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COVID In 2023: Here’s What Experts Expect

It’s been three years since the novel coronavirus first emerged, and while a sense of normalcy may have returned for many people, experts say the pandemic isn’t over yet.

COVID-19 cases and hospitalizations remain ever present in the U.S., and experts warn of more powerful variants emerging as the virus continues to spread and mutate globally. At the same time, researchers are working on what they hope will be more effective vaccine methods and treatments for both the acute disease and the lingering, long-term effects of long COVID.

Here is some of what we can expect to see this year.

‘An airplane of people falling out of the sky every day’

The number of COVID-19 cases reported in the U.S. has so far stayed relatively flat this winter compared to prior years, but cases are expected to rise due to recent indoor holiday gatherings. Case counts are also likely being underreported because more people are doing rapid testing at home, said Dr. Susan Hassig, an epidemiology professor at Tulane University whose research areas include infectious disease outbreaks.

“It’s probably 10 times or 15 times higher at the minimum than what we’re measuring right now,” she said of current national counts, which are tallied from tests performed by hospitals and other health care providers. “Rapid tests don’t get reported, so we don’t have a good view into the actual level of infection that exists in the United States.”

Confirmed COVID-19 cases are currently nowhere near where they were during the last two winters in the U.S., but they are expected to rise. The current numbers reported are also believed to be lower than they actually are since more people are testing at home.

There are also concerns that COVID-19 hospitalizations could dramatically rise because fewer people have received the updated bivalent vaccine booster, which is specifically designed to protect against COVID-19 caused by the omicron variant and the original virus strain.

As of early January, omicron descendants made up the majority of cases in the U.S., according to the Centers for Disease Control and Prevention, though only 15% of the U.S. population has received an updated booster shot.

One of the most dominant new descendants, XBB.1.5, was last week called “the most transmissible variant” yet by the World Health Organization. Data on its severity was not immediately available, though there was no early indication that severity had changed judging by lab studies and current hospitalization rates, said the WHO’s senior epidemiologist Maria Van Kerkhove at a press conference.

“Omicron is highly transmissible and fewer people are protected against that right now. So that doesn’t bode well,” Dr. Thomas A. LaVeist, dean of the Tulane University School of Public Health and Tropical Medicine, said of current vaccination rates for bivalent COVID-19 boosters. “I think we’re likely headed for headwinds because we’ve let our guard down.”

“We in America need to remember that COVID isn’t over,” said Hassig. “We are still losing the equivalent of an airplane of people falling out of the sky every day from COVID.”

An average of 385 people died each day from the virus last month, according to CDC data.

An annual vaccine?

White House officials last fall suggested that COVID-19 vaccinations may become annual for most people, similar to flu shots.

This would depend on a “dramatically different variant” not emerging and upending the current vaccines’ effectiveness, said Dr. Anthony Fauci, the White House’s then-chief medical adviser. Individuals with underlying health conditions may still need to get vaccinated more than once a year, he added.

A single combined COVID-19 and influenza vaccine is also in the works, with Moderna, Pfizer-BioNTech and Novavax all launching trials last year. Moderna has said it hopes to market its single shot, which would also include a vaccine for respiratory syncytial virus, or RSV, by the fall of 2023.

A pharmacy in New York City offers vaccines for COVID-19, flu, shingles and pneumonia.

Hassig said she personally hopes “booster” shots are replaced with one annual shot, simply because it could be an easier ask for the public.

“I would rather just increase the likelihood that they would get it on an annual basis,” she said. “It just will become something that we have to factor into our kind of preventive medicine approach to keeping ourselves healthy and taking care of ourselves and our families on an annual basis.”

A move away from needles?

As for whether annual vaccines could one day no longer be needed for COVID-19, that’s looking unlikely, at least for the foreseeable future. That’s in part because of how quickly RNA viruses like SARS-CoV-2 ― the virus that causes COVID-19 ― and influenza mutate, which can lead to vaccine resistance, said Hassig.

