Archive for the ‘Viruses’ Category

What is Vaccine Shedding?

https://articles.mercola.com/sites/articles/archive/2019/07/23/what-is-vaccine-shedding.aspx?

What is vaccine shedding?

Analysis by Dr. Joseph MercolaFact Checked
vaccine shedding

STORY AT-A-GLANCE

  • Live viral vaccines contain a weakened (or attenuated) version of the virus
  • Live attenuated viral vaccines can cause vaccinated persons to shed vaccine strain virus for a period of days, weeks or months, potentially infecting others and leading to symptoms of the very disease the vaccine was intended to prevent
  • One recent study revealed not only that influenza virus may be spread via simple breathing (i.e., no sneezing or coughing required) but also that repeated vaccination increases the amount of virus released into the air
  • Individuals who had gotten a flu vaccination in the current and previous season had 6.3 times more aerosol shedding of influenza virus than those who had received no vaccination in those two seasons
  • Due to a lack of active surveillance and testing, there’s no way to know how often vaccine-strain live virus shedding and disease transmission actually occurs

When you’re infected with a virus that causes an illness, that virus is shed in your saliva and other bodily fluids, and sometimes also via skin lesions. This means that a person who comes into direct contact with the shed virus may also become infected. The same holds true for live attenuated viral vaccines.

While inactivated vaccines use a killed version of the pathogen, live viral vaccines use a weakened (or attenuated) version of the virus. Typically, the live virus used in vaccine production is passed through a living cell culture or other host, such as chicken embryo, many times over until it becomes weakened to a point that it’s not likely to make you sick when it’s injected or, in the case of live oral vaccines, swallowed.

That being said, a live vaccine strain virus is still active and strong enough to trigger an inflammatory response in your body, prompting the creation of vaccine-acquired antibodies. There are a few problems with this, such as the possibility that the weakened vaccine-strain virus can revert to virulence, leading to serious complications identical or similar to complications of the natural disease the vaccine is supposed to prevent in the vaccinated person.1

Another noted problem is that the person who is given a live attenuated viral vaccine can asymptomatically shed and transmit vaccine-strain virus for a period of days, weeks or months and potentially infect close contacts, who can also experience symptoms of the very disease the vaccine was intended to prevent.

Live flu vaccine associated with increased viral shedding in exhaled breath

The possibility of vaccine strain viral shedding takes on renewed importance in the case of the government’s strong recommendation for annual flu vaccination. The U.S. Centers for Disease Control and Prevention’s (CDC) Advisory Committee on Immunization Practices (ACIP) recommends annual influenza vaccinations for everyone 6 months and older.

In the 2018 to 2019 flu season, CDC officials recommended health care providers “use any licensed, age-appropriate influenza vaccine (inactivated influenza vaccines (IIV), recombinant influenza vaccine (RIV), or live attenuated influenza vaccine (LAIV4) with no preference expressed for one vaccine over another.”2

The live influenza vaccine FluMist, which is approved for nonpregnant women as well as anyone aged 2 to 49 years, is administered in the form of a nasal spray.

While the CDC states that the live type A and B vaccine strain influenza viruses in FluMist are too weak to actually give recipients influenza, research has raised some serious doubts that this is the case. One recent study revealed not only that influenza virus may be spread via simple breathing (i.e., no sneezing or coughing required) but also that repeated vaccination increases the amount of influenza virus released into the air.3

“Self-reported vaccination for the current season was associated with a trend toward higher viral shedding in fine-aerosol samples; vaccination with both the current and previous year’s seasonal vaccines, however, was significantly associated with greater fine-aerosol shedding … ,” the researchers stated.4

What’s more, individuals who had been vaccinated in the current and previous season had 6.3 times more aerosol shedding than those who had received no vaccination in those two seasons. The researchers concluded:5

“The association of current and prior year vaccination with increased shedding of influenza A might lead one to speculate that certain types of prior immunity promote lung inflammation, airway closure and aerosol generation … If confirmed, this observation, together with recent literature suggesting reduced protection with annual vaccination, would have implications for influenza vaccination recommendations and policies.”


Virus shedding is common following FluMist — and can transmit flu

MedImmune, the company that developed FluMist, is aware that the vaccine sheds vaccine-strain virus. In its prescribing information, they describe a study on the transmission of vaccine-strain influenza viruses from vaccinated children to nonvaccinated children in a day care setting.

In 80 percent of the FluMist recipients, at least one vaccine-strain influenza virus was isolated anywhere from one to 21 days following vaccination. They further noted, “One placebo subject had mild symptomatic Type B virus infection confirmed as a transmitted vaccine virus by a FluMist recipient in the same playgroup.”6

Another MedImmune study revealed that 89 percent of babies under 2 years who received FluMist shed vaccine-strain influenza virus, as did 20 percent of adults. The most virus was shed two to three days following vaccination, continuing for up to 11 days.7

While the CDC claims vaccine-strain virus shedding, and subsequent transmission of disease, is rare, they have also stated that people with a weakened immune system, or those who will be caring for someone with a weakened immune system within seven days of vaccination, should not receive the live attenuated influenza vaccine due to the “theoretical” risk that the recently vaccinated person could shed and transmit the vaccine-strain virus to immunocompromised individuals.

