Dogs Can Be Autistic, Too


There is clearly controversy surrounding the origin of autism.  Some researchers, such as the UK’s Dr Andrew Wakefield, a team in Utah, and another in Dublin, feel that vaccines, and particularly the MMR vaccine, can cause this condition.  It has also been pointed out that Amish children, who are not usually vaccinated, do not share the same level of autism (if any) as children who are routinely vaccinated.  The question is … can dogs be autistic?

Just over six years ago, my husband Rob and I decided to adopt a rescue Papillon.  We had come into contact with this wonderful breed when a Papillon fancier organised a workshop for me, and there were several Papillons in the audience.  We were greatly impressed with their intelligence and beauty.

When I phoned the rescue coordinator, she said, “Oh Catherine.  I have just the dog for you.  He really needs you.  He’s got problems that I’m sure you can help him with.”

Well, who would fail to be attracted by such a proposition?  The rescue coordinator went on to say that this little chap didn’t like men, and that he was prone to biting.  He was five years old and was being rehomed because his elderly ‘mum’ had died, and her husband didn’t want to keep him.  Rob and I felt fairly confident that we could help Georgie, mainly because Rob – a man – is very calm and gentle and has qualifications in canine psychology.

However, when we collected Georgie, he had to be herded into a crate as if he were a wild animal.  At one point, he got himself between my feet and started to spin in a circle whilst snarling and attacking himself.  We were advised to drive the 200 or so miles home without letting him out of the crate, lest we couldn’t get him back in again. Once home, Edward, my late beautiful old Golden Retriever, was delighted to meet Georgie and took no notice when he was triggered into a spin.  Georgie also seemed comfortable with Edward.

We soon learnt that Georgie wouldn’t allow us to touch him.  We also learnt that he favoured the freeze part of the flight, fight or freeze stress response.  This meant that the tiny little dog, who wasn’t always easy to spot underfoot, didn’t get out of the way of moving feet or clumsy puppies.  His second stress response was fight – which meant that if you accidentally walked near him or brushed into him, he would bite your feet.  Luckily, being such a small little man, and providing you had shoes or slippers on, his teeth couldn’t cause much damage.  The puppies soon learnt to respect his space.

A few days into living together, Rob held out his hand for Georgie to sniff, and Georgie went into another spin.  It’s not just a spin, though – it really is like watching a wild animal self mutilate.  Because we were new to seeing this, we were pretty alarmed.  “That’s not behavioural,” I said to Rob.  “That looks like neurological damage.”

A little research revealed that there is a form of epilepsy in dogs which involves spinning.  Called ‘complex partial seizure’, it can be difficult to recognise but includes lip snapping, snapping the air, aggression, spinning, and obsessive behaviour.  Georgie also fixates on flies, bird song, and light reflections, and sometimes he will obsessively lick the carpet for hours (unless we give him a homoeopathic remedy which stops this).

How do you walk a dog who won’t allow you to touch him?  How do you get a lead on and off if he attacks you or himself if you try?  How do you ensure that he’s in good health?  How do you inspect his teeth or his ears?  How do you groom him?  How do you get the grass burrs and knots out of his coat?  What do you do if he growls at you every time you look at him?

I telephoned a long-time friend who is a gifted medical intuitive.  “He’s vaccine damaged,” was her immediate response.  “He won’t let you touch him because it’s as though he hallucinates when hands go near him.  It’s like epilepsy.”  She suggested a number of homoeopathic remedies for us to try – all for the unwanted effects of vaccines.

Sometimes it’s difficult to know which came first – the chicken or the egg.  This is so with Georgie.  I feel sure that some of his problems come from unsympathetic handling in the past. For example, if I walk into a room with a piece of kitchen tissue, Georgie looks frightened and growls at me.  He sometimes has difficulty with his poo – it will stick to the feathers on his beautiful bottom, and sometimes it will drop off in the house.  Maybe he was punished for this in the past?  He also arrived elegantly groomed, and the only way this could have happened would have been if he had been forced.  We know how distressed he gets if we touch him.  It’s beyond dislike.  Georgie became nearly hysterical when we tried to groom him – so we have decided that we will not force him.

To get an official diagnosis of epilepsy, a vet will need to check for thyroid disease, liver problems, metabolic disorders, central nervous system damage, infections, and genetic disorders. If results indicate problems, other tests might include an EEG, a CT scan, an MRI, and a cerebral spinal fluid test.  Bearing in mind there is no cure, and bearing in mind that we don’t like putting our dogs through aggressive procedures or administering aggressive drugs, we weren’t in the market for all of these.

Endorsement of our view came from another route when we were introduced to Dieter Harsch and Iris Parizek in Germany who run a Canine Health Concern equivalent over there.  Dieter is a skilled Bioenergetic therapist.  He offered to take a look at Georgie’s hair sample for us – and came back with the diagnosis of vaccine damage (which a conventional vet, despite all of his expensive tests, would not do).  Dieter sent some more homoeopathic remedies to treat vaccine damage.

Alongside this, Rob worked to slowly and gently try to desensitise Georgie to touch.  Very, very slowly and gradually, he has been getting Georgie used to being stroked and very lightly brushed.  Some days are better than others: there have been days when we have both cried because Georgie has responded with utter joy at being touched.   Other days are not so good, and Rob has to stop trying as it distresses Georgie so much.  However, this has never happened without food.  Without titbits, Georgie will not come near us – although he cracks our hearts open every time we arrive home and he greets us.  He comes running up to our lowered hands and kisses us before running away.

