
Tuesday, September 4, 2012
Mastitis In Dogs

Sunday, August 19, 2012
Diagnosing and Managing Tetanus and Botulism in Horses
Tetanus and botulism are two diagnoses horse owners never want to receive, both of these equine illnesses are known for moderate to high fatality rates. But fortunately, owners can protect their horses from these diseases by staying up- to-date with annual vaccinations.
During a presentation at the 2012 American College of Veterinary Internal Medicine Forum, held May 30-June 2 in New Orleans, La., Allison Stewart, BVSc (Hons), MS, Dipl. ACVIM, ACVECC, associate professor of equine internal medicine at Auburn University, lectured on diagnosing and managing both tetanus and botulism.
Tetanus
An often fatal disease, tetanus (also called lockjaw) is caused by toxins released by Clostridium tetani, a bacterium that Stewart explained lives in soil, especially in areas with feces present. Horses generally contract tetanus via wound contamination with affected soil.
Stewart said that clinical signs typically take two to four weeks to develop after infection and include:
- A stiff gait;
- A "sawhorse" stance, in which the front legs are extended out in front of the horse and the back legs are positioned further out from the back of the horse;
- Prolapsed third eyelid;
- Flared nostrils;
- Retracted lips;
- Perked ears;
- Exaggerated response to stimuli; and
- Respiratory paralysis.
When caring for an affected horse, Stewart recommended the following treatment protocol:
- Place the horse in a quiet, nonstimulating environment (such as a dark stall), and consider plugging his ears to reduce external stimuli;
- Provide deep bedding or, if necessary and tolerated, a sling;
- Administer sedatives and muscle relaxers to keep the patient as quiet and comfortable as possible;
- Identify any wounds or hoof abscesses and ensure they are well-drained and have good oxygen exposure;
- Treat wound infections with the antibiotic metronidazole;
- Administer antitoxin as soon as tetanus is suspected; and
- Make use of parenteral (intravenous) nutrition and intravenous electrolytes or feeding and watering via a nasogastric tube.
Although fatality rates for tetanus can reach as high as 50% to 75%, there is some good news: Tetanus is largely preventable, and an antitoxin can be effective if administered early in the disease process.
"Although horses are traditionally vaccinated with tetanus toxoid each year, protection is probably longer lasting," Stewart said. "The vaccine is cheap and effective and the best insurance you can ever buy for your horse. There is no excuse not to vaccinate horses, but in an emergency an antitoxin can be given to horses to provide very rapid, but short-lasting immunity to the toxin produced by C. tetani."
For horses without a vaccination history or not previously vaccinated against tetanus, Stewart recommends prophylaxis (disease prevention) if wounds are sustained. She recommended administering 1,500 IU of tetanus antitoxin and simultaneous vaccination with tetanus toxoid.
Botulism
Switching gears, Stewart turned her attention to diagnosing and managing botulism, an often fatal disease that affects horses of all ages.
"Botulism is caused by a toxin produced by C. botulinum," she explained. "Eight types of toxin--A, B, Ca, Cb, D, E, F, and G--have been recognized," with type B being associated with the majority of equine botulism cases each year.
Stewart said there are three ways horses can contract botulism:
- Toxin ingestion (via contaminated forage);
- Wound contamination; and
- Toxicoinfections (also known as shaker foal syndrome, this form occurs in foals when spores are consumed, germinate, and are absorbed by the gastrointestinal tract).
- Dysphagia (the inability to swallow);
- Progressive muscle paralysis;
- Restlessness;
- Incoordination (ataxia);
- Inability to stand or shaking as they stand up;
- Lateral recumbency;
- Decreased tongue and tail tone.
- Veterinarians generally diagnose the disease via clinical signs and identifying the toxin in feces, serum, or other tissue, she said.
- Treatment includes:
- Multivalent (multi-strain) antiserum administration;
- Movement restriction;
- Ventilation or oxygen therapy, if needed;
- Antibiotics for secondary complications;
- Cathartic (a purging medication) administration;
- Parasympathomimentic drug (which stimulates or mimics the parasympathetic nervous system) administration; and
- Supportive care.
"To prevent shaker foals, vaccinate the mare three times at monthly intervals (with the last dose coming) two to three weeks before foaling," she recommended. During subsequent pregnancies she suggested a single injection during the last month.
Take-Home Message
Both tetanus and botulism can be fatal if contracted, but annual vaccination reduces horses' risk of contracting. Discuss individual vaccine recommendations if questions arise about a particular anima
COURTESY: To "THE HORSE " & Editor
Wednesday, August 15, 2012
The Truth About Internet Vets Inbox x
But just because something is online doesn't make it true. It's easy for anyone to put information out there and when it pertains to our pets it doesn't take long for that false information to become dangerous. For example, today I met a family with a tortoise who was very ill. It turns out that they were feeding him the wrong diet and he was very malnourished as a result. When I asked them where they got their care information they told me that they found it online. Oh dear! (Don't worry, the little tortoise is on a better diet now and his family now knows much more about caring for him. It will take some time but he is on his way to recovery.)
This made me appreciate just how wonderful all of the PetPlace.com vets are. Every single one of the articles on Pet Place is vet-approved, so that means that they are assessed for accuracy before we ever put them on the website. And every person who works for Pet Place is a pet lover themselves so we really care about “getting it right.” It's our mission to help you give your pets the very best care and the longest life possible.
Did you know that PetPlace.com has over 10,000 vet-approved articles for you to read? They cover everything from cat nutrition to dog breeding and even yes…tortoise care. And with so many articles to read we even have a handy search bar as well as sections for popular subjects. Best of all, it's all FREE!
If you haven't looked around our website lately, I strongly encourage you to do so. There's so much to see and I guarantee you will learn something! Drop by PetPlace today and see what's new.
For Tamil Go to: கால்நடை மருத்துவர் பக்கம்
When is My Dog Considered a Senior?