That being said, there’s no way to know for sure how often vaccine-strain live virus shedding and disease transmission actually occurs. Barbara Loe Fisher, cofounder and president of the National Vaccine Information Center (NVIC), wrote a special report, The Emerging Risks of Live Virus and Viral Vectored Vaccines: Vaccine Strain Virus Infection, Shedding and Transmission, which contains over 200 references and delves into virus shedding and vaccine virus shedding. She noted:8

“There is no active surveillance and testing for evidence of vaccine strain live virus shedding, transmission and infection among populations routinely being given multiple doses of live virus vaccines, including measles vaccine. Therefore, it is unknown exactly how many vaccinated children and adults in the U.S. or other countries are shedding and transmitting vaccine strain live viruses.

Whether or not vaccine strain live virus shedding, transmission and infection is causing undiagnosed or misdiagnosed health problems, especially among people with severe immune deficiencies or autoimmune and other immune system disorders, is an open question.”

Which vaccines are capable of shedding?

Examples of live attenuated viral vaccines are measles, mumps, rubella, vaccinia (smallpox), varicella, zoster (which contains the same virus as varicella vaccine but in much higher amount), yellow fever, rotavirus and influenza (intranasal).9 As with the live virus influenza vaccine, there are many examples of other live attenuated viral vaccines spreading disease.

The live oral polio vaccine (OPV) is one of them. OPV is no longer used in the U.S., having been replaced by inactivated injectable polio vaccine in 1999, but OPV is still used in some developing countries. In 2017, there were 21 reported cases of vaccine-derived polio, compared to six cases of wild polio — marking the first time more cases of polio were caused by vaccine-derived strains than wild or naturally occurring strains.

In Syria alone, 15 children were paralyzed by vaccine-derived polio, according to the World Health Organization (WHO).10 Research published in the journal Cell also revealed that the live vaccine strain virus used in the oral polio vaccine can easily mutate and spread through a community.11 NPR reported:12

“After a child is vaccinated with live polio virus, the virus replicates inside the child’s intestine and eventually is excreted. In places with poor sanitation, fecal matter can enter the drinking water supply and the virus is able to start spreading from person to person.

‘We discovered there’s only a few [mutations] that have to happen and they happen rather quickly in the first month or two post-vaccination,” [lead study author Raul] Andino says. ‘As the virus starts circulating in the community, it acquires further mutations that make it basically indistinguishable from the wild-type virus. It’s polio in terms of virulence and in terms of how the virus spreads.'”

WHO also noted, “When a child is immunized with OPV, the weakened vaccine virus replicates in the intestine for a limited period … During this time, the vaccine virus is also excreted.”13 In some people, however, the period of replication may not be so “limited.”

One British man received three doses of attenuated live virus polio vaccine at 5, 7 and 12 months of age. He also received a booster at age 7, as was recommended. The man has a health condition that suppresses his immune system, making it more difficult for him to clear vaccine-strain poliovirus from the body.

Although he had no symptoms of the disease, when researchers tested his stool (more than 100 samples were taken over a period of 28 years), they confirmed high levels of the poliovirus even decades later.

Virus shedding is also possible after MMR vaccination

The CDC recommends the MMR (measles, mumps and rubella) vaccine for children aged 12 to 15 months, with a booster between ages 4 and 6 years. This live attenuated combination vaccine has also been associated with vaccine-strain virus shedding and disease transmission.

For instance, following live virus measles vaccination, measles virus RNA was detected in 10 of 12 children, as early as one day or as late as 14 days after vaccination.14 Vaccine virus-related measles has also been documented, including in one 2-year-old boy who became ill 37 days after receiving an MMR vaccine.

The researchers who published the case report explained, “Although this is the first such reported case, it likely represents the existence of additional, but unidentified, exceptions to the typical timeframe for measles vaccine virus shedding and illness.”15

It’s often the case that measles outbreaks are blamed on unvaccinated individuals, but this suggests that recently vaccinated individuals could also transmit a vaccine strain version of the disease.

Likewise, mumps vaccine strain virus has also been confirmed as being transmitted by recently vaccinated children to their parents, while live rubella vaccine virus can be transmitted via breast milk. The live attenuated chickenpox vaccine can also cause vaccine-strain chickenpox in healthy or immunocompromised vaccine recipients — or their close contacts. According to Fisher:16

“It is possible for healthy children and adults to transmit vaccine strain varicella zoster infection to other healthy children and adults. However, immune compromised persons are at special risk for contracting vaccine strain chickenpox infections and suffering complications.

