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2013年9月28日星期六

Vaccination Schedule for Puppies | Shots for Puppy Dogs

When puppies are born, they do not have an immune system that is fully capable to fight off diseases which in turn makes them susceptible to infections. Antibodies that do help the puppies initially come directly from their mothers milk i.e. colostrum. Thereafter puppies have to be vaccinated mostly against certain commonly known harmful diseases such as distemper, rabies, canine parvovirus etc. Pet owners also need to remember that the dog vaccination schedule should ideally begin only once the antibodies present in colostrum are minimized in the puppy. Else if the vaccine is administered, these antibodies will identify the vaccines as harmful organisms thereby nullifying the effect.


Typically, a vet will recommend that for an average puppy the first vaccine against Parvovirus be administered when the puppy is almost 5 weeks old. Thereafter, when the puppy is between 5 – 9 weeks old the vet will administer a combination vaccine, which will safeguard the puppy against adenovirus cough, hepatitis, Para influenza, parvovirus and distemper. When the puppy reaches around 12 weeks of age and is an overall healthy puppy, it is then administered a vaccine against rabies as per the dog vaccination schedule. Rabies is a highly dangerous and often fatal viral infection which directly attacks the functioning of the dog’s central nervous system and brain. Additionally this disease is contagious in nature is can be easily transmitted from dogs to humans or vice versa via blood or saliva that has been infected. Hence in most countries it is now legally mandatory that all puppies have to be administered the rabies vaccine. When the puppy is between 12-16 weeks old, the vet will generally administer vaccines against diseases like Leptospirosis, Lyme and Coronavirus. These dog vaccines are generally administered if the puppy is likely to travel to areas where such diseases are rampant. Once the puppy is of around 6 months of age and is basically an adult it is has to go for regular visits to the vet where he is physically examined and given booster shots against the above mentioned diseases and Kennel cough and de-worming as well. Booster shots are generally given on an annual basis.


Most people are under the misconception that the smaller the size/breed of the puppy the smaller is the vaccine dose to be administered, however this is incorrect. All puppies once they are of the stipulated age, irrespective of size, breed, gender, weight etc have to be administered the same type and quantity of the vaccine dose.

Distemper in Dogs


About Distemper
Canine distemper is a highly contagious and sometimes fatal disease that is seen in dogs worldwide. Though its incidence has diminished greatly due to vaccination, distemper cases and outbreaks are still seen sporadically.
Cause
Canine distemper is caused by the canine distemper virus. This virus can also infect several other species including ferrets and wild animals such as coyotes, foxes, wolves, skunks, and raccoons. Animals usually become infected by direct contact with virus particles from the secretions of other infected animals (generally via inhalation). Indirect transmission (i.e., carried on dishes or other objects) is not common because the virus does not survive for long in the environment. The virus can be shed by dogs for several weeks after recovery.
Risk Factors
Puppies under four months of age (before vaccinations are fully protective) and unvaccinated dogs are most at risk. Because canine distemper also occurs in wild animals, contact with wild animals may contribute to the spread of distemper to domestic dogs.
Signs and Symptoms of Distemper
Canine distemper causes symptoms in multiple body systems, including the gastrointestinal tract, respiratory tract, and the brain and spinal cord. The appearance of symptoms and course of distemper can be variable, ranging from very mild illness to fatal disease. Any of the following can be seen:



  • fever (often one episode a few days after infection that may not be noticed, followed by a second episode a few days later when the other symptoms begin to show up)

  • discharge from the eyes and nose

  • loss of appetite

  • lethargy

  • vomiting and diarrhea

  • coughing

  • labored breathing

  • hardening of footpads and nose (distemper has sometimes been called hardpad disease)

  • inflammation of various parts of the eye

  • secondary bacterial infections

  • neurological symptoms are variable


Neurological symptoms of distemper may not develop at all or develop later in the disease (sometimes even after several weeks). Neurological symptoms of distemper may include any of the following:



  • muscle twitching

  • weakness or paralysis

  • seizures (of any part of the body, but seizures that look as if the dog is chewing gum are unique to distemper)

  • uncoordinated movements

  • increased sensitivity to touch or pain


Diagnosis of Distemper
Diagnosis is based primarily on the the history and clinical signs. Because signs are variable and may take time to appear, and secondary infections are common, diagnosis can be complicated. Additionally, other infections can produce similar signs to distemper. A variety of laboratory tests can help confirm the diagnosis (and some may be done to rule out other infections).
Treatment of Distemper
There is no treatment specific to the distemper virus, so treatment involves managing the various symptoms and secondary infections. Even with treatment, distemper can be fatal. Treatment depends on the symptoms shown, and may include fluids to combat dehydration, medication to reduce vomiting, antibiotics and other medications to treat pneumonia, antibiotics for secondary infections, and anticonvulsants to treat seizures. Neurological symptoms may get progressively worse and not respond to treatment, and even with recovery some neurological effects may persist.
Prevention of Distemper
Vaccination is effective at preventing distemper. Puppies are typically vaccinated starting at 6 weeks of age and at regular intervals (every 2-4 weeks) until they are 14-16 weeks old (as with other vaccines, presence of antibodies received from the mother can interfere with vaccines so a puppy is not considered fully protected until the final vaccine in the series has been given). Vaccination should be repeated a year later, then at regular intervals. Your vet will discuss an appropriate vaccination schedule for your dog based on your dog’s history and risk factors.
Until puppies have received all the vaccinations in the series (at 14-16 weeks) it is prudent to be careful about exposing them to unknown dogs (e.g., at dog parks) to avoid exposure to the virus as much as possible.



Vaccination care for dogs

Having a puppy is a wonderful experience, but also is a responsibility assumed. Preventive treatment when you offer can increase your chances of having a harmonious development and a better state of health when he grew up. Adequate immunization is an essential part of this treatment.


To ensure healthy puppy you have to match: responsibility and a good relationship with your veterinarian. Your veterinarian will prepare a program of vaccinations and parasite control appropriate for your puppy. Type of vaccine is influenced by lifestyle and where you live puppy. Manufacturer’s recommendations are that if a baby comes into frequent contact with other dogs will have a different schedule than the one that never leaves the yard. However, owners, especially in urban agglomerations areas, frequently come in contact with other dogs, they themselves can become a vector for bringing home germs.