Part of determining whether your dog fits into this category is their age. When is the cut-off point? Well, there are two answers, a simple and a complex one. In the simplest terms veterinarians typically consider the last 25% of a dog's life to be their senior years. The more accurate but more complex answer is based on your dog's breed. Different breeds have different life expectancies and might age slightly differently. The following article offers a handy list of life expectancies according to breed. Please remember that these are just general guidelines and that many factors can affect your dog's health. Furthermore, if your dog is a mixed breed you can consider the expectancies of both of them.
For Tamil Go to: கால்நடை மருத்துவர் பக்கம்
To see the list of expectancies by breed, go to: When is Your Dog Considered a Senior?
No matter your dog's age, I know you will give them the best care and lots of love. Senior dogs are such a joy - consider yourself lucky if you share your life with one!Having an older pet can mean you need to make special considerations for their health. For tips on giving them the best care, go to: Keeping Your Dog Healthy
WOOF! WOOF! - What Are Our Dogs Saying to Each Other?
Canine communication is just as important with dogs who know each other as it is with dogs who have just met. The sweetest, gentlest dogs might get frustrated and show some signals of irritation too. Or maybe you have a shy dog who hides from everything…until he or she meets that special friend that brings out their playful side. What are our dogs saying to each other?
Well, the answer is pretty complex, but I'd like to share an article that's a good place to start. It is an excellent insight into the way that your dog communicates with other members of its species. Go to: Dog to Dog Communication
Friday, August 10, 2012
Dogs and Cats - Epilepsy A Homeopathic approach
Dogs and Cats - Epilepsy A Homeopathic approach
The first problem to overcome in treating epilepsy is the fact that we are dealing with a condition that, in most cases, has very violent symptoms. The salivation, muscular spasms, sometimes involuntary howling that can occur, together with the in-coordination of the recovery period, produce an understandable state of revulsion in many owners, compounded by a feeling of helplessness, especially when they witness it for the first time. This has two consequences with regard to treatment. The first is that there can be an undue concentration on the presenting symptom rather than on the whole picture, and an undue emphasis in treatment on preventing further fits at any price.
Hahnemann laid great stress on the fact that disease can only be cured “if the physician clearly perceives what has to be cured… in each individual case of disease”, and this applies to epilepsy just as much as to any other condition. True epilepsy is not an acute condition but is part of a chronic disease pattern, in many instances what Hahnemann referred to as a “one-sided disease”. The really successful approach to its treatment is constitutional.
The second consequence is that accurate observation and reporting of the exact symptoms of a fit can be difficult. In one sense this is not as important as it may seem, as many of the features are local or common symptoms, but useful information can be obtained from this area of the picture.
Another factor affecting the disease picture is that many cases that present for homeopathic treatment are already receiving conventional anticonvulsant drugs. These may be failing to control the situation adequately and/or there may be concerns over the side effects of their long-term use. One of the commonest drugs used is phenobarbitone and one of the other standard medications, Mysoline, is broken down in the body into barbiturate. Long-term use of these agents can pose a strain on the liver. In addition, from the homeopathic point of view, this approach represents a degree of suppression of the case, with all the problems that that implies. However, in spite of this it cannot be stressed too strongly that such treatments must not be withdrawn suddenly, and any changes must take place under veterinary supervision. However, homeopathy right from the start gives the best chance of cure.
More cases of epilepsy are seen in dogs than in cats. Cats, unlike dogs, are a species that cannot synthesize the amino acid Taurine and hence, care is taken to add it to their diet. One of the effects of Taurine in the body is as a controller of nervous impulses, and supplementing the diet of dogs to give higher levels can raise the threshold at which fits are triggered. Although not homeopathic, its use can be beneficial in the overall management of a case. Other ways of reducing the susceptibility to fits involves the use of herbal preparations, which can be helpful on occasions.
In some ways the cases where there is complete control of the fits by conventional medication are the most difficult. The picture is distorted and also the assessment of progress following a remedy is extremely difficult. Other changes in the body, usually behavioral, may give an indication of some action by the remedy, but a reduction of the medication is often the only way of ascertaining any beneficial effect. In contrast, those cases where there are still some fits occurring, do offer a yardstick by which to judge progress.
Because we are dealing with a chronic disease, often treatment will throw up symptoms in other areas as the whole case is revealed. The major systems that are associated are the skin and the bowels, and there may be a “see-saw” between the symptoms.
The question of potency is an important consideration when prescribing the constitutional remedy. This is one of those conditions where the last thing we want is an aggravation! Hence caution is advisable and more moderate potencies are often initially employed, even in those cases where the indications for a particular remedy are strong. Of course in any acute episode where a remedy is being used to control a fit, then high potencies are very useful, as there is a high-energy output from the condition at that time.
The causes of epilepsy are many and it would not be appropriate here to consider all the factors that can possibly be linked, but one in particular is worthy of mention. That is vaccination. It is well documented that vaccinations, both primary and boosters, can on occasion produce convulsions. No animal with a history of convulsions, from whatever cause, should be given a vaccination without very good reason. Silica, having both convulsions and “ailments from vaccination” in its picture is extremely useful here.
Homeopathic treatment falls into two types. One is the full constitutional approach, aimed at obtaining a complete cure, as this offers the best hope of success. Sometimes an “acute” remedy is used in addition. The other involves a compromise, with the use of both homeopathic and conventional medications. The aim here is to use homeopathy to reduce the dependence on heavy medication, thereby increasing the safety margins and improving the quality of life for the patient.
Case Histories
Coco was a four-year-old golden retriever. She had had several fits over the previous three years, but these had been fairly mild and “very occasional”, with a quick recovery. No conventional treatment had been given as the fits were mild and infrequent. However, the latest two fits had been more severe and frequent, and although apparently recovered, she now appeared “not quite her usual self”. The fits had lasted about five minutes. There was no incontinence or howling, just a general spasm of the whole body with the head thrown back over the right shoulder. She had been vaccinated regularly with no apparent ill effects and there were no other health problems, only a behavioral inconvenience.
Coco had lived with three other neutered bitches all her life and was friendly towards them. However, she would frequently mount any one of them, and if they protested run off and hide.