We have adopted a non-confrontational approach with this little man – and thank goodness he isn’t a large dog or this option just wouldn’t exist.  He would have been called a dangerous dog and euthanised.

There have been times, especially in the early days, when Rob and I were heavy-hearted, wondering why we had allowed ourselves to be ‘suckered’ into taking Georgie on.  Yet now we just adore him.  Small improvements are big events in our house.  And he is such a loving, loyal little dog.  Sometimes I see him looking at me and I know he longs to be cuddled, but he understands that he’s not like other dogs, and that he can’t be.  However, being himself is more than enough.  When I broke my leg at the beginning of the year, it was Georgie who insisted upon looking after me and sleeping with me in my downstairs isolation.  It’s Georgie who wants to ensure we are all together.  And it’s Georgie who has charmed his way into our hearts.

What strikes me about Georgie is that he has many behaviours that correlate to the behaviours of autistic children, including:

  •  avoidance of eye contact
  • hypersensitivity to light, noise, touch, smells, tastes
  • peculiarities of hearing (like autistic children, Georgie goes mad for some sounds such as bird song, motorbikes and flies, but is oblivious to other sounds, such as thunder)
  • lack of interest in play
  • obsessive behaviours
  • aggression towards self or others
  • distressed if routine is disrupted

Temple Grandin is a famous person with autism who has written a number of books, including  ‘Animals in Translation’ ‘Thinking in Pictures’, and ‘Emergence’.  Her main contribution has been the invention of devices that eliminate some of the cruelty to animals in slaughterhouses.

Temple reveals that the child with autism often wants a hug, even craves it, but has to pull away because touch is painful.  She calls it sensory overload. Loud noises are unbearable.  She writes, “I had a fixation on spinning objects, a preference to be alone, destructive behavior, and an intense interest in odors. Spinning was another favorite. I’d sit on the floor and twirl around. This self-stimulatory behavior made me feel powerful, in control.”

We asked the rescue coordinator to make enquiries about Georgie.  Had he been vaccinated every year?  His previous owner replied that, yes, he had – and that his behaviour got worse every year (although they didn’t know he was vaccine damaged.  They just thought he was a naughty boy).  This tiny little toy dog received the same dose of vaccine every year as a Great Dane or Pyrenean Mountain Dog.

More recently, Georgie has been given CBD oil and we find him more amenable to being touched. He is also far less reactive, and calmer. See CBD oil is currently being used as a treatment for children with epilepsy and other forms of vaccine damage.

Dr Andrew Wakefield and his team found vaccine strain measles in the guts of autistic children.  Remember that measles and distemper are effectively the same virus.  Meanwhile, Dr Teresa Binstock, a research scientist who has Asperger’s (a form of high-functioning autism) provides some interesting references in relation to aluminium and its presence in vaccines.  Note that myelin is the waterproof fatty substance in our bodies which surrounds nerves; it is our nerve insulation:

“Anti-myelin antibodies,” she writes, “have been described in autism (a, b; see also c). In at least some such children, might injected aluminum have been an etiologically significant factor amid processes leading to anti-myelin antibodies, especially for individuals with aluminum hypersensitivity and/or weak alleles which participate in aluminum detoxification (clearance)?”

a. Antibodies to myelin basic protein in children with autistic behavior. Singh VK, Warren RP, Odell JD, Warren WL, Cole P. Brain Behav Immun. 1993 Mar;7(1):97-103. b. Serum anti-myelin-associated glycoprotein antibodies in Egyptian autistic children. Mostafa GA, El-Sayed ZA, El-Aziz MM, El-Sayed MF. J Child Neurol. 2008 Dec;23(12):1413-8. c. Abnormal immune response to brain tissue antigen in the syndrome of autism. Weizman A, Weizman R, Szekely GA, Wijsenbeek H, Livni E. Am J Psychiatry. 1982 Nov;139(11):1462-5.

  1. B. Aluminum-sensitivity reactions in humans deliberately injected with aluminum prompted a preliminary pubmed search: aluminum AND (myelin[ti] OR gliosis[ti] OR microglia[ti]) Here are results that seem potentially relevant to individuals with aluminum hypersensitivity and/or weak alleles which participate in aluminum detoxification (clearance): 1. Oxidative damage in Alzheimer’s dementia, and the potential etiopathogenic role of aluminosilicates, microglia and micronutrient interactions. Evans PH, Yano E, Klinowski J, Peterhans E. EXS. 1992;62:178-89. Review. Accumulation of amyloid precursor protein in damaged neuronal processes and microglia following intracerebral administration of aluminum salts. Shigematsu K, McGeer PL. Brain Res. 1992 Oct 9;593(1):117-23 3. Myelin is a preferential target of aluminum-mediated oxidative damage. Verstraeten SV, Golub MS, Keen CL, Oteiza PI. Arch Biochem Biophys. 1997 Aug 15;344(2):289-94. 4. Progressive leukoencephalopathy associated with aluminum deposits in myelin sheath. Itoh M, Suzuki Y, Sugai K, Kozuka N, Ohsawa M, Otsuki T, Goto Y. J Child Neurol. 2008 Aug;23(8):938-43. Nineteen cases of persistent pruritic nodules and contact allergy to aluminium after injection of commonly used aluminium-adsorbed vaccines. Bergfors E, Björkelund C, Trollfors B. Eur J Pediatr. 2005 Nov;164(11):691-7



First ever survey into post-vaccine complications in dogs

Dogs and Vaccine Damage Within Three Months of a Vaccine Event

Pet owners frequently ask questions when their dogs get ill shortly after being vaccinated. As a general rule, their vet will tell them that it’s just a coincidence. Canine Health Concern sought to establish whether there was a correlation between vaccination and subsequent illness, based upon the observations of homeopathic vet Christopher Day in practice. These are our findings, first published in What Vets Don’t Tell You About Vaccines.