 If before the age of 6 months, has not made ​​all vaccines, there is no chance to develop immunity to certain serious diseases. During vaccination is very important not to take your pet to places where dogs are strong in presence, eg in the park.


But socialization is very important for puppy development. He must learn how to behave in the presence of other dogs, but this must happen in a controlled environment. Let him play with dogs who know and are vaccinated. Avoid parks and public places until they complete the vaccination (usually 4-6 months).


All about antibody

Puppies receive antibodies (proteins that fight disease) when the uterus by feto-maternal circulation and after birth through colostrum (first milk produced by mother in 24-72 hours after birth). The babies receive antibodies from colostrum who can provide protection against disease level approaching that of the mother.


These antibodies protect babies from disease by so-called passive immunity, but protection is not persistent in time. This is where the vaccine. It contains small amounts of specific antigens, fragments or inactivated protein that stimulates the immune system to produce antibodies against certain diseases.


The best strategy is to begin vaccination during the action of protective maternal antibodies decreases. The vaccine will not act until the maternal antibodies will not stop action. If baby is too soon _ is vaccinated, vaccination and maternal antibodies will annihilate each other, leading to vaccine failure. If vaccinated too often, the baby is exposed to over activity of the immune system, can give rise to autoimmune disease, anaphylactic shock or leukemia type syndrome.


In the past, vaccines were made with booster vaccination one year after the initial vaccination of the puppy. Today, veterinarians remeasuring the vaccination schedule. In 1989, American Veterinary Association (AVMA) has formed a special unit that investigated the duration of immunity provided by vaccines. The findings were published in a report recommending annual booster vaccination of dogs and cats, though some vaccines, like those against coronavirus and Lyme borreliosis, were not in the book report was written.


Since then, numerous signals that allow existing work to specify how long vaccination immunity (how long the vaccine protects the animal). Unfortunately, until 2004, regarding the duration of immunity studies are lacking, in addition to not knowing the level and duration of immunity given to each animal. Debate about how often to be made boosters are still burning.


Many vaccines, that the vaccine for Bordetella, leptospirosis and against  influenza vaccines can not provide effective immunization of more than 12 months. Your veterinarian may recommend booster depending on the risk of exposure to diseases of animals.


In the future, vaccines can be divided formally into two distinct categories, essential and nonessential. Essential vaccines (rabies, against diseases Carre, antiparvo and hepatitis) are recommended for all dogs, because diseases can be serious or highly contagious, and pose a risk to humans. Those animals are at risk of contracting certain diseases because of their lifestyles or exposure to certain diseases can benefit from some non-essential vaccines, the vaccine for borreliosis, Giardia, babesiosis, etc..


A life without diseases

When your baby becomes an adult should receive booster. Ask your veterinarian how often your dog must be vaccinated and the vaccine also must be made​​. Although debates on certain vaccines that create immunity for many years are increasingly heated, reveals a non-uniformity of this, some dogs get this strong immunity, others not. Also, overall the body, state of parasitism, nutrition, lifestyle and general dog’s medical history are factors affecting antibody levels after vaccination, and their remaining in the body. In light of these considerations, physicians recommend annual vaccination of dogs throughout their lives.


Being up to date with vaccines will help your dog, to be healthy for long.

2013年9月27日星期五

Dumb Friends League offering low cost spay and neuters (Dogs Only)

January 31st: Denver Dumb Friends League’s Lulu Mobile


Low-cost spays and neuters (dogs only)


8:00 a.m. – first come, first served.
More info at http://www.muttznstuff.com and also at:  www.ddfl.org



February 7th – Rocky Mountain Great Dane Rescue Inc. Fundraiser Dogwash & Collar Carnival AND Mobile Vax Practice Low-Cost Vaccinations!


RMGDRI volunteers will be washing dogs for donations and Cindy Evans from Collar Connection will be on hand with hundreds of her beautiful custom collars and dog coats (for big and small dogs alike).  Amy Morrison – a wonderful pet portrait artist – will be joining us as well and Nature’s Variety will be handing out super-premium dog food samples and coupons too!  The Collar Carnival will be from 10 a.m. ???, the fundraiser dogwash from 11 a.m. to 3 p.m. and the low-cost vaccination clinic will only be from 1 p.m. to 2:30 p.m.  More info at www.muttznstuff.com Lots of stuff happening that day!  J


February 8th – Cindy Lloyd of Natural Pet will be teaching a canine massage class from 11 a.m. to 1 p.m.  Space is limited and only a few slots are left.  More info at www.muttznstuff.com



2013年9月26日星期四

Vaccinating Cats and Small Dogs: A Special Danger


A Purdue University vet school study (by Moore et al), published in 2005 in the AVMA Journal and widely-cited elsewhere (see AAHA Guidelines p. 22), tracked vaccine reactions occurring within 72 hours of vaccination for 1.2 million dogs vaccinated at 360 veterinary hospitals. It showed that small breed dogs receiving multiple vaccines per office visit were at greatest risk of a vaccine reaction. The report recommends: These factors should be considered in risk assessment and risk communication with clients regarding vaccination.


“The VAAE [reaction] rate decreased significantly as body weight increased. Risk was 27% to 38% greater for neutered versus sexually intact dogs and 35% to 64% greater for dogs approximately 1 to 3 years old versus 2 to 9 months old. The risk of a VAAE significantly increased as the number of vaccine doses administered per office visit increased; each additional vaccine significantly increased risk of an adverse event by 27% in dogs ≤ 10 kg (22 lb) and 12% in dogs > 10 kg.”  (Find the article: JAVMA, Vol 227, No. 7, October 1, 2005) Ask your vet to find the article at http://avmajournals.avma.org/doi/abs/10.2460/javma.2005.227.1102?journalCode=javma 


Note too: In the WSASA Guidelines Q & A: Are certain vaccines or combinations of vaccines more likely to cause adverse reactions than others? Yes. Although the development of an adverse reaction is often dependent on the genetics of the animal (e.g. small breed dogs or families of dogs), certain vaccines have a higher likelihood of producing adverse reactions, especially reactions caused by Type I hypersensitivity. For example, bacterins (killed bacterial vaccines), such as Leptospira, Bordetella, Borrelia (Lyme) and Chlamydophila (Chlamydia) are more likely to cause these adverse reactions than MLV viral vaccines.