Originally her owner had planned to breed with her and so she was not neutered as a puppy. Her seasons had been regular but abnormally mild. Neutering at around 2.5 years of age did nothing to change the sexual behavior. She was wary of other dogs, and if approached would initially “freeze” and escape at the first opportunity. If she finally got to know another dog, she was friendly and playful. Her appetite was steady, preferring dry food, and not drinking as much as her companions. She liked cuddles from the owner. She was tolerant of heat but was happy to let others be near the fire.
She was given Pulsatilla 200C for three days, with Cicuta virosa M in case of an attack. She was re-presented two months later, having had a mild fit. The Cicuta had not been given. The owner reported she was “more like her old self”. Pulsatilla200C was repeated. She has had no more fits and is now more confident with other dogs.
Zeberdee was a seven-year-old Sheltie, an epileptic for three years. There was no known family history of epilepsy. The first fit had occurred within 24 hours of a booster vaccination. His only other health problem was chronic eczema and he had kennel cough. He was on a high dose of phenobarbitone four times daily, but the fits still occurred every three weeks. During them he would hyperventilate, be on his side with legs thrashing about in an in-coordinated manner, salivate profusely, and pass urine.
There was usually one scream before the fit. All but the last fit had occurred at night. He recovered in about an hour and was then ravenously hungry, being very sensitive to noise during that time. His owner had given Bufo 30C on two occasion’s and this had increased the intervals to five and eight weeks respectively, but he had now reverted to his three weekly pattern.
He was described as friendly to dogs and ladies but wary of men. He liked to play but disliked being cuddled. He was frightened of thunder, fireworks, and very wary in a crowd. He disliked the fire and preferred to be outside in all weathers, but would lie in the sun. His appetite was always good, his thirst normal, and he did not suffer from flatulence.
Treatment was started with a combined vaccine nosode 30C, for four days. This was followed by Lycopodium 200C for two days. There were then two mild fits, each lasting about one minute, and each six weeks apart. He was reported as being more confident with men but otherwise unchanged. Lycopodium 200 was repeated. There were no more fits for five months, then one violent fit daily for three days. Hyoscyamus 30C stopped the sequence and Lycopodium M was given for one day. There have now been no fits for over a year and his medication has been withdrawn. His eczema has also improved.
Some of the most useful remedies in the epileptic situation
Aconite
Useful for both attendant and patient! The sudden onset fits the picture, and fear is sometimes seen just prior to the fit.
Belladonna
Another remedy where suddenness is a feature, together with the violence of the convulsions. There is great sensitivity during the fit, and the slightest external stimulus will keep it going. The attack usually involves a single fit rather than a cluster. As it is the acute of Calc carb, it is often of use where that is the indicated constitutional remedy.
Bufo
This has the reputation of the keynote of fits occurring during sleep. In actual fact, the link is to night and sleep combined. The other feature is worse in a warm room. There is often a howl at the start of the fit.
Cicuta virosa
A distinctive feature here is that during the spasms the head is thrown back and to the side, so that the muzzle rests on the shoulder blade facing towards the tail.
Cocculus
A very useful remedy, its connection with vertigo gives it its place in this context.
Hyoscyamus
Related to Belladonna and Stramonium, this is also an excellent “local” remedy. Its picture is characterized by excessive movements of the face, both prior to a fit and at other times.
Kali brom
As Potassium bromide this is used as a conventional anti-convulsant, and it is also employed as a homeopathic remedy. The timing of the fits is often linked to oestrus, and there is marked excitement before they start.
Nux vom
Together with Ignatia the main ingredient is strychnine. These two, together with the remedy Strychninum have a role to play.
Courtesy to the Author
Monday, August 6, 2012
Efficacy of macrocyclic lactone treatments in sheep in the UK
Veterinary Record 2012;170:653 doi:10.1136/vr.e4289 Lesley Stubbings on behalf of SCOPS3 Fullers Close, Aldwincle, Kettering, Northamptonshire NN14 3UUe-mail: lesley{at}lssc.fsnet.co.ukVERY few data exist on the prevalence of macrocyclic lactone (ML) resistance in the UK. This is due in part to the lack of testing carried out, but is exacerbated by the lack of an in vitro test, which means that the only way we can reliably confirm resistance is by conducting a faecal egg count reduction test (FECRT).

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Advancing the clinical care of rabbits
Veterinary Record 2012;170:634 doi:10.1136/vr.e4228 A NEW three-year scholarship for a residency in rabbit and exotic animal medicine and surgery has been created at the Royal (Dick) School of Veterinary Studies (R[D]SVS) in Edinburgh. The post, which is jointly funded …
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Saturday, July 28, 2012
Dog's Life Span
Just like people, dogs slow down as they grow older. Their hair turns gray, their eyes dim, their bodies lose tone and energy. They become more susceptible to illness, less adaptable to change and even forgetful as time marches on. They look to you for help and comfort.
When Is Your Dog "Old"?
The old rule-of-thumb that one dog year equals 7 years of a human life is not exact. The ratio is higher with youth and decreases a bit as your dog ages. Depending on the breed, a dog experiences the raging hormones of adolescence anywhere from 8 months to 2 years or more. Generally, a dog of 6 has aged about as much as a 45-year-old human. At 10, she's like a human of 65; at 12, a human of 75; and at 15, a human of 90.
You are the best judge of your dog's stage of life. Even if she is in the best of health, it's important that you notice when your dog begins to show her age. After years of constant companionship, however, you may not see the first subtle signs of decline. No matter how close you are, your dog does not know how to communicate little aches and pains, and even some bigger discomforts to you. She doesn't understand what's happening to her when she can't run as fast or jump as high.
When to Screen for Aging
Most veterinarians recommend that your dog be screened for the symptoms of aging and then come for twice-yearly visits when she is a senior. To determine when it's time for the first screening, you have to understand how your dog's medical history and breed might hasten or stave off her senior symptoms. Then, factor in these recommendations:
For dogs over 80 pounds, begin geriatric screening between ages 4 and 6.
