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No wonder the cows at the back look funny
Originally Posted by Momtezuma Tuatara No wonder the cows at the back look funny |
Vaccines: What Can you Expect from them on a Dairy What goes into a vaccine? An antigen A carrier An adjuvant (not always)- bordetella, aluminum hydroxide, saponin, freunds, shark oils, proprietary Antibiotics- pen/strept, amphotericin B Undesired by-products Bottom Line: Just because a vaccine is licensed does not mean that it is 1. Effective 2. Safe Adverse Reactions: Immune Suppression Excessive cytokine release Milk Drop Hypersensitivity type1-type 4 Multiple vaccine induced problems Injection site lesions The Role of Vaccines in Disease Prevention They require time to work They don't last forever. They are not 100% effective. It is unreasonable to expect vaccines to achieve identical responses in all animals in all situations Vaccines for the calf Calf has a fully function, but immature immune system |
Originally Posted by krissi For anyone reading this thread who is curious about the link between gut flora and autism, this is an excerpt from a must-have book even though it's hard to find. The interventions suggested in this book have been greatly beneficial after just 2 weeks: http://www.e-f-t.co.uk/gutfloraandpsychology.html |
Originally Posted by krissi DD's uranium result in the hair test was 15 times the reference level for what was normal. I have not been able to find any substantive info on this from my research; many sources say that hair is unreliable, but I'm finding it hard to believe that level is normal. |
Originally Posted by krissi I've often wondered if some kind of interplay exists with immune response and gut flora. |
Originally Posted by Momtezuma Tuatara : and coz dog breeder's income is dependant on eliminating pre-existing conditions and isolating a vaccine reaction its taken more seriously. healthy dogs = money, but only unhealthy people = money. Or healthy people you can convince wouldn't be "healthy" if they didn't become pin-cushions for posterity. |
(ADHD), can be diagnosed by veterinary examination and testing. Dogs with hyperactivity disorder are difficult to train, respond poorly to tranquilization, may exhibit repetitive behaviors such as incessant barking or circling, may have gastrointestinal disorders, and can be extremely resistant to restraint. |
Recurrent diarrhea "Restless nature, suspicion of others, aggression to animals and people" Changes in behavior: "aloofness, unaffectionate, desire to roam, or clingy, separation anxiety, 'velcro dog'" "Restraining can lead to violent behavior and self-injury" "Self-mutilation, tail chewing" "Voice changes, hoarseness, excessive barking" "Chronic poor appetite, very finicky" "Eating wood, stones, earth, stool" Destructive behavior, Inflammatory bowel disease" Excessive licking of feet Epilepsy |
But perhaps most astonishing is the fact that a majority of dogs (64.9%) with behavioral problems appear to have developed their difficulties within three months of vaccination. Similarly, 72.5% per cent of dogs with nervous or worrying dispositions became nervous within three months of their jabs (with a Chi score of 112), and 73.1% per cent of dogs with short attention spans lost their attentiveness within three months of vaccination. |
We are also seeing a record number of behavioral and emotional disorders including alarming and unexplained fears/aggression., as well as difficulty focusing/training and paying attention. |
Encephalitis, inflammation of the brain, is a known and accepted possible sequel to vaccination. The Merck Manual states, for example, "In acute disseminated encephalomyelitis (post infectious encephalitis), demyelination can occur spontaneously, but usually follows a viral infection or inoculation (or very rarely, a bacterial vaccine), suggesting an immunologic cause." This points to a connection between encephalitis and behavioural problems in both humans and animals. |
Postinfectious encephalomyelitis, also known as acute disseminated encephalomyelitis, is characterized by perivenular inflammation and demyelination of brain tissue. In this disorder, peripheral blood lymphocytes react against myelin basic protein. |
It is usually triggered by an inflammatory response to viral infections and vaccinations. |
It is more common in children because of higher frequency of immunization and exposure to antigen. |
Viral infections associated with ADEM include measles, mumps, rubella, varicella-zoster, Epstein Barr virus, cytomegalo virus, herpes simplex virus, Hepatitis A, and coxsackie virus. <snip>antirabies vaccination. Other vaccinations associated with ADEM include pertusis, diphtheria, measles, mumps, rubella, and influenza. |
Febrile illness, headache, malaise, irritability, lethargy, nausea, vomiting, neck pain, photophobia, altered levels of consciousness, confusion, focal neurologic abnormalities, seizures, unprovoked emotional outbursts, loss of bowel and bladder control. |
optic neuritis, visual field defects, aphasia, motor and sensory deficits, ataxia, movement disorders, depressed level of consciousness, focal or generalized seizures, psychosis. |
diffuse or focal neurologic symptoms; behavioral and personality changes; decreased level of consciousness, stiff neck, photophobia, lethargy, generalized or localized seizures, acute confusion or amnestic states, change in level of alertness; irritability, seizures, poor feeding, altered mental status and/or personality changes (most common), focal seizures, and autonomic dysfunction, movement disorders, ataxia, unilateral sensorimotor dysfunction, irritability, change in level of attentiveness, bulging fontanels |
Supportive care and rehabilitation are important after the patient recovers. Because some sequelae of encephalitis may be subtle, neurodevelopmental and audiologic evaluations should be part of routine follow-up. Prognosis depends on the cause and severity of the illness and the patient's age. Potential deficits include intellectual, motor, psychiatric, epileptic, visual, and auditory abnormalities. Summary Long-term follow-up is important to detect sequelae <snip> |
Originally Posted by krissi Could you tell me more about your experience with klebsiella? I am curious if you noticed it being associated with any specific symptoms. DS has been going through ultra clingy periods, unusually hyper episodes and some strange poop issues. I can't tell how much of this might be related to his dysbiosis and how much is just normal baby stuff. My holistic ped is not very helpful. |
Originally Posted by krissi S007, that is a very interesting and thought provoking post! I had never thought of dogs getting autism and ADHD before. It is actually kind of heartbreaking to see that experts agree on some of the adverse effects of vaccines on dogs but not on children. |
Originally Posted by Momtezuma Tuatara But see, dogs don't have neurotic owners, whereas kids have neurotic parents |
Originally Posted by Momtezuma Tuatara Most kids with autistic spectrum not only have custard but it smells worse, and different.... sorry if that's TMI. |
Originally Posted by caedmyn What is a "normal" level of hyper? My 5 month old gets quite hyper when she is tired--ever since she was about two months old when she is tired her arms and legs start going like mad. Recently she's also started getting extremely wiggly when she is held--when I have her on my hip I have to hike her back up every 60 seconds or so, and in the sling it's like wearing a baby monkey. Does that sound like too much, or just on the active side of normal? |