feces. The egg is capable of surviving
in the environment for months. Upon ingestion, the egg matures
and the adult infection occurs in 2-3 months as the worm burrows
into the lining of the large bowel and cecum. Clinical signs are
that of colitis: straining, mucous diarrhea with occasional
blood and an urge to defecate small volumes frequently.
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A.
List of
YES
parasites:
Roundworms (Toxocara) are very common. It
has been speculated that 85% of puppies are infected
with roundworms. Toxocara canis (TC) and Toxocara
leonina (TL) are the two roundworms of the dog, with the
former being far more prominent. Both worms are large,
around 3 inches. Both are diagnosed by standard
microscopic fecal exams. False negatives occur when no
eggs have been shed into the sample presented.
Infection occurs
in both TC and TL by ingestion of eggs when contaminated
feces are shed into the environment. However, the
vast majority of TC infection occurs by transplacental
migration from the bitch to the pup. Immature larvae
from either method of transmission of TC undergo
migration from the gut into various tissues. The
majority of the larvae migrate through the liver,
diaphragm, lungs and up the major airways. As they move
up the trachea, occasionally several worms will be
coughed up by the pup and discovered in the expectorant.
Most of TC will continue their migration and be
swallowed, moving down the esophagus, into the stomach
and back into the small intestine where they reach adult
status and begin shedding eggs. Some of the migrating
larvae become encysted in tissues as migration occurs.
They remain there without consequence during the dogıs
life. Infection by TL does not produce this larval
migration. Most dogs develop some immunity to
reinfection of TC and TL. Reinfection can add to the
existing burden of encysted immature larvae but usually
does not result in intestinal infection. Adult infection
is estimated to be around 10-15% in the US. Encysted
larvae return to the intestine when severe stress occurs
to the host. The best example is the pregnant bitch
which regularly passes TC via the placenta to its
offspring. As a consequence almost all puppies are
positive for roundworms. TC does have a serious zoonotic
threat when larval migration enters vital tissue of man
, in particular the eye.
Children are at
the greatest risk because they tend to put their
fingers into
their mouth without proper hygiene. The high
incidence of TC and the serious health concern in
children make a cogent argument for vigorous round
worming schedules in puppies.
Signs of roundworms can be serious in puppies
producing abdominal pain, bloating, dull coat , diarrhea
and occasionally fatal small bowel obstruction.
Migration can cause respiratory signs that mimic upper
respiratory infections. Occasionally, serious pneumonia
result. Adult dogs rarely show GI signs but can
compromise their overall condition, especially if other
diseases are active.
Hookworms
are common parasites of dogs regardless of age.
They are most common in warm humid climates but, exist
all over North America. Ancylostoma and Uncinaria are
the two hookworms found. The incidence of Ancylostoma is
just under 20% in all ages of dogs. Uncinaria is found
in about 1% of the dogs and is more common in Canada.
Both worms are
transmitted by chance skin penetration by the immature
larvae or by ingestion of contaminated feces.
Hookworm is a zoonotic. Skin penetration of infective
larvae penetrate
the bare foot of man and cause mostly a self
limiting local skin irritation for three weeks. In the
dog hookworm can be severe to unapparent. After eggs are
deposited onto the ground in the feces, hot humid
temperatures will precipitate the development of larvae.
After skin penetration, migration of the larvae into the
blood stream carry them around the body and into many
tissues. Most are brought to the lungs and like
roundworms are swallowed back into the intestinal tract
3 weeks later. As mature hookworms, they attach to the
lining of the intestinal track and suck blood. Hookworm
larvae also migrate into the gestating pup and continue
to mature when the pup is born. Puppy hookworm can be
profound and require strong supportive care. Severe
hookworm infection can cause marked anemia, intermittent
bloody diarrhea, dull dry hair coat, and weight loss.
Young and adults dogs that are immunocompromised or
suffer with another disease are most at risk.
Tapeworms in dogs are less common than in
the cat, probably because of their feeding habits and
environmental restrictions. They represent a minority of
the parasites seen in the dog but do occur regularly
They apparently do not stimulate any immunity by the
host. The common
tapeworms of dogs pose no threat to humans. However,
Echinococcus, an uncommon tapeworm, but increasing in
frequency, is potentially fatal to humans.