For dogs 51 to 80 pounds, begin to screen between 6 and 8.
For dogs 16 to 50 pounds, begin to screen between 7 and 9.
For dogs 15 pounds or less, begin to screen between 9 and 11.
Since the 1930s, the canine life span has increased more than 70 percent, from seven years to 12! And that's just the average. With advances in veterinary care and nutrition and more knowledgeable owners, many good-sized dogs now live to 14.
Of course, no one can really predict how long an individual dog will live. There's always the possibility of unpredictable illness or accident. Or, a genetic predisposition to disease may lurk in your dog's genes. But generally speaking, the larger the breed, the faster it ages.
Giant breeds - even pampered and exercised St. Bernards - can begin to show their years as early as four and have a life expectancy of 7 to 11 years. The chihuahua is the smallest breed, with adults weighing between 2 and 9 pounds. They can live 18 years or more. Certain breeds do better than others, as do mixed breeds. On average, smaller mutts and mutts with dominant genes from smaller breeds live longest.
Vets can't yet explain why length of life varies so much with size. "We think of large dogs as having a different metabolism, as living their allotted time faster than smaller dogs," says Dr. Harold Zweighaft of New York City.
Life Spans By Breed
The following list of predicted life spans shows how long various breeds may live.
7-10 years. Great Dane, Newfoundland, Cavalier King Charles spaniel. (Mitral valve disease may affect 50 percent of these toy spaniels in North America.)
9-11 years. St. Bernard, bloodhound, chow chow, boxer, French bulldog. (Von Willebrand's disease, akin to human hemophilia, can impede blood clotting in Frenchies.)
10-13 years. Airedale terrier, Dalmatian, golden retriever, German shepherd, Scottish terrier. (Scotties also may inherit von Willebrand's.)
12-15 years. Beagle, bichon frise, collie, Doberman, papillon, Pomeranian.
14-16 years. Boston terrier, cairn terrier, cocker spaniel, Welsh corgi, Irish setter, Parson Russell terrier, Maltese terrier, poodle (standard), schnauzer, shih tzu, West Highland White terrier, Yorkshire terrier.
15-18 years. Dachshund, poodle (miniature and toy), Chihuahua.
It's up to you to maintain your dog's health and sense of security and to make sure that she's able to enjoy her natural athletic ability as long as possible. You must be perceptive, noticing changes in your dog's moods and habits. It takes love and commitment to help your dog navigate old age, but it will be returned in kind.
Sunday, July 22, 2012
Using drug therapy to treat priapism in two dogs
Monday, July 9, 2012
Which Vaccine is Best for Your Dog?
Nasal or Injectable - Which Vaccine is Best for Your Dog?
Recently, vaccination has become a very controversial subject. Gone are the simple days when your pet would receive a series of puppy shots and then shots every year. This was the typical method used to keep our pets healthy. But, with the advent of immune diseases thought to be associated with vaccination, the route of vaccine has become a hot topic.Most people are familiar with the injectable vaccines. These commonly are used to protect from parvovirus, distemper, hepatitis, leptospirosis, bordetella and rabies. Recently, vaccines have become available that are applied topically, usually in the nose or eyes. There are disadvantages and advantages of each method of vaccination and topical vaccines are not available to protect against all diseases.
In the dog, the only topical vaccine commonly used is the vaccine used to protect against Bordetella bronchiseptica, one of the bacterial agents that has been implicated in canine kennel cough. This vaccination is available as an injectable or as a vaccine to be placed directly into the nose as nasal drops.
Tests & Procedures in Dogs
Tests & Procedures in Dogs
1. | Abdominal Radiograph (X-ray) in Dogs An abdominal radiograph is a procedure that allows your veterinarian to visualize tissue, organs and bones that lie beneath the skin. |
2. | Abdominal Ultrasound in Dogs An ultrasound evaluates the internal organs of the abdomen through the use of sound waves. Ultrasound and X-rays often go hand-in-hand because ultrasound shows a motion picture of the organs as they are functioning, while X-rays are a static image. |
3. | Abdominocentesis in Dogs Abdominocentesis is the procedure in which fluid is removed from the abdomen with the use of a needle. Any fluid in the abdominal cavity is considered abdnormal and a sample should be removed for evaluation. |
4. | Activated Clotting Time in Dogs The activated clotting time is a test used to determine if a bleeding disorder is present. This test is often done in the veterinary office as a screening test. More sensitive tests may be needed. |
5. | Aqueocentesis in Dogs Aqueocentesis is the aspiration (removal by sucking action) of aqueous humor. This fluid nourishes the lens and cornea and maintains the proper ocular pressure. |
6. | Arthrocentesis in Dogs Arthrocentesis is the aspiration of fluid from a joint cavity. A needle is inserted in the joint and fluid is removed for later examination. |
7. | Biochemical Profile in Dogs A biochemical profile is a blood test that assesses the function of internal organs, measures the electrolytes such as blood potassium, and identifies the levels of circulating enzymes. |
8. | Blood Pressure in Dogs A blood pressure reveals the pressure within the vessels, and it is very much like getting your own pressure taken. High blood pressure and low blood pressure can lead to significant illness and often needs medical treatment. |
9. | Blood Typing Blood typing is a test that determines the blood type of an animal. Like people, dogs and cats have different blood types. Since blood types do not change throughout the pet’s life, this test is only needed once. |
10. | Bone Marrow Biopsy in Dogs A bone marrow biopsy is the extraction of a piece of bone marrow for microscopic examination. Bone marrow is the soft material that lines the cavity of bones and is primarily found in the center portion of bones. |
11. | Bronchoalveolar Lavage in Dogs Bronchoalveolar lavage is a test in which fluid samples of the bronchus and alveoli (air sacs) are obtained. These fluid samples are then submitted for analysis to help determine the underlying cause of illness. | |
12. | Central Venous Pressure in Dogs Central venous pressure (CVP) is the measurement of fluid pressure in the right upper chamber of the heart or the anterior vena cava. | |
13. | Cerebrospinal Fluid Tap in Dogs A cerebrospinal fluid (CSF) tap is the collection of fluid found in the subarachnoid space, surrounding the brain and spinal cord, for diagnostic purposes. | |