Generally, it is advised that persons recently given chickenpox vaccine avoid close contact for at least six weeks after vaccination with potentially susceptible persons, such as immune compromised persons, pregnant women, newborn infants and premature babies, especially if a rash develops after vaccination.”

Why are live virus vaccines still being used?

With documented cases of live virus vaccines contributing to vaccine strain virus shedding and transmission, it’s clear there remain many questions about their safety and effectiveness. Yet, their use continues, in part because the immune response triggered by live virus vaccines is considered to be superior to that triggered by inactivated vaccines.

In short, live virus vaccines tend to stimulate an immune response that’s more similar to one that would occur had you been exposed to the wild-type virus naturally. That being said, live virus vaccines rarely confer the same kind of longer lasting immunity that exposure to a naturally acquired infection can confer.

This is why booster shots are necessary, and why some have recommended that a third MMR vaccine dose be added to the U.S. vaccine schedule.

At the very least, it’s important to be aware of the differences between attenuated live virus vaccines and inactivated vaccines, especially if you’re part of a vulnerable population, such as very young children, the elderly, pregnant and breastfeeding women and people with acute or chronic health problems or a compromised immune system.

For now, however, there remain many unanswered questions regarding live virus vaccines and their ultimate impact on public health. As Fisher explained:17

“The impact of vaccine-strain virus shedding infection and transmission on individual and public health is a question that deserves to be asked and more thoroughly examined by the scientific community. The fact that children and adults given live virus vaccines have the potential to pose a health risk to both unvaccinated and vaccinated close contacts should be part of the public conversation about vaccination.”

____________________

For more:  https://madisonarealymesupportgroup.com/2018/12/09/vaccines-likely-infected-with-retroviruses-linked-to-chronic-disease/

https://madisonarealymesupportgroup.com/2017/10/15/vaccines-and-retroviruses-a-whistleblower-reveals-what-the-government-is-hiding/

https://madisonarealymesupportgroup.com/2018/03/01/vaccines-could-contribute-to-disease-epidemics-due-to-retrovirus-contamination/

https://madisonarealymesupportgroup.com/2018/06/23/the-role-of-retroviruses-in-chronic-illness-a-clinicians-perspective/

https://madisonarealymesupportgroup.com/2019/07/02/polio-like-manifestation-of-powassan-virus-with-anterior-horn-cell-involvement-canada/

https://madisonarealymesupportgroup.com/2019/06/15/therapeutic-efficacy-of-favipiravir-against-bourbon-virus-in-mice/

https://madisonarealymesupportgroup.com/2018/05/23/cdc-warns-about-7-new-tick-viruses/

https://madisonarealymesupportgroup.com/2018/12/04/is-the-chickenpox-vaccine-creating-a-shingles-epidemic/

https://articles.mercola.com/sites/articles/archive/2012/07/30/whooping-cough-vaccine.aspx  (Outbreaks of Whooping Cough related to pertussis vaccine)
https://ohioamf.org/wp-content/uploads/2015/11/HIGHLY-and-FULLY-VACCINATED-outbreaks.-1.pdf  (9 pages showing outbreaks in fully vaccinated populations)

 

 

North Central Integrated Pest Alert

https://www.ncipmc.org/projects/pest-alerts1/

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They have the following for ticks and specific diseases:

https://www.ncipmc.org/projects/pest-alerts1/brown-dog-tick-vector-for-rocky-mountain-spotted-fever/

https://www.ncipmc.org/projects/pest-alerts1/rocky-mountain-spotted-fever-rickettsia-rickettsii/

https://www.ncipmc.org/projects/pest-alerts1/ticks-and-tick-borne-diseases/

 

Maine Resident Contracts Rare Tick-borne Illness That Can Cause Brain Infections, Death, State CDC Says (But it’s Not Rare)

https://www.foxnews.com/health/maine-resident-rare-tick-illness-powassan

Maine resident contracts rare tick-borne illness that can cause brain infections, death, state CDC says Fox

Madeline Farber is a Reporter for Fox News. You can follow her on Twitter @MaddieFarberUDK.News’ Alexandria Hein contributed to this report.

A Maine resident has been infected with a rare but typically severe tick-borne illness that can cause brain infections and meningitis and, in some cases, lead to death.

The Maine Center for Disease Control and Prevention (CDC) announced in a Wednesday news release that the resident, who has not been identified, showed symptoms of human Powassan encephalitis disease — more commonly referred to as Powassan virus — in late June and was hospitalized. The state CDC did not say whether or not the resident recovered.

NEW JERSEY VETERAN TESTED POSITIVE FOR RARE TICK-BORNE VIRUS BEFORE DEATH, DAUGHTER SAYS

Powassan virus — which “belongs to a group of viruses that can cause infection of the brain (encephalitis) or the membranes around the brain and spinal cord (meningitis), per the Centers for Disease Control and Prevention—  is typically spread to humans after they’re bitten by an infected woodchuck or deer tick. The federal agency says those who live or work near brushy or woody areas are more likely to be exposed to potentially infected ticks.