Breeds Most at Risk Listed in Order (for breeds with more than 5000 dogs studied)


Dachshund  (by far the most reactive)
Pug 
Boston Terrier 
Miniature Pinscher
Chihuahua 
Maltese 
Miniature Schnauzer 
Jack Russell Terrier 
Toy Poodle 
Yorkshire
Terrier
Boxer 
Pomeranian
Pekingese 
Shih Tzu 
English Bulldog 
Lhasa Apso
Weimaraner 
Beagle 
Bichon Frise 
American Eskimo Dog 
American Cocker Spaniel
Shetland Sheepdog 
Shar Pei 
Miniature Poodle
Golden Retriever 
Basset Hound 
Welsh Corgi 
Siberian Husky
Great Dane 
West Highland White Terrier
Labrador Retriever 
Doberman Pinscher 
American Pit Bull Terrier 
Akita 
Mixed 
Australian Shepherd 
Dalmatian 
Australian Cattle Dog
Border Collie
Collie 
Chow Chow
German Shepherd Dog
Rottweiler


Read the study abstract for dogs.


Read the study abstract for cats: Adverse events after vaccine administration in cats: 2,560 cases (2002-2005).


CONCLUSIONS AND CLINICAL RELEVANCE: Although overall VAAE rates were low, young adult neutered cats that received multiple vaccines per office visit were at the greatest risk of a VAAE within 30 days after vaccination. Veterinarians should incorporate these findings into risk communications and limit the number of vaccinations administered concurrently to cats.  


Articles of Interest


Vaccinating Small Dogs: Risks Vets Aren’t Revealing          


Short video and article on vaccine reactions


Study about  increased hospitalization and deaths in children receiving multiple vaccines 


 


 



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Canine Vaccinations - Part 2 - Dogs First



Vaccinations Have Never Been Totally Safe…


While greatly reducing mortality rates worldwide, those receiving (and administering) vaccinations are not without their critics. There are countless examples in history of their inappropriate use and failure. Just as polio was decreasing across the US in the 1950′s, a new vaccine said to cure it (Salk vaccine) was released under great fanfare. Incidences of polio shot up across the country. Despite countless warnings by the National Institute of Health of it’s inherent dangers, the financial clout of cash hungry pharmaceutical companies pushed sales into the millions. In 1976 Dr. Salk, the vaccines creator, publicly noted his vaccine was “the principle if not sole cause” of all reported polio cases in the US since 1961. The Centers for Disease Control stated that 87% of all polio cases in the US between 1973-’83, and all cases between 1980-’89, were attributed to it. Tens of thousands of people affected for the sake of profit.


There are a huge number of other studies out there in this vein. So many so that in 1988 the US formed the National Vaccine Injury Compensation Program. Cases are heard in the “Vaccine Court” under the US Court of Federal Claims. To cover the cost of these schemes, $ 0.75c is added to every single vaccine purchased in the States today (not sure if this applies in canine vaccines). It’s still a very new science.


Side Effects in Dogs…


In the lesser controlled area of veterinary medicine, the news is unlikely to be better. While still miles behind the human literature, evidence implicating vaccines in triggering immune-mediated and other chronic disorders (vaccinosis) is growing (Dodds 1999). In 1999, Hogenescha et al. were the first to document a statistically significant link between vaccination and an auto-immune disease in dogs (immune-mediated hemolytic anemia, if you’re interested). More recently the vaccination of pet and research dogs for rabies was recently shown to induce the production of antithyroglobulin autoantibodies, a crucial finding with implications for the subsequent development of hypothyroidism (Scott-Moncrieff et al., 2002).


There are a great number of adverse vaccine reactions now documented in the literature. Issues have arisen from contaminated or poorly attenuated batches of vaccines, others reflect the host’s genetic predisposition to react adversely to the antigen in question. Others still react to the adjuvant (used to magnify the immune systems response) and preservatives therein (a lot of vaccines contains bovine serum for all you beef allergy dogs). These reactions can include fever, stiffness, sore joints and abdominal tenderness, susceptibility to infections, cancer, neurologic disorders and encephalitis, jaundice, organ failure and collapse with auto-agglutinated red blood cells (Phillips et al., 1989; Tizard, 1990; Duval and Giger, 1996; Dodds 1999, 2001; Hogenescha et al., 1999; Horzinek, 2006). If I could recommend anything by Jean Dodds here, a giant in the field.


While there are a great number of documented adverse reactions it is highly unfortunate that the supportive science for the dangers of over vaccination is still relatively thin on the ground. Much like the dangers of neurotoxic flea drops and flea collars, a wealth of small studies and anecdotal evidence is available (just have a browse in google scholar for articles and letters written by concerned vets, citing hundreds of case studies). But it’s not enough and the problem is time. Moore et al. (2005) found that reactions can occur within three days of vaccine administration in dogs. These would be the violent anaphylactic reactions, seizures or noticeable welts (inflammation) at the injection points, which are just about possible to link to the vaccination (in court, say). Vaccinosis on the other hand (disease resulting from vaccinations) is more chronic, taking time to develop. Delayed-type immunologic response takes 10–28 days to set in. The onset of any autoimmune disease is expected to occur 30 to 45 days post-vaccination (Dodds, 1983; Dodds, 1985; Duval and Giger (1996). Reactions to canine distemper antibodies causing joint disease and feline injection-site fibrosarcomas can take even longer (Dodds, 1999). These ones are even less likely to be pinned on vaccinations. Thus, despite the likes of the American Animal Hospital Association (AAHA), who came out with revised guidelines for vaccine schedules in 2006, concluding “every effort should be made to change laws that require vaccination more often than every three years since annual vaccines cannot be shown to increase efficacy and it is known to include adverse events” (2006), vaccine manufacturers are free to push “for best results boost once a year” on their products unperturbed. Odious eh?


How Strong Is Your Dog’s Immune System?


A defence commonly used by manufacturers is “vaccines are proven to be perfectly safe in a healthy individual”, and this is true. Vaccinations arouse the immune system. Some, certainly in the case of modified live virus (MLV) vaccines, give the system a good hammering (and are therefore the least recommended). You might get a few symptoms of the disease for a day or two but the immune system is expected to engulf and overcome whatever is innoculated, expelling the toxin debris from the body via the usual exit points such as the skin, eyes, ears and faeces. As long as your body is fit and healthy, it’s no big deal. Herein lies the problem.