14. | Chest Radiograph (X-ray) in Dogs A chest radiograph (X-ray) is a procedure that allows your veterinarian to visualize tissue, organs and bones that lie beneath the skin of the chest cavity. | |
15. | Complete Blood Count (CBC) in Dogs A complete blood count (CBC) is a blood test to evaluate the number of specific cells in the blood. This test is often used as a screening test for underlying infection, anemia and illness. | |
16. | Crossmatching Crossmatching is a test used to determine if the blood that is about to be transfused is compatible with the blood of the patient. Incompatible transfusions can result in transfusion reactions. | |
17. | Culture and Sensitivity in Dogs A bacterial urine culture and sensitivity is indicated to assess whether there is a bacterial infection present and what antibiotics are indicated. | |
18. | Cystocentesis in Dogs Collecting urine can be tricky in dogs, especially if the urine needs to collected without contamination. Cystocentesis is the procedure in which an uncontaminated urine specimen is removed from the urinary bladder using a needle. | |
19. | Cytology in Dogs Cytology is the evaluation of cells, either tissue or blood, under a microscope. Cytology can detect the presence of inflammation, infection, bacteria, fungi, parasites and cancer. | |
20. | Ear Swab Examination in Dogs An ear swab examination reveals the presence of bacteria, fungi and parasites, and dtermining the underlying cause of ear discharge, pain or itchiness can help determine appropriate treatment. |
21. | Echocardiogram in Dogs (Cardiac Ultrasound) An echocardiogram is an ultrasound of the heart. This procedure evaluates the function of the heart through the use of sound waves and is most often performed by a specialist. |
22. | Electrocardiogram in Dogs An electrocardiogram (EKG) is a test done to record the electrical activity of the heart and is done by attaching small contact electrodes to the limbs and body. |
23. | Endoscopy in Dogs An endoscope is a long, flexible tube with a tiny camera at the tip that is used to look at the inner lining of the throat, stomach and intestine, colon or at the respiratory passages to help diagnose and treat a variety of disorders. |
24. | Fecal Examination in Dogs A fecal examination is the microscopic evaluation of feces and is recommended on all animals as part of a yearly health exam. Fecal examinations are also recommended on all puppies. |
25. | Fine Needle Aspiration Lumps, bumps and strange looking areas are common in veterinary medicine. To help determine whether or not the suspicious organ or lump is a concern, a fine needle aspiration is often performed. |
26. | Fluid Analysis Fluid accumulation can be caused by infection, abnormal functioning organs, viruses and even cancer. Analyzing the fluid is an important aspect of finding the cause of the fluid accumulation and developing an appropriate treatment plan. |
27. | Fluorescein Stain Fluorescein is an orange stain that is applied to the cornea of the eye to determine if there is any erosion to the surface of the eye. Once the stain is applied to the eye, it turns fluorescent green. |
28. | Fungal Culture Despite its name, ringworm is caused by a fungus and not a parasite. A fungal culture is often performed to determine if a skin rash or abnormality is related to ringworm and is indicated anytime there is a suspicious skin rash or lesion. |
29. | Glucose Curve in Dogs A glucose curve involves multiple measurements of blood sugar levels in diabetic patients. This will help your veterinarian determine the proper insulin dose and the best time to administer the drug. |
30. | Glycosylated Hemoglobin Level Glycosylated hemoglobin is the product that results when high levels of glucose (sugar) are in the blood. This test gives an idea of what the blood glucose levels have been over the course of the past several days. |
31. | Gonioscopy in Dogs Gonioscopy is the examination of the iridocorneal angle of the eye. The iridocorneal angle is where the base of the iris attaches to the cornea and sclera (the white, outer layer of the eyeball). |
32. | Heartworm Test in Dogs A heartworm test is a blood test that evaluates your pet for the presence of the parasite Dirofilaria immitis, more commonly known as heartworm. This test is indicated when an animal shows signs of coughing or heart disease. |
33. | Histopathology Histopathology is the study of tissues, as in biopsy samples and samples of abnormal tissues to determine the presence of disease and help guide further treatment. It is indicated for every lump, mass or abnormal tissue removed from an animal. |
34. | Lyme Titer A Lyme test determines the presence of antibodies specific for Lyme disease. A Lyme titer is indicated anytime a tick borne illness is suspected to determine if your pet has been exposed to Lyme disease. |
35. | Magnetic Resonance Imaging (MRI) Most people have heard of an MRI but are not quite sure what it is. The MRI (magnetic resonance imaging) is similar to an X-ray, but it gives the most precise anatomical information on patients today. |
36. | Nasal Feeding Tube in Dogs A nasal feeding tube is a device that is inserted through the nose into the esophagus or stomach for the purpose of administering fluids and nutrients. |
37. | Partial Thromboplastin Time in Dogs The partial thromboplastin time is a blood test used to determine if the pet has a bleeding disorder. This test is often performed in conjuction with the prothrombin time test. |
38. | Parvo Test A parvo test can help determine whether parvovirus is the cause of the dog’s illness, and the most practical method for diagnosis is the ELISA test. A parvo test is indicated in any puppy with gastrointestinal illness, regardless of vaccination status. |
39. | Pericardiocentesis in Dogs Pericardiocentesis is the insertion of a needle or catheter into the pericardial sac. The sac that surrounds the heart and the bases of the great blood vessels. |
40. | Phenobarbital Level in Dogs Administering the proper dose of phenobarbital is key in treating seizure disorders in dogs; the blood level must be monitored carefully to determine the amount of medication that is in the blood. |
41. | Potassium Bromide Level in Dogs Potassium bromide is a drug used to control seizures. Administering the proper dose to reduce the incidence of seizures without overdosing is key. To determine the proper dose, potassium bromide blood levels must be monitored. |
42. | Prothrombin Time in Dogs The prothrombin time is a blood test used to determine if the pet has a bleeding disorder. This test is often performed in conjunction with the partial thromboplastin time. |