Dipylidium caninum and Taenia pisiformis
are the common tapeworms of dogs.
They are passed
to the dog by ingestion of the intermediate host of the
tapeworm. The flea is the intermediate host of
Dipylidium and rabbits and rodents are the intermediate
host for Taenia. Dogs ingest the intermediate
host and release the intermediate stage of the tapeworm
into the GI of the final canine host where the parasite
matures to an adult in the small bowel. Eggs are shed to
the environment from the GI of the dog in small segments
that look like small pieces of rice. These segments can
often be seen in fresh feces or attached to the adjacent
tissues of the dogıs anus. As the segments dessicate
they release microscopic eggs into the environment for
the cycle to begin again. Mature adult Dipylidium and
Taenia reach 50cm. or more in length. Signs of
Dipylidium and Taenia infestation are unapparent. These
parasites seem to be innocuous in the dog. Their only
threat is their repugnancy and the potential to further
debilitate a compromised pet. Treatment for these two
tapeworms is either oral or by injection under the skin.
Several drugs are available. They include praziquantel,
epsiprantel, fenbendazole and mebendazole. Prevention of
Dipylidium consists of good flea control. Prevention of
Taenia is difficult if your dog is a good rodent and
rabbit hunter and may require prophylactic tape worming
several times a year.
Giardia
is another protozoan intestinal parasite
that infects many mammals including man.
It problably is a zoonotic. The parasite is one
of several flagellates (mobile tails attached to the
single cell) that infect mammals. The disease produced
is variable depending on the individual and age. Young
puppies are most often affected. Signs usually occur 1-2
weeks after infection and often the disease goes
unnoticed or is self limiting after a bout of diarrhea.
It can produce severe diarrhea and fluid loss. Most
cases that show signs are mild with minimal depression.
The parasite is
passed in the feces and is consumed directly by the next
host. Giardia is very hardy and can remain in the
environment for a number of months waiting for a
suitable host. In addition, contaminated
water is a frequent source of the flagellate.
Diagnosing giardia can be demanding and may require
frequent microscopic fecal examinations. Recently
immunodiagnostics have been researched with some
success. Giardia responds very well to treatment.
Metronidazole, an oral antibiotic, is the drug of choice
given daily for 5 days. However, because of resistance
other drugs are being tried and may possibly replace
metronidazole.
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Travel
Question: What
precautions should I take when traveling with my pets?
Answer: We highly suggest NOT putting your dogs in the back of
an open truck. Flying debris could injure them, they could fall out or
see something and decide to go after it.
For cats you should crate when traveling ANY distance. There are few
things worse than a loose cat in a car who is afraid with all claws and
teeth. Be sure that the crate is secure in the vehicle so that when
taking a sharp turn , Fluffy doesn't take a turn for the worse. Dogs
can use a harness (seat belt) or be put in a secure crate as well. Why
buckle your pet up or crate them? If in an accident, they could be
thrown from the vehicle and injured. They could run loose into traffic
and cause another accident or worse, get hit by another car. Also,
insurance for your pet through your car insurance is becoming popular
and they require proper restraint. I have read that dogs will chew
through seat belts, so buy a sturdy one, and dogs in crates that are
facing sideways get carsick. Face the crates forward.

Diet
This is a huge subject. HUGE! Most of our
pet population is OVERWEIGHT! Some of us think that we show our
affection to our companions by feeding them. Whether it is table
scraps or treats- the loveth runneth over. Did you know that we
shave off approx. 5 years when our pets are obese? Diabetes, heart
and lung issues as well as hip, back and neck problems are just a couple
of the downsides to porking up your pooch or fatting up your feline.
As puppies and kittens, we can get away with feeding a
little more on a daily basis. Growing cats and dogs burn more
calories with all of that energy! Feeding 3 meals a day is a plus
for all the little ones. As far as a specific diet, we suggest
sticking to a more well known diet that is specific to your pet's needs
such as a large breed puppy diet for labs and danes., or an indoor only
formula for the cats that are indoors, etc.,
If you MUST love your pet through it's tummy, try raw
baby carrots, green beans, cut up apple (NO CORES OR SEEDS) or you could
add some water to your pet's current food and make into a dough, shape
it and throw into the oven on 250 for about 15 minutes or so. My
dog's think ICE cubes are treats, so after some fun in the sun, I toss a
few of them as goodies. If you are having a hard time battling the
bulge with your pet you may need to look into it as a medical issue.