“This virus mutates as it moves from person to person to person,” she said. “That’s the challenge with these organisms, that they’ve got a mechanistic way of reproducing and if we don’t behave in a way to make that less successful, they’re just going to keep doing what they do. Disruption of transmission is a really valuable thing.”

Though annual vaccines may not soon disappear, many researchers hope the needles will.

A man receives a COVID-19 nasal spray at a vaccination site in Beijing. China back in October administered what was believed to be the first inhalable COVID-19 vaccine, though little information was released on its efficacy.

Beijing Youth Daily via Getty Images

Nasal COVID-19 vaccine sprays remain in development, with researchers touting them as being potentially better at preventing coronavirus infection than intramuscular shots, since the virus spreads through respiratory droplets that enter the respiratory tract where the spray is administered.

“Delivering vaccines to the nose and airways is one of the most promising ways to achieve immunity within the airways, which could stop mild COVID infections and transmission of the virus more effectively than injected vaccines,” Dr. Adam Ritchie, Oxford University’s senior vaccine program manager, said in a recent press release on his university’s collaboration with pharmaceutical company AstraZeneca on a nasal spray. “It also has the advantage of avoiding use of a needle. Many parents will know that nasal sprays are already used for the flu vaccine offered to schoolchildren in some countries, including the U.K.”

Recent studies have shown that much work remains to determine their success. Though similar nasal COVID-19 vaccines have been developed and approved for use internationally in places like China, India and Russia, there has been little information available on their efficacy, according to the weekly science journal Nature.

Risks from China’s COVID-19 outbreak

A recent COVID-19 outbreak in China has overwhelmed hospitals and prompted international travel restrictions amid concerns that the government is underreporting cases and deaths from the virus.

A high rate of transmission creates new risks not just for people in China, but also for the global population due to the likelihood of a more powerful COVID-19 variant emerging “that will ultimately circle the globe, as these viruses will, and come for us too,” said Hassig.

“China is really scary, frankly, not just for the impact on them alone, but the likelihood that there are lots and lots and lots of infections happening, and this virus mutates as it moves from person to person to person,” she said. “There’s no way to predict what the variant is going to be like.”

A PCR testing site for COVID-19 variants at a new test facility at the Los Angeles International Airport on Jan. 2. Health officials hope the testing site will help spot new variants that may emerge from airline passengers arriving from other countries.

Gary Coronado via Getty Images

LaVeist expressed similar concerns.

“My biggest concern always is that we’ll get another variant that would have the transmissibility of omicron combined with the lethality of delta,” LaVeist said, referring to the current and past dominant variants. “Put that together, that would be the Frankenstein version of the virus, and that variant would be very problematic, especially if the new multivariant booster wasn’t effective against it. There’d be some period of time where we’d have to catch up.”

China reopened its borders for international travel on Sunday, allowing its citizens to travel abroad for the first time since the pandemic began without wide restrictions under its strict “zero COVID” policy. Numerous countries, including the U.S., responded by mandating negative COVID-19 tests from travelers arriving from China, prompting backlash from Chinese officials who called the requirement excessive and unacceptable.

Members of the media record travelers arriving at the Suvarnabhumi Airport in Bangkok on Monday after China removed COVID-19 travel restrictions.

JACK TAYLOR via Getty Images

A shift to ‘curative care’

LaVeist believes public focus may eventually need to turn from preventing coronavirus infection and instead to COVID-19 treatment options if vaccine rates don’t go up and public education doesn’t improve. This “curative care model,” as he puts it, would focus on treatments like prescription or over-the-counter medications.

“That’s the way we manage influenza. People get the flu and then they go to the supermarket or the drugstore, they buy over-the-counter medications to try to manage the symptoms,” he said. “Well, with COVID, we will have therapeutics that should be more effective than just over-the-counter remedies that deal with symptoms.”

It’s more expensive to treat or recover from an illness than to avoid infection, of course, and people will still die like they do from the flu, he said.

Over-the-counter cold and flu remedies in a pharmacy. Treatments specific to COVID-19 have been approved by the FDA for use, with more expected.