43. | Reticulocyte Count in Dogs Reticulocytes are immature red blood cells that circulate in high numbers when the body is responding to anemia. This test can help determine possible causes of the anemia and help give a prognosis for recovery. |
44. | Schirmer Tear Test The Schirmer tear test can help determine if low tear production is the underlying cause or a contributing factor. Low tear production can cause significant eye inflammation and chronic eye problems. |
45. | Skin Scraping A skin scraping is a commonly performed test that can help diagnose certain skin inflammations, fungal infections, and skin cancer and is quite effective in determining the presence of mites. |
46. | Slide Agglutination in Dogs Slide agglutination is a blood test used to screen for immune disease, particularly immune mediated hemolytic anemia. This immune disease causes the immune system to attack and destroy red blood cells. |
47. | The Importance of a Phenobarbital Blood Test Administering the proper dose of phenobarbital is key in treating seizure disorders in dogs; the blood level must be monitored carefully to determine the amount of medication that is in the blood. |
48. | The Importance of Thyroid Blood Testing in Dogs A thyroid test is a blood test to evaluate the function of the thyroid gland, which produces thyroid hormone, an important hormone in the regulation and maintenance of body functions. |
49. | Thoracocentesis in Dogs Thoracocentesis is a procedure done to remove fluid or excess air from the chest cavity. Fluid is analyzed to determine the underlying cause. Air is most often associated with traumatic injury. |
50. | Thyroid Test in Dogs A thyroid test is a blood test to evaluate the function of the thyroid gland, which produces thyroid hormone, an important hormone in the regulation and maintenance of body functions. |
51. | Tonometry in Dogs Tonometry is the measurement of pressure within the eye (called intraocular pressure) to determine if glaucoma is present. |
52. | Transtracheal Aspiration in Dogs Transtracheal aspiration (TTA), also called a transtracheal wash (TTW), is the insertion of a catheter into the trachea and lower airway to collect samples from the lower airway. |
53. | Urinalysis in Dogs A urinalysis is a laboratory test that evaluates urine. A urinalysis usually consists of three parts which includes looking at the physical sample, a dipstick analysis and looking at the sediment under a microscope. |
54. | Urine Glucose Test for Dogs A urine glucose test is a test to determine the amount of glucose in the urine. Glucose in the urine is commonly referred to by veterinarians as “glucosuria”. |
55. | Urine P:C Ratio in Dogs A urine P:C ratio, or a urine protein-creatinine ratio, is a laboratory test used to detect or monitor renal disease. |
56. | Vaccine Titer in Dogs A vaccine titer reveals whether or not the animal currently has adequate protection against a disease. Low titers indicate that vaccination will be necessary to provide immune protection. |
57. | What is a Gastric Lavage? Gastric lavage is a term that refers to a procedure for “pumping the stomach”. |
Wednesday, July 4, 2012
Dog mating! What is happen?
Stud dogs are at their prime between 18 months and 4 years old (or 5), after that, the quality of the sperm starts to lessen, and the ability to penetrate eggs, lessens. By 10 years old, most stud dogs do not produce sperm that will impregnate a bitch.
Tie close-up
Picture of a male penis with a swelled bulbus glandis
Unless you KNOW what your pair will do when they are locked, I highly suggest 100% supervision when mating. I only do supervised ties.... 100% supervision.... Accidents can happen.
After the tie they are separated, with their great disapproval, for at least 24 hours to allow his sperm to build back up.
It is wise to check with your vet. He can draw a sample from the male and check how fertile he is or if he is sterile.
If his sperm level is low, then you must be a little more involved in breed scheduling.
Breeding: Tie
Stud dogs are at their prime between 18 months and 4 years old (or 5), after that, the quality of the sperm starts to lessen, and the ability to penetrate eggs, lessens. By 10 years old, most stud dogs do not produce sperm that will impregnate a bitch.
Tie close-up
Picture of a male penis with a swelled bulbus glandis
Unless you KNOW what your pair will do when they are locked, I highly suggest 100% supervision when mating. I only do supervised ties.... 100% supervision.... Accidents can happen.
After the tie they are separated, with their great disapproval, for at least 24 hours to allow his sperm to build back up.
It is wise to check with your vet. He can draw a sample from the male and check how fertile he is or if he is sterile.
If his sperm level is low, then you must be a little more involved in breed scheduling.
How Dangerous Will Summer Be?
Take barbecues and cook-outs, for example. Everyone loves a barbeque, right? All those delicious veggies and cuts of meat on the grill are pretty irresistible. That goes for pets, too, and it's not unusual for dogs to sneak a snack from someone's plate or even the grill. But what's for dinner can land them in the emergency room later; chicken and rib bones can fracture and cut your dog's mouth or internal organs, while vegetables (particularly onions) can be toxic if ingested. Even if the food isn't toxic your dog might still be in for a case of stomach upset from “people food.” Many barbecue items contain lots of fats and sugars which can give your dog indigestion and diarrhea.
July is well known for its displays of fireworks. Most people know to put skittish or anxious dogs inside, but some will overestimate their dog's tolerance for loud noises (especially if they are tired or have been playing all day long). If possible, give your dog a break and let them rest indoors rather than taking them to loud and crowded fireworks displays. While celebrating, it is important to keep your dog out of the way of the potentially deadly firecrackers and sparklers. Many pets are burned or killed when they have gotten too close to or ingested material left over from spent fireworks. Keep your pet indoors during the times that you use them to help reduce the chance that they will be exposed, and be sure to thoroughly clean your surrounding areas to make sure you have removed all of the debris.
For more information on how to handle hazards, and who to call if you think your pet has ingested something it should not have, please read this great article. It is filled with loads of information to help you throw a successful and SAFE summer celebration! Go to: http://www.petplace.com/dogs/
This Affects 1 in 3 Dogs... What Is It?
This Affects 1 in 3 Dogs... What Is It?