Most cases of Powassan virus — which was first discovered in Powassan, Ontario in 1958, according to the Maine CDC — have occurred in the northeast and Great Lakes areas of the U.S.

Those infected with the virus typically experience fever, headache, vomiting, weakness, confusion, seizures and memory loss, per the Maine CDC, which also noted: “long-term neurologic problems may occur.”

“Symptoms can begin anytime from one week to one month after the tick bite. There is no specific treatment, but people with severe Powassan virus illness often need to be hospitalized,” it added.

Patients typically need support breathing and to treat swelling around the brain, but there is no medicine to treat the virus, nor is there a vaccine to prevent it, and about 10 percent of cases result in death, according to the federal health agency.

Powassan virus is rare, with an average of seven cases reported cases each year in the U.S. In Maine, 11 cases of Powassan virus have occurred since 2000, state health officials said.

_________________

**Comment**

Here we go again. Powassan ISN’T RARE.

http://www.coppelabs.com/blog/why-is-powassan-virus-infection-still-described-as-rare-and-mysterious/  Please read the following excerpt by Coppe Lab here in Wisconsin,

For the last two years, Coppe Laboratories has dedicated a significant amount of time and resources to dispelling the myth that infection with Powassan virus, a virus transmitted by tick bite, is rare. The Centers for Disease Prevention and Control (CDC) reports only 100 cases of Powassan virus infection in the United States in the last 10 years. Indeed, that statistic gives the illusion that Powassan infection is rare. However, did you know that the only infections reported to CDC are those that are life-threatening, particularly cases causing severe inflammation of the brain like the case reported in LiveScience? Coppe has published three new papers in the last year that clearly show Powassan virus infection is not rare are at all,and until testing for this virus is included as part of tick-borne disease screening panels infections will continue to be underreported. Coppe’s Powassan Guide, which can be downloaded from the website, summarizes the findings from both tick and human Powassan prevalence studies, as well as defining the patient populations that would benefit most from Powassan testing.

COPPE LABORATORIES OFFERS THE FIRST COMMERCIAL PANEL DESIGNED TO DETECT EXPOSURE TO POWASSAN VIRUS THROUGHOUT ALL STAGES OF INFECTION.

Powassan can be transmitted in 15 minutes, so all the comforting words by the CDC on the emphasis that transmission of Lyme takes anywhere from 24-72 hours falls flat regarding Powassan. Also, to my knowledge, no work has been done on transmission time when multiple pathogens are being transmitted concurrently, or what happens when a person perhaps gets bitten, obtains Powassan but doesn’t have symptoms, and then in the future gets another tick bite and perhaps gets Lyme with that one.

Does that second bite activate a latent virus infection with Powassan?

THESE QUESTIONS HAVE NEVER BEEN BROACHED BY THE CDC.

The virus can be worse in those with “other medical conditions.”

Nobody really has a clue what a concurrent infection with Powassan looks like, but I would label that another medical condition. What if someone has Powassan and Lyme?  Or, in my case, what if you have Lyme, Bartonella, Babesia, and then Powassan on top of that?

THIS IS THE FLY IN THE OINTMENT THAT CURRENT RESEARCH IS NOT ADDRESSING.

In this article Coppe Lab, right here in Wisconsin has uncovered some interesting findings:  https://madisonarealymesupportgroup.com/2016/08/31/wi-coppe-lab-in-the-news/  A study completed in May, 2016 of 106 patients with suspected acute tick borne disease showed 10.4 % had Powassan.  Nearly 17% of the patients with positive Lyme results also tested positive for POWV exposure. The authors concluded,

“Infection with POWV may be underdiagnosed and may contribute to the persistent symptoms often associated with Lyme diseasediagnosis.”16

They postulate:

In both studies, the percentage of Lyme patients co-infected with POWV was about 17%, coinciding with the 10 – 20% of patients treated for Lyme that develop lingering symptoms attributed to post-treatment Lyme disease syndrome.

One thing’s for sure.  The CDC is not getting the memo because every single article I read on Powassan calls it “rare.”  
QUESTION TO PONDER:  HOW MANY HAVE TO DIE BEFORE SOMETHING IS NO LONGER RARE?

https://madisonarealymesupportgroup.com/2019/03/04/powassan-virus-on-the-up-tick/

 

 

Ticks Spread Plenty More For You to Worry About Beyond Lyme Disease

https://theconversation.com/ticks-spread-plenty-more-for-you-to-worry-about-beyond-lyme-disease-118102

Ticks spread plenty more for you to worry about beyond Lyme disease

When it comes to problems caused by ticks, Lyme disease hogs a lot of the limelight. But various tick species carry and transmit a collection of other pathogens, some of which cause serious, even fatal, conditions.