* Please note that this survey is finished; we are not looking to extend it.  The British government expressed extreme interest in this survey’s results, and the Veterinary Medicines Directorate asked to examine our base data. We were willing, provided they appoint an expert skilled in statistical analysis who had no ties to the veterinary vaccine industry. They put up an academic who was consultant to Intervet, a veterinary vaccine manufacturer.

The veterinary vaccine industry responded bywhat-vets paying a vaccine developer, the Animal Health Trust, to conduct the POOCH survey. This survey asked a totally different question, looking through client records held by amenable vets. Not surprisingly, this industry-funded research found no correlation between vaccination and subsequent illness. You have to ask why the VMD would champion industry data over independent data.

Background notes

The Canine Health Concern vaccine survey was first launched during October 1996. A questionnaire was devised with the help of Christopher Day, Jean Dodds DVM, and Dr Viera Scheibner. Some 30,000 readers of Dog World magazine were invited to participate: we paid an advertising rate to have the questionnaire printed within the publication. In addition, all members of Canine Health Concern were mailed with a questionnaire, and some members of CHC (very kindly) circulated the questionnaire to friends and neighbours. The first edition of What Vets Don’t Tell You About Vaccines carried our first interim findings. The second edition added over a thousand dogs to the picture. The total number of dogs surveyed was 3,800.

We were been able to show a definite statistical correlation between a vaccinate event and the onset of a number of specific illnesses.

First Interim results

The following published provisional conclusions all satisfied mathematical or inferential statistical tests at a level of confidence of 99% or better. That is, we have rejected, unless otherwise stated, any result with a z alpha of less than 2.56. In mathematical terms, an alpha score of 4 would mean that the chance of a false conclusion is less than one in about 33,000. In many cases, the data we have is greatly in excess of 4, making the following conclusions a certainty for all practical purposes.

The second analyses initially used the Chi square test. This test was used to compare the expected number of illnesses over the twelve months following vaccination against the actual results. We have rejected any illness with a Chi test statistic of less than twelve. That is to say, any Chi test statistic higher than twelve gives a 95% confidence about the conclusions. A Chi test result of 13 or greater gives a 99% confidence, and a Chi test of 17 gives 99.5% confidence. Only one test, heart conditions, was accepted at the 95% level as being vaccine-induced. Arthritis and pancreas problems are, at a 99% level of statistical certainty, vaccine-induced. Hepatitis is 99.5% certain to be vaccine-induced.

Meningitis, CDRM, asthma, leukaemia and thyroid problems did not pass the statistical test, although the term ‘meningitis’ is often the name given to encephalitis. However, the numbers of dogs in the survey with such ailments were extremely small and as leukaemia is a form of cancer, if cancer and leukaemia are combined, then one can conclude that leukaemia, like other cancers, is vaccine related. Strong research does exist in the human field to link these illnesses with vaccination. We also know that thyroid disease is very commonly undetected in the dog and therefore undiagnosed, and diseases like leukaemia may have varying incubation periods depending upon the inherent health of the dog.

For the purposes of this survey, we asked all participants to list their dogs’ illnesses, and tell us how soon they started after the date of vaccination. Our aim was to test whether there was a time frame bias between vaccination and the start of illness. This in itself would enable us to see whether illnesses which developed within three months after vaccination might be vaccine-linked.

The hypothesis is that, if vaccination has no adverse effect or even bearing on subsequent illness, then illnesses will occur in equal numbers at any time during the twelve months after vaccination. In fact, the results so far gathered show a distinct skew or bias towards illness occurring within the first three months after vaccination.

No data was recorded in respect of lupus, Lyme disease or rabies in the first analysis, but one dog with lupus was incorporated into the second analysis. Obviously, no statistical conclusions can be drawn on such a sample size. Some diseases showed a distinct bias towards occurring at nine months or more after vaccination had taken place. These are arthritis and heart conditions. We do, though, ask why these illnesses should all be clustered together at around the nine month period? It may, in fact, suggest that it takes longer for these illnesses to manifest overt symptoms, and consequently for diagnosis to take place. If vaccination had no bearing, then there should by rights be an even spread of occurrence throughout the twelve month period.

In a paper published in the Journal of Veterinary Internal Medicine, Vol 10, No 5, September/October 1966, entitled ‘Vaccine-Associated Immune-mediated Haemolytic Anaemia in the Dog’, the authors state: “Because vaccine components can remain in the body for extended periods of time, chemical reactions caused by these vaccine components may continue to occur later than with other drugs that are excreted or metabolized more quickly.” This statement in its own right would appear to support the belief that vaccines can cause reactions some time after the jab.

Although samples are small in terms of the number of dogs in each breed, it is clear that some breeds have a distinct propensity to heart conditions and additional data would permit us to assess whether or not such heart conditions were affected by vaccination. These breeds are Beagles, Bernese Mountain Dogs, Cavalier King Charles Spaniels, Irish Wolfhounds, and Miniature Poodles.

