Natural News – Merck in hot water over dangerous shingles vaccine that caused numerous injuries, deaths
Tuesday, April 04, 2017 by: Ethan Huff
Commercials for the jab showing happy people free of shingles are a common feature of television advertising. But Merck & Co’s “Zosatavax” vaccine to prevent varicella, the adult version of chickenpox, is causing the international drug giant some serious headaches after numerous people who got the shot suffered injuries and/or death.
Multiple lawsuits are making their way through the court system alleging that Merck’s blockbuster vaccine for shingles isn’t safe, and could cause serious adverse effects. Plaintiffs in the state of Pennsylvania, and elsewhere, allege that Zostavax isn’t safe, and are taking to both the state and federal court system to seek justice.
According to Marc Bern of Marc J. Bern & Partners, there have been “thousands of complaints” about Zostavax in Pennsylvania alone. Patient injuries from the vaccine, he says, range from shingles itself, which the vaccine is supposed to prevent, to serious personal injuries such as blindness and paralysis. Other reports of adverse effects from Zostavax include brain damage and death.
“I think Merck has failed terribly … to warn about the very serious side effects and the failure of the vaccine to do what they claim it does,” Bern told FiercePharma.
Dangers of the DTP vaccine
#VaXism NEWS
#Pertussis
Barbara Loe Fisher 1986
DO YOU KNOW HOW TO RECOGNIZE A HARMFUL VACCINE REACTION?
Some babies handle vaccines without any apparent problems, and some have severe reactions that exempt them from future vaccines. But what about those who suffer a moderate side effect that could cause ongoing harm if vaccination is continued? Do you, as a parent, know how to recognize signs of potential harm? And will your doctor be honest with you when your baby experiences that type of moderate reaction?
Watch this video, and others, on our website: http://immunityeducationgroup.org/videos/
Just a few short years ago DPaT was Not for pregnant women but they suddenly changed that as fetuses die from it.
130 Research papers supporting Vaccine/Autism CausationGinger Taylor, MS
Mainstream research has found that vaccines and their ingredients can cause the underlying medical conditions that committed physicians and researchers are commonly finding in children who have been given an autism diagnosis. These conditions include gastrointestinal damage, immune system impairment, chronic infections, mitochondrial disorders, autoimmune conditions, neurological regression, glial cell activation, brain inflammation, damage to the blood–brain barrier, seizures, synaptic dysfunction, dendritic cell dysfunction, mercury poisoning, aluminum toxicity, gene activation and alteration, glutathione depletion, impaired methylation, oxidative stress, impaired thioredoxin regulation, mineral deficiencies, impairment of the opioid system, endocrine dysfunction, cellular apoptosis, and other disorders.
Book – Vaccination Roulette – https://www.scribd.com/document/230208917/Vaccination-Roulette-Experiences-Risks-and-Alternatives
Evidence Concerning Pertussis Vaccines and Central Nervous System Disorders, Including Infantile Spasms, Hypsarrhythmia, Aseptic Meningitis, and Encephalopathy
History of Suspected Association with Pertussis Vaccines
Among the earliest case reports suggesting a possible link between infantile spasms and pertussis immunization are those of Baird and Borofsky (1957). They described 24 children who had hypsarrhythmia and infantile myoclonic seizures and whose development prior to the onset of spasms was apparently normal. Nine cases of infantile spasms were reported to have occurred between 1 and 5 days after DPT vaccination. Three of these nine children also had a history of perinatal complications that the authors thought might have been related to a risk of infantile spasms. The authors also stated, on the basis of a review of published EEG tracings, that hypsarrhythmia was present in two of the affected children described by Byers and Moll (1948). Since these early case reports, additional cases of infantile spasms in association with pertussis immunization have been described in the literature (Fukuyama et al., 1977; Millichap, 1987; Portoian-Shuhaiber and Al Rashied, 1986). The time intervals reported between vaccination and the onset of infantile spasms have been from minutes to weeks (Melchior, 1971).
Evidence from Studies in Humans
Case Reports and Case Series
One of the largest case series of infantile spasms following pertussis immunization was published by Millichap (1987). Six children ranging in age from 2 to 9 months were included. The time interval from immunization to the onset of spasms was from 6.5 hours to 5 days, and first seizures were reported to have occurred in conjunction with the first, second, or third doses of pertussis vaccine. Except for one case who had experienced myoclonic seizures since birth, no mention was made of the children having seizures prior to immunization. In reviewing the etiology and treatment of infantile spasms, Millichap (1987) listed the postulated mechanisms for pertussis-related seizures as (1) a direct neurotoxic effect, (2) an immediate immune reaction, (3) delayed cellular hypersensitivity reaction, and (4) vaccine-induced activation of a latent neurotropic virus infection.