In fact, the number of tick-borne disease cases is on the rise in the United States. The range where various species of ticks live in North America may be expanding due to climate change. Researchers continue to discover new pathogens that live in ticks. And new, invasive tick specieskeep turning up.

In my career as a public health entomologist, I’ve been amazed at the ability of ticks to bounce back from all the ways people try to control them, including with pesticides. Ticks excel at finding new ecological niches for survival. So people and ticks frequently cross paths, exposing us to their bites and the diseases they carry.

Here are some of the lesser-known, but growing, threats from ticks.

Ticks can spread bacterial diseases

Certain very small species of bacteria that can cause human diseases, such as rickettsia, ehrlichia and anaplasma, live in ticks. Ticks ingest these bacteria when they drink animals’ blood. Then when the ticks take a subsequent blood meal, they pass the bacteria along to the next animal or person they feed on.

Probably the most well known of these bacterial diseases is Rocky Mountain spotted fever, the most frequently reported rickettsial disease in the U.S., with about 6,000 cases each year. The number of diagnoses seems to be increasing nationwide, especially among Native Americans, probably due to exposure on reservations to free-roaming dogs that can carry ticks.

Rocky Mountain spotted fever usually comes with a rash, as on this child. Centers for Disease Control and Prevention, National Center for Immunization and Respiratory Diseases (NCIRD), CC BY

When people get sick with Rocky Mountain spotted fever, they usually come to a clinic with three things: fever, rash and history of tick bite. They may also report severe headache, chills and muscle pains, and gastrointestinal symptoms such as abdominal pain and diarrhea. A skin rash is usually present after a few days, but not always. Mental confusion, coma and death can occur in severe cases. Untreated, the mortality rate is about 20%; and even with treatment, 4% of those infected die.

Not all tick species are effective transmitters of the rickettsia bacteria. Even within the vector species, often only 1% to 5% of ticks in an area are infected. So getting bitten by a tick that passes rickettsia bacteria on to you is like getting stuck with a needle in a haystack. The primary carriers are the American dog tick in the eastern U.S. and Rocky Mountain wood tick in the West. The brown dog tick has also recently been shown to be a vector.

In most tick-borne diseases, the tick needs to feed for some amount of time before any pathogens it’s carrying are transmitted to the animal whose blood it’s eating. Rocky Mountain spotted fever organisms generally take between one and three hours for transmission to occur, so attached ticks need to be removed quickly. Doctors usually prescribe the antibiotic doxycycline to treat Rocky Mountain spotted fever, which works quite well if the disease is recognized early.

Ehrlichiosis is another bacterial disease transmitted from ticks to people. In the U.S. it’s most commonly caused by Ehrlichia chaffeensis bacteria, carried by lone star ticks which are common in the eastern U.S. Ehrlichia bacteria infect a type of blood cell called leukocytes. Human monocytic ehrlichiosis occurs mostly in the southern and south-central U.S.; 1,642 cases were reported to the CDC in 2017.

Ehrlichiosis patients usually have fever, headache, muscle aches and a progressive low white blood cell count. As opposed to Rocky Mountain spotted fever, people get a rash only about 20% to 40% of the time. Doctors usually treat ehrlichiosis with doxycycline.

Another tick-borne bacterial disease to worry about is human granulocytic anaplasmosis. In human granulocytic anaplasmosis, Anaplasma phagocytophilum bacteria infects a type of white blood cell called granulocytes. It mostly occurs in the upper midwestern and northeastern U.S., and the incidence is increasing, with 5,762 cases of human granulocytic anaplasmosis reported to the CDC in 2017.

A female Ixodes scapularis tick. Dr. Blake Layton, MSU, CC BY-ND

Symptoms include fever, headache, muscle aches and progressive low white blood cell count. It’s the deer tick Ixodes scapularis – famously also responsible for Lyme disease – that transmits the Anaplasma bacteria to humans. There’s the unlucky chance that a bite from a deer tick could infect you with both diseases. Again, recommended therapy is doxycycline.

Ticks can carry viruses, too

People usually think of mosquitoes when they think of insect-transmitted viruses – dengue, Zika or West Nile garner a lot of headlines. But ticks can transmit viruses, too.

Scientists have historically grouped tick-borne viral diseases into two categories. One is diseases similar to dengue fever. The main dengue-like viral disease transmitted by ticks in the U.S. is Colorado tick fever, which occurs in mountainous areas of the West.

The other group of tick-borne diseases resemble mosquito-borne encephalitis. Most of these illnesses, characterized by brain inflammation, are not found in the U.S. Powassan encephalitis is the one that is, occurring in the northeastern U.S. and adjacent regions of Canada.