The first, astounding, finding of our initial survey results showed that, overall, 55% of all illnesses reported by participants occurred within the first three months of vaccination. This has risen to 66% in the second analysis. If the vaccine had no bearing on the illness, you would expect to see no more than 25% occurring within that three month time frame.

This demonstrates that a significant percentage of canine diseases arise in the first quarter following vaccination. Further analysis of the data shows that 41.75% of all illnesses start within 30 days after vaccination; this figure rose to 49% with extra data. This is over five times the expected percentage (if vaccination had no bearing on subsequent illness, you would expect only 8.22% of the dogs to become ill during the 30 days after vaccination.)

The original observation was tested using a standard t-Test which resulted in a t value of 5.39 with alpha at 0.001%. This means that a statistician would be 99.999% confident that vaccines are related to the subsequent illnesses.

In respect of the illnesses occurring seven days after vaccination, the case against vaccination is even more dramatic. The first interim survey results showed that 24.56% of illness occurred within seven days, when statistically it should only be 1.92%. This rose to 29% when more dogs were added to the survey. That is to say, the risk of illness is 12.8 (now 13%) times greater than would be expected if vaccines had nothing to do with the illness. This t-Test gave a t value of 4.69, with alpha at 1%. For the non-statistician, this means that the vaccine/illness connection can be expressed with 99% confidence.

66% of illness occurring during this period compared with a maximum expectation of 25%: almost three times the number of illnesses you would expect if vaccines had no bearing on the outcome.

Specific diseases highlighted by the first interim survey now follow.


2.7% of all dogs surveyed had arthritis. Of these, 71.8% were diagnosed nine months plus after vaccination. Arthritis in humans has been positively linked to vaccines. The fact that the onset of arthritis clusters at the nine month period indicates that vaccine-induced arthritis has a longer incubation period, or takes longer for overt physical symptoms to manifest. At a 95% confidence interval, we believe that arthritis is caused by vaccination.
The New England Journal of Medicine (vol. 313 no 18, 1985), carried a research report entitled ‘Persistent rubella virus infection associated with chronic arthritis in children’.

The report confirms that infection or immunisation with rubella virus has been recognised in producing an acute synovitis (inflammation of the joint) . . . which has been reported to recur in certain persons for months or years after the acute stage’. It is also reported that it is often possible to isolate the virus from affected joints in children, vaccinated against rubella, many months after the vaccination.

Arthritis can be either inflammatory or non-inflammatory. Stratton Vaccines: 97 carries case reports linking tetanus and diphtheria vaccines with arthritis and skin eruptions. The US National Academy of Sciences IOM report concluded that the measles vaccine can cause death from measles-vaccine-strain infection, thrombocytopenia, fatal shock and arthritis. Measles and distemper are, as you know, virtually the same virus. Transient arthritis follows rubella vaccination (Am J Child Dis, 1969), and pain in wrists, hands and knees (JAMA, 1970). One study reported that as many as 26% of children receiving rubella vaccination develop arthritis (Science, 1977). A study by the Institutes of Medicine in America concluded that there was evidence of a causal relationship between the rubella vaccine and acute arthritis in 13-15% of adult women.

In May 2003, a paper was presented by Yasmin Mehraein M.D., Carsten Lennerz, Sandra Ehlhardt, Thorsten Venzke M.D., Andreas Ojak M.D., Klaus Remberger M.D. and Klaus D. Zang M.D., entitled, Detection of Parvovirus B19 Capsid Proteins in Lymphocytic Cells in Synovial Tissue of Autoimmune Chronic Arthritis. They said:

“The pathogenic influence of viral agents in chronic inflammatory joint diseases like rheumatoid arthritis has been discussed for many years. More recently, DNA of several viruses, among them parvovirus B19 (B19), was traceable by PCR analysis in synovial fluid and synovial tissue. Parvovirus B19 capsid protein, indicating a replicative virus infection, was identified by immunohistochemical analysis in 63.4% (n = 40) of arthritic specimens (65%, n = 41, including normal synovial specimen). In detail, B19-positive cells were detected in 89.7% (n = 26) of rheuma cases, 66% (four of six cases) of psoriatic arthritis, 38.5% (n = 10) of nonspecific synovitis, and in one of the two normal synovial specimens.”

As arthritis has been clearly linked to a number of different vaccines, it would be blinkered to discount the possibility that canine vaccines can also cause arthritis in the light of these survey findings.


Where dogs had diarrhoea, 68% of cases occurred within the first three months following vaccination. 4.9% of dogs surveyed had diarrhoea at some stage. This could be a mild anaphylactic reaction. Anaphylactic reactions can be an indication that encephalitis might follow. You will already have seen how encephalitis (inflammation of the brain) has been shown to follow vaccination, even where no overt reaction has occurred. Incidentally, anaphylaxis and anaphylactic shock are not the same thing. Anaphylaxis is a Type 1 hypersensitivity reaction which involves the release of histamine. Anaphylactic shock is an extreme allergic reaction that could result in death. At 99% confidence interval, diarrhoea is highly likely to be vaccine related. The data satisfies the one-tail test but not the two-tail test.


Where dogs had allergies, 55.6% started within the first three months after vaccination. 3.8% of dogs surveyed had allergies. This indicates that vaccines do, indeed, ‘sensitise’ an organism. At 99% confidence, we are certain that allergies are triggered by vaccines.