In addition to the variability in age at the time of onset of spasms, associated vaccine dose, and time from immunization to the onset of spasms, there was no consistent pattern in the types of neurologic abnormalities reported in conjunction with infantile spasms. These included spastic diplegia, psychomotor retardation, hypotonic diplegia, and progressive neurologic deterioration. Not all children with infantile spasms have other neurologic or developmental problems, and when they do, diversity of expression of these associated neurologic conditions is typically reported (Lacy and Penry, 1976). This case series provides some of the better clinical descriptions available in the published literature of seizures occurring after immunization with DPT. Although typical of many cases of infantile spasms, information from this series also suggests that there is no consistent syndrome of neurologic manifestations among children whose spasms follow DPT immunization.
Fukuyama and colleagues (1977) studied 185 cases of infantile spasms seen in the Department of Pediatrics of the Tokyo Women’s Medical College from 1968 to 1972. Table 2 of their paper lists “DPT or DT” as one of the types of vaccines to which cases were exposed, whereas the text and all other tables and figures refer to “DPT or DP.” Thus, although there is some uncertainty about the precise vaccines to which these children were exposed, the committee considered DP to be the exposure the authors intended to describe. Complete information on immunization histories and health status prior to vaccination was available for 110 of the 185 infantile spasms cases. Of these 110 children, 22 (20 percent) had been immunized within 1 month of the onset of spasms, 10 with DPT or DP vaccine alone, 5 with DPT vaccine in combination with one or more other vaccines, 4 with smallpox vaccine alone, 2 with Japanese encephalitis vaccine alone, and 1 with polio vaccine alone. Of the 15 cases of infantile spasms with onset after immunization with either DPT or DP vaccine alone or DPT vaccine in combination with another vaccine, onset occurred after the first immunization in 3 cases, after the second in 10 cases, and after the third in 2 cases. The interval from immunization to the reported onset of spasms ranged from less than 48 hours to more than 7 days. The remaining cases had been vaccinated either more than 1 month before or more than 1 month after the onset of spasms (n = 44, 40 percent) or had never been immunized (n = 44, 40 percent). The authors gave no indication that any of the cases had had whooping cough, either before or after the onset of infantile spasms.
The authors considered vaccination as the etiology of infantile spasms if cases met the following three criteria: (1) no other identifiable cause, (2) normal development prior to the onset of spasms, and (3) the interval from immunization to the onset of spasms was within 48 hours for pertussis-containing vaccines and within 18 days for smallpox, polio, and Japanese encephalitis vaccines. Given these criteria, 5 of the 110 cases were considered by the authors to have infantile spasms caused by vaccination. It was not possible to determine from the data given in the paper how many of these five cases followed administration of DPT vaccine, since detailed information was given only for three of the five cases. At least one of the five cases occurred following smallpox vaccination alone, and at least two occurred following administration of DP vaccine.
It could not be determined from the information provided whether cases were representative of all those with infantile spasms from a defined geographic area or whether they were a selected group who were referred to these experts in pediatric neurology. The investigators acknowledged that because there is no biologic marker for vaccine-associated infantile spasms, the assignment of cause was made “solely from the clinical standpoint.” They stated that because of the diversity of the etiology of infantile spasms, “there is still free space for any agent to be suspected as an injurious factor causative of infantile spasms” (Fukuyama et al., 1977, p. 229).
Jeavons and colleagues (1970) reported on a follow-up of 98 cases of infantile spasms, 13 of which were attributed to immunization (type not specified). The follow-up ranged from 4 to 12 years. Outcomes were similar in the cryptogenic and immunization groups, among whom the survivorship, percent without neurologic abnormality at follow-up, and percent in regular school were higher than for those cases of infantile spasms attributed to perinatal or other causes (e.g., tuberous sclerosis).
Factors that should be considered in evaluating the study findings are that the patient groups were highly selected, the different lengths of follow-up were not considered in comparing outcomes among the groups, criteria for defining mental outcome were not given, and developmental status at follow-up was not ascertained uniformly for all cases. The first weakness affects the generality of the findings, and the last three problems given above make it difficult to compare outcomes between the groups studied.
Fifty-eight cases of infantile spasms (International Classification of Disease [ICD] 9 code 345.6 includes hypsarrhythmia and drop seizures) occurring within 28 days of DPT immunization were reported through the Centers for Disease Control’s (CDC’s) Monitoring System for Adverse Events Following Immunization (MSAEFI) system from 1978 to 1990, a period in which approximately 80.1 million doses of DPT vaccine were administered through public mechanisms in the United States (J. Mullen, Centers for Disease Control, personal communication, 1990). Of these 58 cases, 41 (71 percent) also received at least one other vaccine at the time of DPT immunization. No follow-up of the cases was made, and a physicians’s diagnosis was not required.
Ever wonder WHY we NEED a religious exemption from vaccines?
Are you aware that some vaccines are made from ABORTIONS?
Marcella Piper-Terry explains in detail how abortions are used in vaccine manufacturing and the implications of that.
Interview by Polly Tommey and camera by Joshua Coleman and Anu Vaidya with editing by Joshua Coleman.
#RFKCommission #Vaxxed
Please keep these things in mind when choosing to vaccinate your pet
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