Some pets lose or gain weight due to medical conditions. Please
call us if you have any questions! We can print out a specific
diet plan for you!
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FOODS TO AVOID
and the list goes on
because it is impossible to list EVERYTHING you should avoid
feeding your pets. We say stick to their over the
counter brand diet!
| Items to avoid |
Reasons to avoid |
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Alcoholic beverages |
Can cause intoxication,
coma, and death. |
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Baby food |
Can contain onion powder, which
can be toxic to dogs. (Please see onion below.) Can
also result in nutritional deficiencies, if fed in
large amounts. |
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Bones from fish, poultry, or other
meat sources |
Can cause obstruction or
laceration of the digestive system. |
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Cat food |
Generally too high in protein and
fats. |
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Chocolate, coffee, tea, and other caffeine |
Contain caffeine, theobromine, or
theophylline, which can be toxic and affect the
heart and nervous systems. |
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Citrus oil extracts |
Can cause vomiting. |
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Fat trimmings |
Can cause
pancreatitis. |
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Grapes and raisins |
Contain an unknown toxin, which
can damage the kidneys. There have been no problems
associated with grape seed extract. |
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Hops |
Unknown compound causes panting,
increased heart rate, elevated temperature,
seizures, and death. |
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Human vitamin supplements
containing
iron |
Can damage the lining of the
digestive system and be toxic to the other organs
including the liver and kidneys. |
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Large amounts of liver |
Can cause
Vitamin A toxicity, which affects muscles and
bones. |
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Macadamia nuts |
Contain an unknown toxin, which
can affect the digestive and nervous systems and
muscle. |
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Marijuana |
Can depress the nervous system,
cause vomiting, and changes in the heart rate. |
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Milk and other dairy products |
Some adult dogs and cats do not
have sufficient amounts of the enzyme lactase, which
breaks down the lactose in milk. This can result in
diarrhea. Lactose-free milk products are available
for pets. |
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Moldy or spoiled food, garbage |
Can contain multiple toxins
causing vomiting and diarrhea and can also affect
other organs. |
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Mushrooms |
Can contain toxins, which may
affect multiple systems in the body, cause shock,
and result in death. |
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Onions and garlic (raw, cooked, or powder) |
Contain sulfoxides and disulfides,
which can damage red blood cells and cause
anemia. Cats are more susceptible than
dogs. Garlic is less toxic than onions. |
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Persimmons |
Seeds can cause intestinal
obstruction and
enteritis. |
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Pits from peaches and plums |
Can cause obstruction of the
digestive tract. |
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Potato, rhubarb, and tomato
leaves; potato and tomato stems |
Contain oxalates, which can affect
the digestive, nervous, and urinary systems. This is
more of a problem in livestock. |
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Raw eggs |
Contain an enzyme called avidin,
which decreases the absorption of
biotin (a B vitamin). This can lead to skin and
hair coat problems. Raw eggs may also contain
Salmonella. |
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Raw fish |
Can result in a
thiamine (a B vitamin) deficiency leading to
loss of appetite, seizures, and in severe cases,
death. More common if raw fish is fed regularly. |
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Salt |
If eaten in large quantities it
may lead to
electrolyte imbalances. |
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String |
Can become trapped in the
digestive system; called a "string foreign body." |
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Sugary foods |
Can lead to
obesity, dental problems, and possibly
diabetes mellitus. |
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Table scraps (in large amounts) |
Table scraps are not nutritionally
balanced. They should never be more than 10% of the
diet. Fat should be trimmed from meat; bones should
not be fed. |
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Tobacco |
Contains nicotine, which affects
the digestive and nervous systems. Can result in
rapid heart beat, collapse, coma, and death. |
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Yeast dough |
Can expand and produce gas in the
digestive system, causing pain and possible rupture
of the stomach or intestines. |
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Xylitol (artificial sweetener) |
Can cause liver failure and death |
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