The dogs’ immune system today is positively bombarded with antigens. Bar the cat, there is no other animal on the planet, including humans, absorbing such a degree of environmental toxins. Going through them briefly, dogs are the only animals on the planet existing solely on unnatural, processed foods. These contain processed meat proteins (antigenic), cooked fats (free-radicles) and synthetic chemicals, all of which require your immune system to clean up and clear away. Then there’s gluten. Dogs as carnivores must be worse than us at digesting gluten. As 40% of humans suffering the immune thumping protein, resulting in inflammation (skin rash, bunged up eyes and ears, stomach upset from an irritated bowel), in the very least one in two dogs are suffering greatly from this inclusion alone. It’s now wonder that fresh fed dogs are now proven to have a far less aroused immune system than dry fed dogs (ANTECH 2003). Then you add in neurotoxic flea drops and lots of chemical wormers. All before we consider floor disinfectants and weedkiller licked off paws, air fresheners at nose height. On and on.


As the immune system becomes aroused you get inflammation. We see it every day. Inflammation is a result the blood rushing all the immune-troops to a certain part of the body, the area swells and becomes inflamed, visible as a red rash on the skin. This unfortunately has side effects for the patient. Itchy skin rash. Inflamed ear infection. Inflamed gut from all the food antigens, causing constant stomach upset. Our answer? Copious amount of immune-suppressing drugs such as the all powerful cortisone to quieten the immune reaction, anti-inflammatories and anti-spasm drugs for the upset gut. Like a plaster on gangrene. Strong arousal, strong suppression, toxins are stored, strong arousal, strong suppression, toxins build. Weaker and weaker.


Your immune system is not an infinite resource. Like all armies in constant battle mode, it weakens. Unfortunately for the dog, on the outside, he’s still happy out. The tail is wagging, his temperature is normal. He’s eating his food. He’s chasing the pigeons. Sure he has an odd itch and his ears won’t clear up and he’s on anti-spasm drugs to control his diarrhoea, but he’s looks good. Without blood tests pre-vaccination there is no way the average vet can check under the hood if this is actually the case, if this immune system is actually capable of withstanding a punch in the face. From a train.


At this point two things can happen depending on a number of factors which are outside the scope of this article (and excuse me for simplifying here). One is a hyper-sensitive reaction. This is the immune system freaking out. NO MORE! And it proceeds to react violently to the latest stimulus, aware that this is life threatening. You will know about this very quickly or shortly thereafter (termed an immediate hypersensitivity or anaphylactic reaction, these are very dramatic occurrences and thankfully rare as a result). The other is a hypo-responsive reaction. This is the immune system laying down, broken. It’s resources are entirely depleted and it can’t do anymore. The gates are now open and disease slowly sets in. Baddies have a free reign. Suddenly your dog is getting Staph infections. Staph, a friendly enough bacteria that covers all our skin, is in all our cuts and scrapes. Your dog ages rapidly and over time chronic disease of the organs develop. Cancers can no longer be repressed.


None of this is a new understanding. The legendary microbiologist Antoine Bechamp, second only to Pasteur for notoriety in the field, said “the germ is nothing, the terrain is everything”. Pasteur agreed on his death bed. It is the individual’s system and it’s response to the antigen that determines the onset of disease.


“The client is paying for something with no effect or with the potential for an adverse reaction. I believe that adverse effects are increasing because we are putting more and more components into these animals”


Schultz, 2006



The Breeds Most Affected Are…


All dogs are affected by over-vaccination.Importantly smaller dogs are more likely to suffer. There is a huge size disparity in dogs yet canine vaccines are not dose related – its the same dose for a Yorkshire Terrier as it is for a Great Dane. Considering vaccines are made ten times stronger to ensure efficacy, that a lot of pow for a poodle. Small dogs are thus significantly more likely to suffer adverse reactions than larger dogs (Moore et al. 2005; Novak, 2007).


There is also a breed effect. The breeds most predisposed to vaccine reaction are:


Akita
American cocker spaniel
Dachshund, all varieties
German shepherd dog
Golden retriever
Great Dane
Irish setter
Kerry blue terrier,
Old English sheepdog
Poodle, all varieties but especially in the standard poodle
Rottweiler
Scottish terrier
Shetland sheepdog
Shih tzu,
Vizsla
Weimaraner


Dodds, 2001


Also any breeds of white or predominantly white coat color or with coat color dilution such as blue and fawn Doberman pinschers, the merle collie, Australian shepherd, Shetland sheepdog, and harlequin Great Danes (Day and Penhale, 1992; Duval and Giger, 1996; Dodds, 2001). Sheepdog, akita and weimaraner owners need to have a read here.


These same breeds listed above are also more susceptible to other adverse vaccine reactions, including post vaccinal seizures, high fevers, and painful episodes of hypertrophic osteodystrophy or HOD (Dodds, 1999).


See the pic of our great Dane above. I’m not one for annecdotal stuff but…..this is Chad. This pic was taken 48hrs after an injection of 8 in 1. Chad and his brother were the only ones in the litter to received multiple jabs at the time (his brother got a 5 in 1 and a jab for Leptospirosis), both reacted within 72hrs, the only ones to do so. His pictures are up on the Great Dane Lady’s website. This is typical Hod Vaccinosis. The pics get worse and they are for another article. Chad is doing fine now, almost completely recovered, something nobody thought was possible, thanks to some great herbs, a tight wrap and a cracking diet. Recovery is possible.


So What is Recommended…


The heavy weights in the field are in general agreement (Pitcairn, Dodds, Goldstein, Schultz). I follow their recommendations which are  based on the sound, sensible and independent studies mentioned above. They state that your dog needs to be vaccinated against any disease that is serious or life threatening. Moreover the dog needs to have a chance of exposure (no need to take malaria pills in Leitrim). Thus in Ireland this would include for your dog vaccinations for Parvovirus, Distemper and Adenovirus (Hepatitis). Rabies is not required. They recommend vaccinating your dog beginning at 11 weeks at the earliest. Many products say on their packets that administration can safely begin at 6 weeks, thus many vets begin at this age. Repeat jabs for these diseases are often two months following the first though this all depends on your vet. Booster jabs at one year of age is recommended to establish base immunisation (Horzinek, 2006; Schultz, 2006).