Powassan is a relatively rare but serious human disease, characterized by sudden onset of fever with temperature up to 104 degrees Fahrenheit, along with convulsions. Brain inflammation is usually severe, with vomiting, respiratory distress and prolonged fever.

Fewer than 100 cases of Powassan have been reported in North America, with about half of them fatal. Its incidence seems to be increasing; there were 34 cases of Powassan reported during 2017. POW is maintained in a natural cycle when ticks – primarily Ixodes cookei – infect animals with the virus via their bites. Then these infected animals may serve as what scientists call disease reservoirs, infecting new ticks when they feed on their blood.

Tiny larval lone star ticks next to a penny. Jerome Goddard

In the last decade, researchers have found additional new tick-borne viruses in the U.S. About 30 cases of Heartland virus have thus far been identified. It’s associated with the lone star tick and has been recognized in Missouri, Oklahoma, Kentucky and Tennessee.

A few cases of a new Thogotovirus called Bourbon virus have been identified in the Midwest and southern U.S. The lone star tick may be the vector of Bourbon virus as well.

A food allergy triggered by a tick bite

Maybe the most bizarre threat from ticks is the “red meat allergy” scientists have recently traced back to tick bites. People can become allergic to eating meat when a tick’s saliva passes on the carbohydrate galactose-α-1.3-galactose it had previously picked up in a blood meal from an animal. If prone to allergies, the person can get sensitized to that alpha-gal molecule that’s found in animal blood and other tissues.

Then days or weeks later, he or she may develop hives, swollen skin and lips, or even life-threatening anaphylactic shock three to six hours after eating red meat. Meats containing alpha-gal include beef, pork, lamb, squirrel, rabbit, horse, goat, deer, kangaroo, seal and whale. People who become sensitized to alpha-gal may still eat chicken, turkey and fish.

Take precautions, like tucking pants into socks, when you’re in tick territory. rck_953/Shutterstock.com

Overall, people should be aware of what tick-borne diseases are present in their area and use personal protection techniques whenever outdoors in tick-infested areas. Remember that ticks often come into close contact with people via pet dogs or cats. It’s a good idea to inspect yourself for ticks after being outdoors in tick-infested areas. Reducing the number of tick bites and the amount of time ticks remain attached can go a long way to protecting you from tick-borne diseases.

Disclosure statement

Jerome Goddard does not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

Partners

Mississippi State Universityprovides funding as a member of The Conversation US.

Republish this articleRepublish our articles for free, online or in print, under Creative Commons license._________________**Comment**

Why people continue to downplay this thing is beyond my understanding.

Compare this:

So getting bitten by a tick that passes rickettsia bacteria on to you is like getting stuck with a needle in a haystack.” Gerome Goddard – 2019 – (Extension Professor of Biochemistry, Molecular Biology, Entomology and Plant Pathology) 

With this:

A lot of tick pathogens are rickettsia and rickettsial diseases. Every time I go to my local physician and I have some strange illness that they don’t know what it is, he says it is probably a rickettsia—an idiopathic condition.I’ve tested negatively for rickettsia, but the symptoms [suggest it] could be.”  – James Oliver – 2016 (international expert in medical entomology and acarology, especially the biology and cytogenetics of pathogen-transmitting ticks and parasitic mites)  https://academic.oup.com/ae/article/62/4/206/2712469

Regarding Powassan being “rare,” please see:

http://www.coppelabs.com/blog/why-is-powassan-virus-infection-still-described-as-rare-and-mysterious/  Please read the following excerpt by Coppe Lab here in Wisconsin,

For the last two years, Coppe Laboratories has dedicated a significant amount of time and resources to dispelling the myth that infection with Powassan virus, a virus transmitted by tick bite, is rare. The Centers for Disease Prevention and Control (CDC) reports only 100 cases of Powassan virus infection in the United States in the last 10 years. Indeed, that statistic gives the illusion that Powassan infection is rare. However, did you know that the only infections reported to CDC are those that are life-threatening, particularly cases causing severe inflammation of the brain like the case reported in LiveScience? Coppe has published three new papers in the last year that clearly show Powassan virus infection is not rare are at all,and until testing for this virus is included as part of tick-borne disease screening panels infections will continue to be underreported. Coppe’s Powassan Guide, which can be downloaded from the website, summarizes the findings from both tick and human Powassan prevalence studies, as well as defining the patient populations that would benefit most from Powassan testing.

 

 

 

Lyme Disease Vaccines: Past & Future

https://thevaccinereaction.org/2019/07/lyme-disease-vaccines-past-and-future/

Lyme Disease Vaccines: Past and Future

Lyme Disease Vaccines: Past and Future

STORY HIGHLIGHTS

  • A new Lyme disease vaccine candidate approved by the FDA using the fast track process is currently in its second phase of clinical trials.
  • In 1998, the FDA granted licensure for a Lyme disease vaccine called LYMErix.
  • Following reports of severe adverse reactions to LYMErix, GlaxoSmithKline (formerly SmithKline Beecham) withdrew the vaccine from the market in 2002.