Of course, Merck has already told us that patients suffering from B and T cell immunodeficiencies should not receive live virus vaccines. Deficiency symptoms include atopic (inherited) diseases such as allergies. Dr Robert Gouch of Baylor University, Houston, Texas reported to the US Public Health Committee in 1982 that a worsening of allergic symptoms occurred in six out of seven people immunised against flu. It wouldn’t take too great a leap of imagination to understand that other vaccines can provoke hypersensitivity reactions and could quite easily invoke or worsen allergic conditions. Frick and Brooks, in 1983, demonstrated that vaccines can trigger atopic dermatitis. As over half the dogs in the CHC survey first became allergic within three months of vaccination, we strongly suggest that further research be conducted to establish the relationship between vaccines and allergic conditions. This research, rather than being based upon experiment, could be simply accomplished if vets or the Veterinary Medicines Directorate took a serious look at patient records.


At 95% confidence, it is very probable that ataxia (muscle incoordination caused by lesions throughout the nervous system) is caused by vaccines, with a high percentage starting within three months of vaccination.

Merck has already told us that encephalitis can extend to the central nervous system, and encephalitis can result in lesions.

Autoimmune disease

54.8% of dogs in the survey developed this condition within the first three months after vaccination. However, there were abnormally low incidences occurring at the six month and nine month intervals, which may be explained by delays in diagnosis. We can now say that AI related diseases, at a 95% confidence interval, are vaccine-related.

Merck acknowledges that autoimmune disease can follow rabies vaccination in which, ‘cross-reaction probably is initiated by animal brain tissue in the vaccine’. As dogs in the UK are not yet subjected to the rabies vaccine, we must either assume (upon the evidence that nearly half of dogs in the survey with autoimmune disease developed it within three months of vaccination) that either other canine vaccines are developed on brain tissue, or that vaccines not cultured on brain tissue can also initiate autoimmune diseases. Merck tells us that details of the autoimmune response are incompletely understood. We do, though, know from other research that autoimmune haemolytic anaemia, Hashimotos thyroiditis, cancer, leukaemia, atopic dermatitis, and other autoimmune diseases are positively associated with vaccination.


Where dogs had colitis, 56.9% occurred within the first three months after vaccination. 2.7% of dogs surveyed had colitis. This finding may help current research seeking to establish the vaccine/colitis/irritable bowel link in humans. At 95% confidence, the survey indicates strongly that colitis is a sequel to vaccination. As colitis and diarrhoea overlap, the case could be considered to be even stronger.

The Concise Oxford Veterinary Dictionary defines colitis as inflammation of the colon and says it is also associated with concurrent enteritis, which it defines as an acute or chronic inflammation of the mucosa of any part of the intestines. Crohn’s disease, an inflammatory bowel disease which can affect any part of the digestive tract in humans, has been associated with vaccination by Dr Andrew Wakefield of the Royal Free Hospital in London (The Lancet Vol 345, 1995).

Dry eye/conjunctivitis

Where dogs had dry eye or conjunctivitis, 56.9% occurred within the first three months after vaccination. 2.5% of dogs surveyed had this complaint. According to the homoeopathic vet Richard Pitcairn, the vaccine has induced chronic (long lasting) conjunctivitis, rather than distemper-induced conjunctivitis. At 99% confidence, we are certain that dry eye and conjunctivitis can be caused by vaccines. Frick and Brooks’ research highlighting the incidence of atopic dermatitis following vaccination showed that conjunctivitis could also be involved. Conjunctivitis is described as a Type 1 hypersensitivity reaction in the Concise Oxford Veterinary Dictionary.


Where dogs had epilepsy, 65.5% occurred within the first three months following vaccination. 2.1% of the dogs surveyed had epilepsy. Epilepsy is essentially a neurological condition; scientific evidence has already been given to explain that vaccines can cause brain palsy and lesions, leading to epilepsy (this is tied in with encephalitis, admitted by vaccine manufacturers to be a possible effect of vaccination). The surveys allows a 99% certainty that epilepsy can be caused by vaccines, and that the most common cause of epilepsy in dogs is vaccines.

Loss of appetite

Where owners reported a loss of appetite in their dogs, 79.8% were within 3 months after vaccination. 3.4% of dogs surveyed suffered a loss of appetite at some stage. Loss of appetite is vaccine related at 95% confidence.

Nasal discharges

Where dogs showed nasal discharges, 84.1% occurred within 3 months of vaccination. 1.7% of dogs surveyed had nasal discharges. At 99% confidence interval, it is a certainty that nasal discharges are vaccine related. Indeed, as Dr Richard Pitcairn has stated, “a dog with distemper would have watery discharge of eyes and nose; a dog with chronic vaccine-induced distemper would have a tendency for watery fluid to drip from the nose”.

Nervous/worrying disposition

Where dogs exhibited a nervous or worrying disposition, 54.8% began to do so within three months post-vaccination. 2.8% of dogs surveyed suffered from this complaint. This is THE certainty of the survey! It has the highest t-score of any group, i.e., 19.9. Combined with another category – behavioural problems – we can say without a shadow of a doubt that vaccines cause total personality changes in dogs. Of course, we know that encephalitis can be caused by vaccines. This fact is irrefutable.

Skin problems

Where dogs had skin problems, 46.2% started within three months after vaccination. 5.4% of dogs surveyed had skin problems. This, again, supports the contention that vaccines sensitise an organism. Again, with a 99% confidence, we can be certain that vaccines cause skin problems. Research conducted by Frick and Brooks in 1983 illustrates graphically that skin problems can be induced by vaccines.