Vitally, the above authors (Dodds, Goldstein and Schultz) advise that vaccinations should be given one at a time. Moore et al., after studying the data from 1.2 million dogs in over 360 veterinary hospitals, found that multiple vaccine doses per visit significantly increases the risk of vaccine-associated adverse events. They are not recommended at any time.


Until more data on duration of immunity become available, vaccination at 3 to 5 year intervals after this point is the agreed best practice. To determine immunity levels you can ask your vet for a “titre tests” (blood test) every three to five years to determine immunity levels. It’s not too costly as you are only testing for three elements (Parvo, Hep, Distemper), around €50 – €90. The WSAVA (World Small Animal Veterinary Association) now advocates this approach over unnecessary boosters after the initial 12-month booster. This way, if an adequate immune memory is established, there is little reason to introduce unnecessary antigen, adjuvant, and preservatives by blindly administering booster vaccines. By titering every three years, you can assess if your dog’s immune response has fallen below levels of adequate immune memory (bet them the price of the next visit that it hasn’t!). In the event that it does, an appropriate vaccine booster can then be administered. Antibody tests work great for the core vaccines, though not for non-core vaccines (such as parainfluenza).


Unfortunately by following the best advice of all the above, you may find yourself excluded by many kennels and dog shows who are bound by insurance companies that base their cover on annual vaccination. This will change with time and pressure. Others are concerned that they will not be covered by their insurance should they flout the manufacturers guidelines. Again this is possible. Ring them and ask. Keep in mind however that the core vaccines will certainly last 3-5 years and that you should titre at this point. It is highly unlikely that your dog will succumb to either of the core diseases under this plan.


Follow vaccinations with some natural anti-oxidants (which are essentially Vitamins A, C, E and selenium; human versions fine, available in any health store, dose according to body size) to help purge the body of toxins for three days afterwards.


The Good, the Bad and The Ugly


Leptospirosis
After vaccinating for Parvo, Distemper, Hepatitis, it get’s a little grey. A large number of vets, certainly in Ireland, recommend vaccinating for Leptospirosis (a bacteria that can be picked up from rat / livestock urine or any stagnant body of water that rat / livestock urine could percolate into). If you do choose to concern yourself with Leptospirosis you need to be aware that immunity here, as with most vaccinations for bacterial disease, does not last. You will need to repeat the vaccinations at certain intervals, at least every year (Schultz, 2006), possibly every 6 months to be sure. Thus even if you were one of the diligent owners and took your dog to the vet every 12months, for half of that time it’s expected the Lep vaccine was ineffective. In the opinion of every author mentioned above, you would want to be walking by ponds every day, or living in Shrek’s house by a marsh for this to be even considered. Furthermore there are a great number serovars of Leptospirosis, only a few of which are pathogenic. Leptospirosis vaccines are species-specific so you’re hoping your dog picks up the right one. Asides not lasting long the Leptospirosis vaccine has more adverse effects reported than all other canine vaccines combined, especially for smaller dogs (Dodds, 2001). So it looks like even with the vaccinated dogs worldwide have been dodging (invisible) bullets for some time.


So it’s not very effective and even when it does give protection, it doesn’t stop the dog shedding Leptospirosis in its faeces (Schultz, 2006). So how come we’re all not dropping of it? In Ireland Leptospirosis is usually picked up from rats, “although a milder form can be caught from cattle or dogs”, and is easily treated with an antibiotic. According to our Health Prevention Surveillance Centre (HPSC), the majority of people infected have a flu-like illness, with a persistent and severe headache. A few people can develop meningitis and occasionally it can develop into the severe form (Weil’s Disease) with liver and kidney failure. The HPSC fact sheet on the disease (http://www.hpsc.ie/hpsc/A-Z/Zoonotic/Leptospirosis/Publications/AnnualReports/File,4270,en.pdf) highlights there were 30 cases in Ireland in 2008, 90% of whom were men. Half ended up in hospital and one elderly patient unfortunately died. They say the most likely source of contamination is rat urine and the most likely places is occupational contact with farm animals and during water sport (9 were water sports, 5 were farmers, 6 were gardening, 3 were from outside of Ireland, no info was available for the other 5, none from dogs). I like those odds. It’s not a reportable disease in the U.S. with many states not even detecting it in their environment. Still the jabs go in.


So the leptospirosis vaccine is a highly questionable jab in your dog. “A Shot in the Dark” accuses drug companies of conspiring to format a market for their product with only anecdotal evidence of the existence of any Leptospirosis problems. I cannot advise you either way but I don’t go near it and no Leptospirosis yet. I’ve never met or known of a dog succumbing to the illness though everyone seems to heard of one. It thrives in warm climates which is a great start for the Irish dog population and I can’t think of a local stagnant pool. Perhaps they have picked it up at some stage and i haven’t noticed. If it does happen I reckon I’ll have time to get to the vets for the antibiotic. If I don’t have time my dog must have been very sick to begin with, or simply highly, highly unfortunate. If your local vet recommends annual jabs ask them about the local leptospirosis issue, they may have a point. If there is no issue, then why bother? Please post your experiences of Leptospirosis on Dogs First’s Face Book page.


Others
Very much like the leptospirosis vaccine, unless you’re in an area of concern, your dog is not likely to require a jab for Lyme disease (the only deaths in the US occurring from this disease in the last ten years are from a bat and raccoon bite). A big no to Bordetella vaccination (kennel cough), it simply doesn’t work and in most cases induces cold symptoms. I can testify to the uselessness of this one, having worked with disability dogs all my life, in kennels of over 50 dogs. All dogs in this field regularly receive this vaccine par course. And every year kennel cough will pass through the kennels. So what’s the point? Millions of dogs vaccinated, millions of dogs still getting kennel cough regardless, so more vaccines are needed. A constant stream of dogs coming out of kennels with colds and coughs. Absolutely pointless. I was recently reassured that this vaccine has less documented side effects compared to the others. Where do you start with that one?! If your dog gets cough, get him some antibiotics.