Today it's time to talk about something very important. It's not happy or cheerful, but what I'm about to tell you could save your dog's life. There's a chance that this could affect your dog and it's crucial to be prepared.Each year, more dogs over 2 years of age are caused by one disease than any other. Not only that, but it affects 1 in 3 dogs in the same age group. This disease is cancer. The statistics are sobering but true - your dog has a 30% chance of being affected by cancer at some point in their life.
Tuesday, June 26, 2012
Vets' attitudes to chronic pain in dogs
School of Veterinary Medicine, University of Glasgow, Bearsden, Glasgow G61 1QHe-mail: andrew.bell{at}glasgow.ac.ukWE are conducting a short online survey into veterinary surgeons' attitudes to chronic pain in dogs in order to improve our understanding of current UK practices; …
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Ovine herpesvirus type 2 infection in captive bison in India
Veterinary Record 2012;170:654 doi:10.1136/vr.e4291 Richa Sood1, Manoj Kumar1, S. Bhatia1, A. K. Pateriya1, R. Khandia1, A. Siddiqui1, D. D. Kulkarni1, Sanjeev Kumar2 and M. D. Venkatesha2 Vet Record Careers features a comprehensive database of vet jobs. This recent issue is free to all users to allow everyone the opportunity to see the full scope and typical content of the Veterinary Record.
1High Security Animal Disease Laboratory, Anand Nagar, Bhopal-462021, Madhya Pradesh, India
2Institute of Animal Health and Veterinary Biologicals, Southern Regional Disease Diagnostic Laboratory, Hebbal, Bangalore, Karnataka, India e-mail: richa_bhatia{at}yahoo.comMALIGNANT catarrhal fever (MCF) is a fatal disease of wild and domestic ruminants, with severe and widespread inflammatory and degenerative changes in affected animals. It typically has a short, dramatic clinical course, characterised primarily by high fever, severe depression, swollen lymph nodes, salivation, diarrhoea, dermatitis, neurologic disorders and ocular lesions often leading to blindness (Plowright and others 1990). MCF is increasingly being recognised as the cause of significant economic losses in several …
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Molluscum contagiosum in two donkeys
Veterinary Record 2012;170:649 doi:10.1136/vr.100721 R. Fox, BVetMed, DipECVP, MRCVS1, A. Thiemann, MA, Vet MB, Cert EP, MSc, MRCVS2, D. Everest3, F. Steinbach, PhD3, A. Dastjerdi, PhD3 and C. Finnegan, PhD3 Vet Record Careers features a comprehensive database of vet jobs. This recent issue is free to all users to allow everyone the opportunity to see the full scope and typical content of the Veterinary Record.
1Abbey Veterinary Services, 89 Queen Street, Newton Abbot, Devon, TQ122BG, UK
2The Donkey Sanctuary Sidmouth, Devon, EX10 0NU, UK
3Science Division, Animal Health and Veterinary Laboratories Agency – Weybridge, Woodham Lane, New Haw, Addlestone, Surrey, KT15 3NB, UK E-mail for correspondence: rfox{at}abbeyvetservices.co.ukMOLLUSCUM contagiosum (MC) is a common skin infection in man and mainly seen in children, caused by the molluscum contagiosum virus (MCV). The typical pox virus particle morphology and genomic organisation of MCV led to its classification as a member of the family Poxviridae, subfamily Chordopoxvirinae, where it is the sole member of the genus Molluscipoxvirus (King and others 2011). MCV exists as two genetic subtypes, MCV1 and MCV2, each with several variants (Trama and others 2007) that have a similar clinical presentation in human beings. Lesions in human beings and animals are generally multifocal and are characterised by small, waxy, firm papules occurring principally on the face, trunk and in the genital region but can also be found in the oral cavity (Thompson and others 1998, Scott and Miller 2010).
MC has been observed in other species including chickens, sparrows, pigeons, chimpanzees, kangaroos, dogs and horses (Ginn and others 2007). Equine MCV is thought to be identical to, or closely related to, human MCV. MCV has never been experimentally transmitted between animals (Mitchell 1953, Postlethwaite 1970); attempts to grow MCV in culture have failed. This property differentiates the virus from the orthopoxvirus of Uasin Gishu (UG) caused by Uasin Gishu disease virus (UGDV). UGDV produces histologically and clinically similar lesions to MCV but the virus can be grown in culture (Scott and Miller 2010). UGDV is antigenically similar to cowpox and vaccinia viruses (Scott and Miller 2010). Very little is known about its exact modality of transmission, with fomites and direct prolonged contact often quoted (Scott and Miller 2010). There is also very limited evidence of transmission between horses and man. Similarly, there is only speculation about the transmission between horses and man.
In horses, MC is a self-limiting cutaneous infection with multiple small papules arising …
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Monday, June 25, 2012
Acute phase protein levels in dogs with mast cell tumours and sarcomas
Veterinary Record 2012;170:648 doi:10.1136/vr.100401 D. Chase, BVSc, MACVSc, DiplECVS, MRCVS1, G. McLauchlan, BVMS, MRCVS2, P. D. Eckersall, BSc, MBA, PhD, FRCPath2, T. Parkin, BSc, BVSc, PhD, DipECVPH, FHEA, MRCVS2, K. Pratschke, MVB, MVM, CertSAS, DiplECVS, MRCVS2 and J. Pratschke, BA, MA, PhD3 Vet Record Careers features a comprehensive database of vet jobs. This recent issue is free to all users to allow everyone the opportunity to see the full scope and typical content of the Veterinary Record.