Where owners reported vomiting in their dogs, 72.5% occurred within 3 months of vaccination. 3% of dogs surveyed were reported to have vomited. This, of course, can be described as an anaphylactic reaction which can develop into encephalitis. Dr JA Morris, a leading US infectious disease expert declared: “We only hear about the encephalitis and the deaths, but there is an entire spectrum between fever and death, and it’s all those things in between that never get reported”. Vomiting after vaccination can be expressed as a vaccine reaction, as a certainty at the 95% confidence interval.

Weight loss

Where owners reported weight loss in their dogs, 63.1% were within three months after vaccination. 2.5% of dogs in the survey had lost weight. At 99% confidence, weight loss is directly connected to vaccination.

The legal firm Dawbarns has been acting on behalf of parents whose children were vaccine damaged. Their fact sheet describes vaccine-induced Crohn’s disease which, it says, ‘can also be accompanied by joint pains and swelling, and conjunctivitis of the eyes. It can take many years to develop, but with children the first symptom is often malabsorption and failure to thrive’.

Behavioural problems

Where owners reported behavioural problems, 55.4% occurred within three months after vaccination. 2.5% of all dogs surveyed had behavioural problems. This, then, supports Dr Harris L Coulter‘s hypothesis that much human violence, sociopathy and criminality is vaccine linked, and has its basis in brain damage caused by vaccines. At a 99% confidence interval, we are now certain that behavioural problems are largely vaccine related.

The law firm Dawbarns says of autistic children (autism is thought to be a range symptoms including brain damage): “Before they were vaccinated they (according to their parents) were developing perfectly normally, passing all milestones and showing none of the classical signs of autism. After being vaccinated they regressed (sometimes only within a few days), losing metal, physical and social skills.” Dawbarns adds, “If a teenager takes Ecstasy and becomes ill or dies, it is IMMEDIATELY concluded that the illness or death was caused by the drug. But if a child becomes ill or dies after vaccination, it is dismissed as mere coincidence.”

Tumour or growth at vaccination site

Where dogs had tumours or growths at vaccination site, 67.9% occurred within three months of vaccination. 1.1% of all dogs surveyed suffered from this occurrence. It is well recorded in the medical/veterinary literature that cancer/tumours can (and do) grow at vaccine sites. With 95% confidence, we are certain that tumours or growths at vaccination sites are caused by the vaccination process itself.

All of the above figures had z alpha scores of greater than 5, and showed a distinct tendency to occur during the first three months after vaccination. This means that there is a link between vaccines and the above illnesses which, in turn, means that the vaccine/illness link is a certainty.

Other diseases

To increase statistical confidence, we need more completed questionnaires to study the patterns of each of the following diseases, although the interim figures do give rise for concern:

Cancer – 31% within 3 months

Chorea – 63.2% within 3 months (note: although we would like more data, the data that we do have indicates at a 99% confidence interval that this disease is vaccine-related. Chorea is, in fact, involuntary jerking of the muscles due to degenerative lesions of nerve cells. It is common in dogs with distemper when the fever has subsided; residual brain damage is revealed as chorea.)

Encephalitis – 75% within 3 months (note: at 95% confidence, it is highly probable that vaccination caused the encephalitis.)

Heart conditions – 26.8% within 3 months (note: even though only 26.8% occurred within the first three months after vaccination, we can say that, from the statistical evidence, it is very likely that heart conditions can be caused by vaccination. More data would help us resolve this.)

Kidney damage – 40.5% within three months (note: we are only 90% confident that it is probable that kidney damage follows vaccination.)

Lameness – 52% within three months (note: statistically, it is a 99% certainty that lameness can be caused by vaccination.)

Liver damage – 47% within three months (note: we are 90% certain that, statistically, liver damage can follow vaccination)

Paralysis of rear end – 64.7% within three months (it is very likely – at 95% confidence interval – that this condition is caused by vaccines)

Pancreas problems – 31.6% within three months (note: these are likely to be related to vaccines at a 90% confidence interval)

Short attention span – 68.4% within three months (note: we would like more data concerning dogs with this problem, although we can say that, even with the limited data, we are 99% confident that this is vaccine related)

Dogs contracting the diseases they were vaccinated against:

Hepatitis – 63.6% occurred within three months of vaccination

Parainfluenza – 50% occurred within three months of vaccination (note: it is highly probable that parainfluenza can be caused by vaccines, at 95% confidence interval)

Parvovirus – 68.2% occurred within three months of vaccination (note: at 95% confidence, this satisfies the one-tail test but not the two-tail. More data would allow us to prove whether vaccines cause the disease they are designed to prevent, in this case parvovirus)

Distemper – 55.6% occurred within three months of vaccination

Leptospirosis – 100% of dogs contracted leptospirosis within three months of vaccination (note: according to the data we have, leptospirosis is related to vaccination at a 90% confidence interval.)

With the exception of distemper and leptospirosis, where not enough dogs with the disease were recorded, all of the above satisfy a z alpha score of more than three. This means that we are 99.53% certain that there is a strong causal link between vaccination and the onset of the diseases. MLV vaccines are capable of spreading disease.

In all cases, at least half of the dogs with each of the viral diseases contracted them within three months of vaccination. This supports the view that vaccines either don’t protect, or can cause the disease itself.