A big no to Guardia vaccine. The American Animal Hospital Association states that the Guardia vaccine does not prevent infection from the disease. Incidentally the same group also state that canine hepatitis is so rare that it renders the vaccine (CAV type 1) defunct. Not one case has been reported in 20 years in the states. Don’t be talked into the coronavirus vaccine either. Most dogs have coronavirus in their intestine all their lives. Except in very young puppies, coronavirus does not seem to cause clinical disease in dogs. The disease can’t even be induced in dogs in the laboratory (Schultz, 1995). And parainfluenza is not a killer of healthy dogs (Schultz, 1995). Your dog requires a flu jab as much as a human adult does. Only those at risk (sick or old) need to concern themselves with it and even then I absolutely do not. It is self-limiting over 4-6 days and most animals do not even require treatment. With the same symptoms as kennel cough it is often mistaken for it. Unfortunately most kennel owners insist on it as it can spread through kennels like a cold through the office.


Nobody seems to be a fan of MLV (modified live virus) vaccines. They stimulate the immune system far more rigourously. The increased antigenic load has been linked to delayed hypersensitivity reactions (Phillips et al., 1989; Tizard, 1990). Best steer clear if at all possible.


“There is little scientific documentation that backs up label claims for annual administration of most vaccines. In the past, it was believed that annual vaccination would not hurt and would probably help most animals. However concerns about side effects have begun to change this attitude. The client is paying for something with no effect or with the potential for an adverse reaction.”


Dodds, 2001



Canine Vaccinations In Conclusion…


The bottom line is boosting dogs every year for Parvovirus, Distemper and Hepatitis is recommended against by the highest authorities. Multiple vaccinations are proven to significantly increase the likelihood your dog will suffer and many dogs are receiving 7 in 1 booster jabs every year. These dogs are most at risk, certainly if they are smaller in size. Then you need to factor in your breeds susceptibility.


The only ones still recommending annual boosting is vaccine manufacturers. Remember it’s not up to your vet to check the effectiveness, efficacy, or safety of the drugs they inject into your dog.


Going by the drug manufacturer’s advice is clearly not ideal. The sad truth is the pet chemical world is grossly under-regulated. A totally unacceptable level of chemicals are fed, injected and administered in levels far exceeding anything permitted in humans. Neurotoxic flea drops that we are advised to wear gloves for dropped on a pup’s skin. Flea collars that have caused paralysis in human children. I found a plastic “indestructible” dog bone in a pet shop. It had beef flavour in it and was 29% MSG. Imagine a babies soother with strawberry and MSG?! Don’t worry about the plastic lumps, they go right through!


The trend in the dog chemical world is more, not less. This is completely against modern theory and holds no grounds but to profit manufacturers. Don’t make it easy for them.


Any owner of a dog with autoimmune disease or any major illness for that matter needs to take a look at their pets medical history (request from your vets in an email, you’re entitled to it). Check when your dog was last vaccinated prior to the symptoms.


Anything you find please send it on to us at info@dogsfirst.ie, we’ll put it to good use.


References


Day MJ, Penhale WJ. Immune mediated disease in the old English sheepdog. Res Vet Sci 1992; 53: 8792. 


Dodds W.J. (1983). Immune mediated diseases of the blood. Adv Vet Sci Comp Med, 27: 163-196.


Dodds WJ.(1995). Estimating disease prevalence with health surveys and genetic screening. Adv Vet Sci Comp Med, 39: 2996.


Dodds, W.J. (1999). More bumps on the vaccine road. Adv Vet Med; 41: 715732. 


Dodds, W.J. (2001). Vaccination Protocols for Dogs Predisposed to Vaccine Reactions. Guest Editorial for the Journal of the American Animal Hospital Association


Duval, D. and Giger, U. (1996). Vaccineassociated immunemediated hemolytic anemia in the dog. J Vet Intern Med; 10: 290-295. 



Hogenescha, H., Azcona-Oliveraa, J., Scott-Moncrieffa, C., Snydera, P.W., Glickmana, L.T. (1999). Vaccine-induced autoimmunity in the dog. Advances in Veterinary Medicine, 41: 733–747


Horzinek, M. C. (2006). Vaccine use and disease prevalence in dogs and cats. Veterinary Microbiology, 117(1): 2


Moore, G.E., Guptill, L.F., Ward, M.P., Glickman, N.W., Faunt, K.K., Lewis, H.B., Glickman, L.T. 2005. Adverse events diagnosed within three days of vaccine administration in dogs. JAVMA. Vol. 227, No. 7, October 1, 2005. 1102-1108.


Novak, W. 2007. Predicting the “unpredictable” vaccine reactions. Proceeding of the NAVC North American Veterinary Conference. Jan. 13-27, 2007, Orlando, Florida.


Paul, M.P., Carmichael, L.E. and Childers, H. (2010). “2006 AAHA Canine Vaccine Guidelines Revised.”


Phillips TR, Jensen JL, Rubino MJ, Yang WC, Schultz RD. Effects of vaccines on the canine immune system. Can J Vet Res 1989; 53: 154 160.



Schultz R (2006). “Duration of immunity for canine and feline vaccines: a review”. Vet. Microbiol. 117 (1): 75–9


Scott-Moncrieff JC, Azcona-Olivera J, Glickman NW, et al. (2002) Evaluation of antithyroglobulin antibodies after routine vaccination in pet and research dogs. J Am Vet Med Assoc, 221: 515-521.


Tizard, I. (1990). Risks associated with use of live vaccines. J Am Vet Med Assoc 1990; 196


Vaccination Guidelines Group (VGG) of the (WSAVA) (2010). “WSAVA guidelines for the vaccination of dogs and cats”. Retrieved 2012-06-24

Vaccinations For Dogs


We are all aware of what are vaccines and why do we need vaccinations. The same principle applies to dogs, who too need to be vaccinated. Vaccinations help keep dog illnesses at bay as well as prevent dog diseases to be transferred to a human host. Most pet owners take vaccine for dogs for granted or are too lazy to take their pets for their scheduled visits to the vet. Many times, pet owners have their own misconceptions regarding getting their dogs vaccinated. It is important to get your dogs vaccinated as it helps keep them healthy. It also helps keeping the number of visits to the vet regarding health issues to a minimum. Let’s have a look at the various vaccines for dogs.