Lyme disease is an infection caused by a bacterium known as Borrelia burgdorferi and is transmitted to humans through infected ticks. Typical symptoms include fever, headaches, fatigue and a characteristic skin rash called erythema migrans. In 2017, there were a total of 42,743 confirmed and probable cases of Lyme disease reported to the Centers for Disease Control and Prevention (CDC)—an increase of more than 17 percent since 2016.1 2

There are currently no vaccines for Lyme disease available for humans in the United States. However, there is a new vaccine candidate in the pipeline now in clinical trials.

In 2017, the U.S. Food and Drug Administration (FDA) approved a Fast Track designation for a new Lyme disease vaccine. The goal of the Fast Track designation is to get the vaccine on the market as soon as possible by lowering the bar for proof of safety and efficacy in favor of speeding up the licensing process. When an experimental is designated by the FDA for Fast Track approval, the FDA will accept less data from the manufacturer pre-licensure and allow ongoing post-marketing clinical studies after licensure approval.3 4 5

French biotech company Valneva has announced  the initiation of the second study of Phase 2 clinical development for its Lyme disease vaccine candidate, VLA15. VLA15 is a multivalent, protein subunit vaccine that targets the outer surface protein A (OspA) of Borrelia.The goal of Phase 2 is to determine the optimal dosage level and vaccination schedule for its use in Phase 3 efficacy studies.5 6

The Phase 2 study is a randomized, observer-blind, placebo controlled trial conducted at sites in the U.S. where Lyme disease is endemic. Plans call for 250 people to receive one of two doses of VLA15 (100 people each) or placebo (50 people). The vaccine candidate contains aluminum adjuvants and will be injected intramuscularly at day 1, day 57 and day 180. The participants in the study will be monitored for 18 months immunogenicity will be measured at day 208. The clinical trial participants will include healthy adults between the ages of 18 and 65.5

The LYMErix Debacle

VLA15 is not the first Lyme disease vaccine to be developed. In December 1998, the FDA approved a recombinant Lyme disease vaccine known as LYMErix that was manufactured by SmithKline Beecham (now GlaxoSmithKline). LYMErix was a three-dose vaccine that was believed to be 49 to 68 percent effective at preventing Lyme disease with two doses and 76 to 92 percent effective after the third dose.6 7

As a result of concerns regarding the potential safety of the vaccine prior to its licensure, an FDA panel met in May 1998 to review the proposed LYMErix vaccine. The panel acknowledged that there were several safety concerns regarding the vaccine, one of which was its possible relationship to autoimmune arthritis. The panel was concerned that the vaccine could result in inflammatory arthritis in genetically susceptible patients. This concern was raised during a clinical study in which vaccine subjects reported a greater number of transient arthralgias than the placebo subjects. Despite the glaring concerns, the FDA panel gave its unanimous support for the vaccine’s licensure.7 8

Soon after the vaccine was licensed in the U.S, there was a burst of media coverage around Lyme disease and LYMErix. The vaccine received prime time media coverage, with news reports highlighting the benefits of the vaccine but with almost no mention of the potential risks associated with the vaccine. The media encouraged those living in endemic areas to consult their health professionals about getting the vaccine.8 9

By 1999, LYMErix was receiving more negative than positive publicity. There were reports of serious adverse reactions occurring after vaccination. Although there was a wide range of adverse reactions reported, musculoskeletal complaints such as arthritis were the most common in these reports. The media began reporting experiences of vaccine injured victims and the Lyme Disease Network, a non-profit citizen action group, had extensive website coverage about serious reactions to LYMErix.8

In December 1999, the Philadelphia law firm of Sheller, Ludwig & Bailey filed a class action lawsuit against the LYMErix™ manufacturer, SmithKline Beecham. The law firm represented 121 individuals who claimed that they experienced severe adverse reactions to LYMErix. The suit claimed that the vaccine caused harm and that the manufacturer deliberately concealed evidence about its risks and failures.8

As a result of lawsuits and public outcry at a Jan. 31, 2001 meeting of the FDA Vaccines & Related Biological Products Advisory Committee (VRBPAC), the committee discussed evidence for safety concerns about LYMErix and held a two-hour public comment session. Participants at the meeting included FDA scientific advisors, representatives from SmithKline Beecham, physicians, consumer advocacy organizations, vaccine injured victims and their lawyers.8 10

The FDA advisory committee reviewed a summary of the Vaccine Adverse Event Reporting System (VAERS) data and concluded that there was no causal relationship between LYMErix and inflammatory arthritis. SmithKline Beecham assured the panel that LYMErix was safe and provided a status review of their Phase 4 post-marketing surveillance. Physicians spoke about the effectiveness of the vaccine, noting a dramatic decline of Lyme disease in their clinical practices.8