1Pride Veterinary Centre, Riverside Road, Derby, Derbyshire, DE24 8HX, UK
2School of Veterinary Medicine, Garscube Estate, 464 Bearsden Road, Glasgow G61 1QH, UK
3Department of Economics and Statistics, University of Salerno, Via ponte don Melillo, Fisciano 84084 (SA), Italy E-mail for correspondence: Kathryn.Pratschke{at}glasgow.ac.ukThe acute phase proteins (APP) form part of a non-specific host response to inflammation. They may be induced by a range of different causes, including infection, inflammation, cancer and trauma. As they form part of the earliest response to such insults, they have potential for early identification of disease. In people, APP levels have been shown to correlate both with the extent of disease and also the prognosis in several forms of neoplasia, including prostate, oesophageal and colorectal cancer. As such, they can be used as prognostic and monitoring tools. To date, similar studies in veterinary patients have been limited, largely retrospective in nature and many are non-specific for tumour type. The purpose of this study was to evaluate a panel of four APPs in dogs with naturally occurring mast cell tumours (MCTs) and sarcomas to identify in the first instance whether increased levels of individual APPs, or identifiable combinations of APPs, was linked with the presence of disease. In the patients with MCTs, C-reactive protein (CRP) and a-1 acid glycoprotein levels increased, with a concurrent drop in serum amyloid A levels. In the sarcoma patients, CRP, a-1 acid glycoprotein and haptoglobin were increased. These findings suggest that specific solid tumour types in dogs may be associated with specific changes in APP profiles.
British Veterinary Association
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BVA launches guidance on maternity, paternity and adoption rights
Veterinary Record 2012;170:635 doi:10.1136/vr.e4219 GUIDANCE on maternity, paternity and adoption rights for employees, employers and locums has recently been published by the BVA.

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Current British veterinary attitudes to the use of perioperative antimicrobials in small animal surgery
Veterinary Record 2012;170:646 doi:10.1136/vr.100292 C. B. Knights, BVetMed MRCVS1, A. Mateus, BVetMed, MVPH, PhD, MRCVS2 and S. J. Baines, MA, VetMB, PhD, CertVR, CertSAS, DipECVS, DipClinOnc, MRCVS3 Vet Record Careers features a comprehensive database of vet jobs. This recent issue is free to all users to allow everyone the opportunity to see the full scope and typical content of the Veterinary Record.
1Wolfson Centre for Age Related Disease, Room 1.24 Hodgkin Building, Guys Campus, Kings College London, St Thomas St, London, SE1 1UL, UK
2Department of Veterinary Clinical Sciences, Royal Veterinary College, Hawkshead Lane, North Mymms, Hertfordshire AL9 7TA, UK
3Willows Referral Service, Highlands Road, Shirley, Solihull, West Midlands, B90 4NH, UK e-mail for correspondence: chancie.knights{at}googlemail.comA questionnaire was sent to 2951 mixed and small animal veterinary practices to examine the use of perioperative antimicrobials in cats and dogs in the UK. The percentage of respondents who always used antimicrobials in two surgical procedures classified according to NRC criteria as ‘clean’ was 25.3 per cent for removal of a 1 cm cutaneous mass and 32.1 per cent for routine prescrotal castration. Factors considered important in decision-making about when to use antimicrobial agents included immunosuppression, presence of a drain, degree of wound contamination, potential for spillage of visceral contents and implantation of prosthesis. The most common antimicrobial agents mentioned were potentiated amoxicillin (98.0 per cent), amoxicillin (60.5 per cent), clindamycin (21.8 per cent), enrofloxacin (21.7 per cent), cephalexin (18.6 per cent) and metronidazole (12.7 per cent). Forty-three per cent of all responding veterinarians listed a long-acting preparation for perioperative use. The routes used were subcutaneous (76.1 per cent), intravenous (25.8 per cent), intramuscular (19.8 per cent), oral (13.5 per cent) and topical (7.7 per cent). Antimicrobials were given before surgery (66.6 per cent), during surgery (30.2 per cent), immediately after surgery (12.0 per cent) and after surgery (6.3 per cent). This survey has identified the suboptimal use of perioperative antimicrobials in small animal surgery with improvements needed with respect to timing, duration, choice of antimicrobial and a more prudent selection of surgical cases requiring prophylaxis.
Accepted February 8, 2012. Published Online First 4 May 2012 British Veterinary Association
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Attitudes to antimicrobial use: making a difference
Veterinary Record 2012;170:644-645 doi:10.1136/vr.e4277 Alan Radford, BSc, BVSc, PhD, MRCVS1 and Eithne Comerford, MVB, PhD, CertVR, CertSAS, PGCertHE, DipECVS, MRCVS2 Vet Record Careers features a comprehensive database of vet jobs. This recent issue is free to all users to allow everyone the opportunity to see the full scope and typical content of the Veterinary Record.
1Institute of Infection and Global Health
2Institute of Aging and Chronic Disease, University of Liverpool, Leahurst Campus, Chester High Road, Neston, Cheshire CH64 7TE e-mail: a.d.radford{at}liverpool.ac.ukATTITUDE. It is an interesting word. Of course it generally just means our disposition or feeling towards something. According to Sir Winston Churchill no less, attitude is ‘a little thing that makes a big difference’. Our attitudes are shaped by our life experience, and impact on everything we do, as well as the decisions we make. We own our attitudes, and you might say we are the sum of them. However, and perhaps surprisingly, we may not be aware of how our attitudes form, or how they impact on our daily choices.
As veterinary surgeons, we confront attitudes on a daily basis. We are trained to take on board our clients' attitudes, and to help them make informed decisions. Curiously, however, we don't often reflect on our own attitudes. A review of publications in Veterinary Record since 1982 finds only 24 research papers with the word attitude in the title. Of these, most relate to our desire to understand the attitudes of others (producers, owners, students, policymakers) and only eight to understanding our own attitudes. Of course, this is a crude analysis, but you get the point. Our attitudes as veterinary surgeons shape what we do, but there is a dearth of evidence about them. If veterinary surgeons' attitudes are important, why are most scientists ignoring them? We suspect the answer lies partly in the fact that most of us are not trained that way. As veterinary surgeons, we do ‘quantitative’ science, and are less familiar with what some call ‘qualitative methods’ that seek to answer ‘Why?’ and not just ‘What, how and when’.
It is in this context that it is nice to see, in a paper summarised on p 646 of this week's Veterinary Record, Knights and others (2012) grappling with veterinary attitudes to the use of …
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