Probability of vaccine reaction

In reality, we can be reasonably sure that the probability of a vaccine related illness is vastly under reported/admitted by manufacturers and authorities such as the Veterinary Medicines Directorate. It demonstrates clearly the need for a proper system of verification and compliance regarding the use of vaccines and other manufactured medicines.

Looking at the reactions/illnesses reported after vaccination in the survey, we have a probability of .7990868. In view of some of the above statistics, it is not unreasonable to conclude that the probability of a vaccine-related disease occurring is in the order of 1% (i.e., one in a hundred).

Age and illness

It is commonly believed that, as a dog gets older, the incidence of illness will increase. This has not been our personal experience, and the vaccine survey does not support this view, either.

The data we have relates to dogs ranging from a few weeks old to over 19 years of age. The conclusion from this survey is that a dog can become ill at any age – there was no statistical bias between the incidence of illness and the ages of the dogs covered in the survey.

Neither was there a correlation between the number of illnesses per dog and their respective ages. This suggests that vaccine reactions may not simply be a hereditary/genetic problem, as is often suggested by vaccine manufacturers, but more related to environmental factors. It might also support the statement by Dr Ronald D Schultz, that these reactions are a result of “the accumulation of many antigens over many years. I believe that adverse effects are increasing because we are putting more and more components into these animals.”


The majority of respondents were UK residents (England, Scotland and Wales). The remaining respondents were from the USA, Canada, New Zealand and the Channel Islands. After analysing the two batches of combined data we can rule out environmental factors having any relevance to illnesses in dogs.

Dogs who were never vaccinated

Only a small number of dogs in the survey had never been vaccinated. We need more data about unvaccinated dogs, including dogs protected exclusively with homoeopathic nosodes, before conclusions can be drawn. So if you have an unvaccinated dog, please contact us for a questionnaire. It will take you only ten minutes to complete.

Dog ownership

A person who has kept dogs for many years is just as likely to experience illness in their dogs as a person who has had a dog for a short time, indicating that experienced husbandry has little bearing on the rate of illness (probably IF the owner is still vaccinating and feeding processed food).

Type of vaccine used

Based on combined survey data, we checked to see if it might be better to give annual boosters, or to give a puppy its initial course of vaccines and none thereafter. The risk of vaccine reaction appears to be the same irrespective of regime – initial only or annual vaccination. Nor do killed vaccines appear to be any safer than modified live vaccines.

Additional Analysis
Based on the data gained after publication of the first edition of this book, we compared the profile of the second batch of data with the first. The objective was to ascertain whether or not we had received any different data that would invalidate previous conclusions. The second batch of data was a very close match to the first batch and statistically it can be concluded that the first and second batches of data are identical as to content.

Consolidating the two batches of data together allowed some more detailed levels of investigation. Significantly, the rankings of different diseases and ailments following vaccination did not change materially compared with the previous analysis.

In order of most significance, the following diseases occurred within three months of vaccination. Where we have large Chi scores, this tends to reflect that the disease was reported in large numbers of dogs in the survey, highlighting the fact that more dogs to study = more valid conclusions:

Ataxia – 91% occurred within three months of vaccination. This can be caused by lesions throughout the central nervous system (Concise Oxford Veterinary Dictionary). The previous analysis showed that, with a 95% confidence, Ataxia was caused by vaccines. Additional data allows us to attribute a Chi score of 29 and, as stated previously, a Chi score of 13 gives a 99% confidence. On which basis, without any hesitation whatsoever, we say that the most common cause of Ataxia is vaccination.

Nasal discharges – 87% occurred within three months of vaccination.
Previous analysis was 84%. The Chi score is now 125.

Loss of appetite – 83% occurred within three months of vaccination. Previous analysis was 79.8%. The Chi score is now 213.

Tumour or growth at vaccine site – this has climbed from 67.9% to 81.1%. There is a Chi score of 62.

Chorea – this has climbed from 63.2% and is now 81%. Chi score is 36.

Vomiting – climbed from 72.5% and is now 79.7% with a Chi score of 190.
Encephalitis occurring within three months of vaccination has risen from 75% to 78.6%. The Chi score for this is 22. It’s interesting that this is a known and acknowledged vaccine reaction, and our survey shows well above a 99% certainty that it’s vaccine related – but some other diseases which are not acknowledge as vaccine reactions show even higher Chi scores.

Diarrhoea – first interim results showed that 68% of the dogs in the survey with diarrhoea developed it within three months of vaccination. This has now risen to 78.4%. The Chi score is 290. Thus it is absolutely certain (not surprisingly) that vaccines can induce diarrhoea. Not too much of a problem if underlying encephalitis isn’t involved.

Hepatitis – initially 63.6% and now risen to 75%. Chi score is 17, i.e., 99.5% confidence that hepatitis was caused by vaccines in the dogs in our survey.

Short attention span – was 68.4% and now risen to 73.1%. The Chi score is 34. Again, this offers extremely strong proof (99.9% certainty) that dogs with short attention spans are vaccine damaged.

Epilepsy/fits/convulsions – 65.5% of dogs in the first interim analysis developed epilepsy within three months of vaccination. This has now risen to 73.1%, with a Chi score of 96. We would say that the majority of dogs in our survey with epilepsy are vaccine damaged.

Nervous, worrying disposition – this was the certainty in the previous survey, with 54.8% developing the condition within three months of vaccination, bringing a t score of 19.9. The percentage has now risen to 72.5% and a Chi score of 112. Yet another cast iron example of vaccine-induced brain damage.