Vaccine for Dogs


Before you visit the vet, it is important to understand that there are two types of vaccines for dogs. These two types include the modified live and the killed vaccines. The modified live vaccines are stronger, impart instant protection and are more long-lasting then the killed vaccines. One needs to give only one dose of the modified live vaccine to the animal and are low-cost dog vaccinations. The possible side effects of this vaccine include the possibility that the vaccine may become active. This may cause disease in the animal instead of preventing it. This may happen in a dog with a very weak immune system. The killed vaccines do not provide local immunity like the modified live vaccines. They can cause allergic reactions in the animal. Also, one needs to give the animal frequent doses of the vaccines to keep dog health problems away.


Apart from the different types of vaccines for dogs, the vaccinations are further classified as core vaccinations and non-core vaccinations. The core vaccines for dogs are those that need to be given to each and every dog. Non core vaccines for dogs are those that are given to dogs on the basis of their geographical location or the type of lifestyle the dog. Let us have a look at the common canine vaccinations.


Common Vaccinations for Dogs


We shall go into the details of canine vaccinations according to the two categories: core and non-core.


Core Vaccinations


Rabies
Rabies vaccine for dogs is the first vaccine that you should think about. Rabies in dogs is a viral disease that proves to be fatal. It attacks the nervous system of the canine. If the disease spreads to other animals or even humans if the infected dog bites or scratches. The length of immunity for rabies vaccines for dogs depends upon the type of vaccine you give to the animal.


Canine Distemper
Another fatal viral disease is the canine distemper. This disease affects the respiratory or gastrointestinal tracts of the infected animal. In some cases, it also affects the nervous system of the dog. The length of immunity for modified live virus vaccines for distemper is more than 1 year.


Parvovirus
The canine parvovirus causes severe dehydration in the infected dog due to continuous vomiting and bloody diarrhea. It may also lead to death in some cases. The white blood cells of the dog are destroyed that makes the immune system very weak. The length of immunity for parvovirus is more than 1 year.


Parainfluenza
This is a disease that affects the respiratory system of the dog. It can be caused due to either bacterial or viral agents. It causes mild to severe inflammation of respiratory organs like the trachea, bronchi as well the lungs. It causes the appearance of non-productive cough. This condition is generally self-limiting. However, a secondary bacterial infection in a weak dog may lead to pneumonia. The parainfluenza vaccination provides moderate immunity.


Kennel Cough
Kennel cough vaccine helps keep away the highly infectious viruses causing kennel cough disease. The virus affects the bronchi and trachea. This leads to a dry, loud, non-productive cough.


Hepatitis
Canine hepatitis is a highly contagious viral disease caused by adenovirus. There are two types of adenoviruses, type 1 and type 2. The type adenovirus type 2 vaccine can provide protection against both type 1 and type 2 hepatitis.


Non Core Vaccinations


Bordetella
The main cause of upper respiratory tract disease in dogs is bordetella. This is a bacterial infection that causes severe dog coughing and gagging. This is an airborne disease that leads to kennel cough in dogs.


Coronavirus
The coronavirus causes severe diarrhea in dogs. The coronavirus vaccines are generally given to puppies that are about 7, 10, 13 and 16 weeks of age. Adult dogs who have never been given coronavirus vaccines are given two doses that are three weeks apart.


Giardia
The giardia vaccines help prevent occurrence of protozoan parasites that causes giardiasis or giardia in dogs.


Leptospirosis
Leptospirosis in dogs is a condition that affects the kidneys and liver of dogs. Most of the time the vaccine for leptospirosis is given in combination with other vaccinations for dogs.


Lyme Disease
Lyme disease in dogs is a very serious disease that leads to arthritis and lethargy. It spreads by tick bites and mostly seen as a geographical risk. Lyme disease vaccine for dogs is very important in areas that are prone to tick infestations.


Vaccination Schedule for Dogs


You need to speak to a vet regarding the vaccination schedule for dogs that suit your pet. Many pet owners generally bring home pups and thus, need to go through puppy shots schedule. The following is a brief vaccination schedule for dogs that may help you plan the different vaccine shots your dog may need.
































AgeVaccine for Dogs
6 – 8 weeksDHLPPC (Distemper, Adenovirus type 2, Leptospirosis, Parainfluenza, Parvovirus, Coronavirus)
11 – 12 weeksSecond puppy shot for DHLPPC
15 – 16 weeksThird puppy shot for DHLPPC
Over 4 monthsRabies (this vaccine should be repeated after 1 year)
7 – 9 monthsFirst test to check out heartworm
Dogs over 1 year of ageYearly dose of DHLPP, Bordatella, Rabies (every 3 years after second shot) and heartworm test.


It is important that you follow the vaccinations schedule for dogs as it helps preventing the various dog health problems. Hope you have found enough information related to canine vaccinations from the above paragraphs.


2013年9月22日星期日

Vaccinations for Dogs and Cats

Vaccinations for Dogs and Cats


Vaccines have been around for a long time. The term “vaccine” comes from the Latin word “vacca” which means cow. It was discovered that cowpox virus protected people from small pox infections. The first experimental vaccine was taking cowpox pustules and rubbing them onto people to prevent small pox.Boy have we come a long way in preventing diseases. When it comes to vaccinating our pets, there has to be several considerations taken into account.



  1. Is the disease endemic or epidemic in the pet’s area? Is the disease prevalent?

  2. How is the disease transmitted?

  3. Is the vaccine safe? Are there any side effects?

  4. What is the efficacy of the vaccine? Are most vaccinated pets protected after the vaccine?

  5. How dangerous is the disease?

  6. How is the vaccine administered?

  7. What is the frequency for boosters?


This is basically called a risk assessment. Each pet has their own unique environment and considerations. There is a big difference between a pet that lives completely indoors versus a pet that lives outdoors all the time. There is a difference between the multi-pet households and the single pet households. The pets that go to grooming, boarding, day care, or shows have a higher exposure to diseases. Pets in shelters probably have the highest risk of all. All the circumstances must be taken into consideration.


The American Veterinary Medical Association, American Animal Hospital Association, and American Association of Feline Practitioners have vaccine recommendations. The vaccines are broken down into core and noncore.


Dog core vaccinations are canine distemper, parvovirus, and rabies. The noncore canine vaccines are leptospirosis, giardia, cornavirus, bordetella, and Lyme’s.