Jeff Greenberg via Getty Images

“It’s not ideal,” LaVeist said. “I don’t think many health professionals would think that this would be the best way to do this. But I think that’s kind of where we’re going.”

The Food and Drug Administration has so far authorized two antivirals, Pfizer’s Paxlovid and Merck’s molnupiravir, to treat mild to moderate COVID-19 at home. There are also emergency-use treatments for hospitalized patients.

“If we can get them to the point where they’re easily accessible, I think that may be the way that we’ll have to manage COVID going forward,” he said.

A continuing need for masks

Federal health officials continue to recommend wearing masks when indoors and in populated areas, especially if you’re unvaccinated or at high risk of getting sick, or if you’re in a community reporting high levels of viral transmission. A list of those locations can be found on the CDC’s website.

Those who suspect they have COVID-19 or have a confirmed case are still being advised to stay home, wear a mask around others, and isolate for at least five days.

“Wherever there are crowds, and by that I mean a dense urban population or a crowded social environment, there’s the possibility of transmission of a respiratory virus,” said Hassig. “I still don’t go anywhere in a public setting without a mask on and I would encourage people to do the same.”

Health officials in New York City issued an advisory last month strongly urging residents to use masks amid rises in COVID-19, flu, and RSV cases.

Anadolu Agency via Getty Images

LaVeist similarly advised people not to let their guard down, even if others around them have.

“I think that even people who are well informed, who have a very sophisticated understanding of this, can become complacent. I’m one where it happened with me,” he said of his own COVID-19 diagnosis last year after going maskless on a plane.

Other viruses will remain a concern

Mask use isn’t only helpful for preventing coronavirus transmission, but also for protecting against other respiratory viruses like flu and RSV.

An estimated 13,000 people have died from the flu so far this season, a significant drop from prior years that saw death tolls as high as 52,000 just five years ago. RSV each year kills 6,000-10,000 adults ages 65 and older, and 100-300 children younger than 5, according to CDC estimates.

Pediatric flu deaths significantly dropped after the start of the coronavirus pandemic, though they have started to rise again.

The CDC has warned that flu vaccine coverage has been lower among some age groups than in past seasons and there have been more hospitalizations due to the virus than in the past decade. Most of these hospitalizations have involved those ages 65 and older and children under 5.

“Flu is very well transmitted by children, and they suffer some pretty severe consequences from flu as well. COVID is not as impactful on children but still has some very serious consequences for some of them,” said Hassig, who credited mask use and remote learning for the significant drop in flu cases in the midst of the pandemic.

Possible improvements in long-COVID treatment

Plenty of unknowns remain about the coronavirus’s lingering effects, which for some people can last months or even years. But there are encouraging developments toward longer-term treatment.

“We have a lot more tools now than we had three years ago,” said Dr. Andrew Schamess, an internal medicine physician who has been treating long-COVID patients at the Post COVID Recovery Program at Ohio State University’s Wexner Medical Center in Columbus. “I wouldn’t be surprised if in the next two to three years we really start to understand this at the level that we understand other immunologic conditions and we may be able to treat it with really disease-specific drugs.”

Despite not fully understanding the cause of long-COVID, doctors say they have found some successes in treating it, including with certain rehabilitations and the repurposing of other medicines to treat long-COVID symptoms, such as administering medications used for brain injury to treat brain fog.

“I think people should be paying a lot more attention to [long COVID] as a possible outcome if they become infected. It’s not necessarily all about the acute disease experience with this virus.”

– Dr. Susan Hassig, Tulane University

“We know that there is kind of a dormancy of some areas of the brain, which causes brain fog and confusion and word-finding difficulty and fatigue,” said Schamess. “We have both rehabilitation techniques and medicines to treat that.”

There are also more case studies and clinical trials taking place than ever before, further fueling optimism.