Weight loss – was 63.1% and has grown to 70.3% developing within three months of vaccination; with a Chi score of 101.

Dry eye/conjunctivitis – was 56.9%, now risen to 70.2% with a Chi score of 95. Again, this is a vaccine-induced condition.

Paralysis of rear end – was 64.7%, now risen to 69.2% with Chi score of 28.

Allergies – was 55.6%, and has now risen to 69.2% with a Chi score of 136. Allergies are caused or worsened by vaccines with a certainty above 99.9%
Parvovirus – in the previous analysis 68.2% of dogs with this disease developed it within three months of vaccination. This has now risen to 69%, giving a Chi score of 33. We were only able to say with a 95% confidence in the first analysis that parvovirus can be vaccine-induced. We are now able to say with a 99.9% certainty that it can (was).

Lameness – was 52%, now 66.7% with a Chi score 66. A vet was reported in the UK media during 1998, saying that we shouldn’t allow our dogs upstairs as this is the cause of lameness!

Distemper – was 55.6%, now risen to 66.7%, with a Chi score of 12. Despite scientific research which shows that distemper can be vaccine induced, we can only give you a 95% confidence level of this fact.

Colitis – was 54.8%, now 65.9% with a Chi score of 79. Obviously, colitis can be vaccine induced. Vets: please check your practice records.

Behavioural problems – 55.4% of dogs in the first analysis developed behavioural problems within three months of vaccination. This has risen to 64.9% with a Chi score of 80. This gives a 99.9% certainty that the dogs with behavioural problems in our survey were brain damaged by vaccines.

Liver damage/failure – the number of dogs in the survey with liver damage/failure within three months of vaccination rose from 47% to 61.5%, with a Chi score of 29. Previously, we were only able to offer a 90% confidence that liver damage and/or failure was vaccine-induced. It is now 99.9% certain that liver damage/failure is a vaccine-induced condition.

Skin problems – 46.2% of dogs in the first analysis developed skin problems within three months of vaccination. This has risen to 61.2% of dogs, with a Chi of 130. A certainty at 99.99%.

Autoimmune disease – was 54.8%, now risen to 55.8% with a Chi of 26. As it is acknowledged by Merck that vaccines can initiate autoimmune disease, all we can do is confirm the experts’ opinion.

Parainfluenza – 50% of dogs with parainfluenza within the first analysis had been vaccinated against it within three months of getting it. This has now risen to 55.7% with a Chi score of 39. In the previous analysis we could only offer a 95% confidence that the parainfluenza vaccine could cause the disease. Now we are 99.9% certain.

Pancreas problems – was 31.6% and is now 54.2%, with a Chi score of 13, i.e., a 99% confidence that vaccines can induce pancreas problems.

Kidney damage – was 40.5% and has risen to 53.7%, with a Chi score of 20. Again, if you don’t want your dog to develop kidney damage, steer clear of vaccines.

There were only small numbers of dogs with leukaemia, asthma and meningitis in the survey and although around 50% of the dogs with these diseases contracted them within three months of a vaccine event, because of the small numbers involved, we can only give low Chi scores.

Heart condition – 26.8% of dogs with a heart condition first developed the condition within three months of vaccination. This has risen to 39.2% with a Chi score of 12, offering a 95% certainty that vaccines can induce this condition.

Arthritis – the original analysis revealed that 71.8% of dogs with arthritis developed it within the third quarter after vaccination. Further data reveals that 37.8% got it within the first three months after vaccination, and only 21% in the third quarter. Our Chi score is still 13, giving a 99% confidence that arthritis in dogs in our survey is vaccine induced. It is interesting to note that the New England Journal of Medicine (vol 313, 1985), reported that it is often possible to isolate the rubella virus from affected joints in children vaccinated against rubella, many months after vaccination. The report tells of isolation of viruses from the peripheral blood of women with prolonged arthritis which followed vaccination. As, statistically, our survey indicates a strong vaccine-arthritis association, we feel that further research should be carried out. It could be that many viruses can stimulate arthritis and, particularly, the immune mechanisms following vaccination with a live virus vaccine.

Cancer – 31% of dogs in the first analysis with cancer developed it within three months of vaccination. This has risen to 35.1%, with a Chi score of 15. This raises serious alarm. Indeed, we urge that those with the ability should look seriously at the vaccine link in relation to cancer. More research – looking at the onset of disease in relation to a vaccine event – could benefit animals and man.

Genetic Pre-Disposition, or Vaccine Damage?
Although I have never bred a dog, I have always intuitively doubted the assertion that most illnesses in dogs can be attributed to irresponsible or faulty breeding practices. We have sufficient data from a number of breeds to say that the genetic issue is a red herring without justification. We had sufficient data to look specifically at a number of breeds, and found that Golden Retrievers, German Shepherds, Shar-Peis, Border Collies, Boxers, and Cavalier King Charles Spaniels all showed a high incidence of illness in the first three months following vaccination. Mathematically speaking, the propensity to illness within these breeds is the same.

The myth has told us that Border Collies, bred predominantly as workers, were hardier than other breeds, and that Shar-Peis hadn’t been westernised for long enough to suffer from irresponsible breeding. German Shepherds and Goldens, on the other hand, are said to be genetically compromised as they are so popular and therefore over-bred. Or maybe, on the other hand, all these breeds are genetically defective . . . . in which case, maybe all dogs are genetically defective and vaccination should not – as indicated by Merck – take place.