Cat core vaccinations are panleukopenia (distemper), feline viral respiratory disease complex (rhinotracheitis and calicivirus), and rabies. The noncore vaccines for cats are feline leukemia, feline immunodificiency virus, chlamydia, and bordetella,


The core vaccinations are for all pets, no matter their living circomstances. The noncore vaccines require a risk assessment. For example, canine bordetella vaccine is highly recommend for grooming, boarding, show, and/or shelters situations. Feline leukemia vaccine is highly recommended for outside cats and catteries.


In summary, pet vaccines have been around for many years. I have vaccinated many pets since 1979. And I have had some reactions with vaccines. I have also seen a lot of disease during that time that could have been prevented. I’ll take the low probability of a vaccine problems versus the diseases they prevent anytime. Talk with your veterinarian about your pet’s risk.

Vaccination Schedules for Dogs and Puppies


Vaccines are now being divided into two classes. ‘Core’ vaccines for dogs are those that should be given to every dog. ‘Noncore’ vaccines are recommended only for certain dogs. Whether to vaccinate with noncore vaccines depends upon a number of things including the age, breed, and health status of the dog, the potential exposure of the dog to an animal that has the disease, the type of vaccine and how common the disease is in the geographical area where the dog lives or may visit.


The AVMA Council on Biologic and Therapeutic Agents’ Report on Cat and Dog Vaccines has recommended that the core vaccines for dogs include distemper, canine adenovirus-2 (hepatitis and respiratory disease), canine parvovirus-2and rabies.


Noncore vaccines include leptospirosis, coronavirus, canine parainfluenza and Bordetella bronchiseptica (both are causes of ‘kennel cough’), and Borrelia burgdorferi (causes Lyme Disease). Consult with your veterinarian to select the proper vaccines for your dog or puppy.


AVMA Vaccination Recommendations for Dogs



Vaccination Recommendations for Dogs



































































































Component



Class



Efficacy



Length of Immunity



Risk/Severity of Adverse Effects



Comments





Core



High





Low







Measles



Noncore



High in preventing disease, but not in preventing infection



Long



Infrequent



Use in high risk environments for canine distemper in puppies 4-10 weeks of age





Core



High



> 1 year



Low









Core



High



> 1 year



Low



Only use canine adenovirus-2 (CAV-2) vaccines





Core



High



Dependent upon type of vaccine



Low to moderate









Noncore



Not adequately studied



Short



Minimal



If vaccination warranted, boost annually or more frequently





Noncore



Intranasal MLV – Moderate Injectable MLV – Low



Moderate



Low



Only recommended for dogs in kennels, shelters, shows, or large colonies; If vaccination warranted, boost annually or more frequently





Noncore



Intranasal MLV – Moderate Injectable MLV – Low



Short



Low



For the most benefit, use intranasal vaccine 2 weeks prior to exposure





Noncore



Variable



Short



High



Up to 30% of dogs may not respond to vaccine





Noncore



Low



Short



Low



Risk of exposure high in kennels, shelters, shows, breeding facilities





Noncore



Appears to be limited to previously unexposed dogs; variable



Revaccinate annually



Moderate







A possible vaccination schedule for the ‘average’ dog is shown below.


































Dog Vaccination Schedule



Age



Vaccination



5 weeks



Parvovirus: for puppies at high risk of exposure to parvo, some veterinarians recommend vaccinating at 5 weeks. Check with your veterinarian.



6 & 9 weeks



Combination vaccine* without leptospirosis. 
Coronavirus: where coronavirus is a concern.



12 weeks or older



Rabies: Given by your local veterinarian (age at vaccination may vary according to local law).



12 & 15 weeks**



Combination vaccine 
Leptospirosis: include leptospirosis in the combination vaccine where leptospirosis is a concern, or if traveling to an area where it occurs. 
Coronavirus: where coronavirus is a concern. 
Lyme: where Lyme disease is a concern or if traveling to an area where it occurs.



Adult (boosters)§


Combination vaccine 
Leptospirosis: include leptospirosis in the combination vaccine where leptospirosis is a concern, or if traveling to an area where it occurs. 
Coronavirus: where coronavirus is a concern. 
Lyme: where Lyme disease is a concern or if traveling to an area where it occurs. 
Rabies: Given by your local veterinarian (time interval between vaccinations may vary according to local law).



*A combination vaccine, often called a 5-way vaccine, usually includes adenovirus cough and hepatitis, distemper, parainfluenza, and parvovirus. Some combination vaccines may also include leptospirosis (7-way vaccines) and/or coronavirus. The inclusion of either canine adenovirus-1 or adenovirus-2 in a vaccine will protect against both adenovirus cough and hepatitis; adenovirus-2 is highly preferred.


**Some puppies may need additional vaccinations against parvovirus after 15 weeks of age. Consult with your local veterinarian.


§ According to the American Veterinary Medical Association, dogs at low risk of disease exposure may not need to be boostered yearly for most diseases. Consult with your local veterinarian to determine the appropriate vaccination schedule for your dog. Remember, recommendations vary depending on the age, breed, and health status of the dog, the potential of the dog to be exposed to the disease, the type of vaccine, whether the dog is used for breeding, and the geographical area where the dog lives or may visit.


Bordetella and parainfluenza: For complete canine cough protection, we recommend Intra-Trac II ADT. For dogs that are shown, in field trials, or are boarded, we recommend vaccination every six months with Intra-Trac II ADT.



Researchers at the Veterinary Schools at the University of Minnesota, Colorado State Univers


Researchers at the Veterinary Schools at the University of Minnesota, Colorado State University, and University of Wisconsin suggest alternating vaccinations in dogs from year to year. Instead of using multivalent vaccines (combination vaccines against more than one disease), they recommend using monovalent vaccines which only have one component, e.g., a vaccine that only contains parvovirus. So, one year your dog would be vaccinated against distemper, the next year against canine adenovirus-2, and the third year against parvovirus. Then the cycle would repeat itself. Other researchers believe we may not have enough information to recommend only vaccinating every 3 years. Manufacturers of dog vaccines have not changed their labeling which recommends annual vaccinations. Again, each dog owner must make an informed choice of when to vaccinate, and with what. Consult with your veterinarian to help you make the decision.