There were other scientists at the meeting, however, who argued that the vaccine could indeed trigger OspA-autoimmunity in those patients who had a genetic susceptibility. Vaccine injured victims described their suffering and their lawyers said that the manufacturer deliberately failed to provide warnings about increased reaction risks for genetically susceptible patients.8

The FDA Committee, however, decided that the benefits of LYMErix outweighed its risks. No changes were made to the product’s labeling or indications. The FDA requested that the manufacturer provide more vaccine and efficacy data by increasing the number of subjects in the Phase 4 post-marketing trial. The vaccine remained on the market for public use.8

Due to the negative press coverage and publicity about the vaccine risks and lawsuits, the sales for LYMErix dropped significantly. In 2001, the manufacturer  reported $5 million in sales with the purchase of only 93,000 doses of the vaccine. In February 2002, GlaxoSmithKline (GSK) decided to withdraw the vaccine from the market citing poor market performance.7 8

In July 2003, GSK settled the class action lawsuit with Sheller, Ludwig & Bailey and other smaller law firms. The agreement included $1 million for legal fees for the prosecuting attorneys but no compensation for the vaccine injured victims. The prosecuting attorneys expressed that the voluntary withdrawal of the vaccine from the market was the main intention of the lawsuit.8

According to a report published in Epidemiology & Infection:

“Despite the settlement, the manufacturer continued to deny that LYMErix™ caused harm and indicated that the decision to settle represented a choice based on economic concerns (i.e. the desire to avoid the costs of lengthy litigation) for a product showing relatively poor performance in the market.”8


References:

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**Comment**

Deny, deny, deny…..that’s what authorities have been doing for decades on pretty much everything regarding Lyme/MSIDS.

https://madisonarealymesupportgroup.com/2018/07/01/lyme-vaccine-fail-safety-ignored/

https://madisonarealymesupportgroup.com/2018/06/07/the-lyme-vaccine-russian-roulette/

https://madisonarealymesupportgroup.com/2018/06/06/valneva-seeking-partner-for-350m-lyme-disease-vaccine-effort-prepping-for-phase-2/  (Please read my comment after the article.  This is far from a benign vaccine.  It has caused outright harm – even death)

https://madisonarealymesupportgroup.com/2017/07/01/pbs-lyme-vaccine/  Did you know that the LYMERIX vaccine caused 640 emergency room visits, 34 life threatening reactions, 77 hospitalizations, 198 disabilities, and 6 deaths? In a vile cesspool of conflicts of interest are university patent holders, drug companies, and the FDA itself as another patent holder. It generated 40 million dollars before it was yanked. (2008, Drymon)
As you can see in Dr. Lapenta’s article, the death toll raised to 229.  https://madisonarealymesupportgroup.com/2018/01/28/the-secret-x-files-the-untold-history-of-the-lymerix-vaccine/

Besides, death and suicide, please see:
http://www.yourlawyer.com/topics/overview/lymerix One doctor stated that 21 patients developed severe arthritis after receiving the LYMERIX vaccine.

http://www.lymediseaseassociation.org/index.php/about-lyme/controversy/vaccine/261-lymerix-meeting

“Given that Dr. Marks lead the clinical trials for Lymerix’s competitor, the OspA vaccine produced and then abandoned by Aventis Pasteur, his conclusions mean a lot. “In my opinion,” he told FDA officials, “there is sufficient evidence that Lymerix is causally related to severe rheumatologic, neurologic, autoimmune, and other adverse events in some individuals. This evidence is such as to warrant a significantly heightened degree of warnings and possible limitations or removal from marketing of Lymerix.”

Another glaring issue about the Lyme vaccine is it only covers borrelia, the causative agent of Lyme when often there are many other pathogens involved. These pathogens work synergistically together to depress the immune system. Vaccines also depress the immune system purposely to initiate an immune response. Nobody is discussing what the two together do inside the human body, but logic would state it can’t be good:  https://madisonarealymesupportgroup.com/2018/10/30/study-shows-lyme-msids-patients-infected-with-many-pathogens-and-explains-why-we-are-so-sick/

Every single Lyme/MSIDS patient I work with that gets vaccinated suffers a relapse.

This doctor shows vaccines reactive latent infections:  https://madisonarealymesupportgroup.com/2017/12/02/scottish-doctor-on-lyme-msids-part-2/

https://madisonarealymesupportgroup.com/2016/04/24/gardasil-and-bartonella/

Then there’s the little known fact that there has been a history of retroviral contamination of vaccines:  https://madisonarealymesupportgroup.com/2017/10/15/vaccines-and-retroviruses-a-whistleblower-reveals-what-the-government-is-hiding/

These retroviruses are connected to chronic diseases according to a well known Lyme literate doctor:  https://madisonarealymesupportgroup.com/2018/06/23/the-role-of-retroviruses-in-chronic-illness-a-clinicians-perspective/