“We are getting a better sense on the basic-science level about some of the physiologic abnormalities in long-COVID, but there is more work still to do in this area to truly have a unified understanding of the causes of symptoms, although it probably won’t be the same for everyone with long-COVID,” said Dr. Benjamin Abramoff, director of the Post COVID Assessment and Recovery Clinic at the University of Pennsylvania in Philadelphia. He added that a cure is likely nowhere near on the horizon.

Like Schamess, Abramoff said his clinic has seen a steady flow of long-COVID patients, with spikes that generally follow spikes in acute COVID-19 cases by a few months. At the Wexner Medical Center, Schamess said there’s a waiting list of 60 to 70 people seeking treatment.

In Germany, long-COVID patients participate in motor skills training with a sports therapist. Doctors expect to have more treatments available for long-COVID patients within the next year or so.

picture alliance via Getty Images

“There’s just more demand than we can meet,” he said, expressing frustration that there aren’t more physicians who are knowledgeable about the condition or who are taking it seriously. “A lot of the patients I see have already been to many physicians who’ve told them ‘It’s all in your head’ or ‘It’s not for real,’ ‘Maybe it is for real, but we don’t know what to do about it,’ or giving them kind of off-the-cuff advice, which doesn’t really help them.”

Delaying care prolongs recovery, he said, raising some concerns about long-term impacts on the workforce, which Hassig likened to “a ticking time bomb of disability.”

“I think people should be paying a lot more attention to that as a possible outcome if they become infected. It’s not necessarily all about the acute disease experience with this virus,” she said. “People can get long-COVID from a relatively mild COVID infection.”

This is enough reason to avoid catching the virus whether you have a strong immune system or not, she said.

Abramoff said one of the most common things he sees among his most severely affected patients is difficulty returning to work for days or more, though he said he’s seen success with structured and incremental plans that use accommodations like working from home.

Schamess also said that most patients just need rest.

“It may be Victorian medicine, but sometimes that’s what people need to hear, and other times it’s medications and other times it’s more sophisticated things,” he said, while imploring employers to be more accommodating to their employees.

“Apart from what doctors and scientists can do, it’s important for employers to understand how disabling this condition is,” he said. “If you’re an employer, if you simply allow your [employee] to get the rest they need and have some accommodations and go back to work slowly and pursue a course of therapy, you’re going to have that worker back.”

The alternative is the employee possibly losing their job, losing their health insurance when they need it most, and for the employer, “you’ve lost a potentially very good employee,” he said.

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Ways to Regain Sense of Smell After COVID

Among the many aftereffects of COVID-19 infection, one that has garnered much attention is the loss of smell or taste. For many people, the condition is long-term and treatment remains elusive.

Why does this happen to some people and are there effective treatments available to restore our sense of smell after COVID?

Loss of Smell Is Common With Many Viral Infections

Our sense of taste and smell work together to help us enjoy food and drink. The loss of these senses can make meals seem tasteless or bland. More importantly, we may not recognize potentially dangerous situations like a gas leak or spoiled food.

Losing taste (ageusia) and smell (anosmia) is not only an early symptom of COVID-19 infection—it’s also a well-known symptom of long COVID.

However, the condition isn’t unique to COVID.

“Loss of smell is common with numerous viral infections, and especially so in COVID. In about 95 percent, smell has returned by 6 months,” Jacob Teitelbaum, M.D., a board-certified internist and nationally known expert in the fields of chronic fatigue syndrome, fibromyalgia, sleep, and pain, told The Epoch Times.

In a study from New York University, researchers found that the presence of COVID virus near nerve cells in olfactory tissue stimulated an inrush of immune cells, like microglia and T cells to counter the infection. 

These cells release proteins called cytokines that change genetic activity in olfactory cells, even though the virus couldn’t infect them. In other scenarios, immune cell activity dissipates quickly; but researchers theorize that COVID-related immune signaling persists in a way that impairs the activity of genes needed to build smell receptors.

Other research found why, for some people, the loss is potentially permanent.

Scientists at Duke University, with experts from Harvard University and the University of California San Diego, used a tissue biopsy (extracted sample) to analyze olfactory epithelial cells, particularly those from COVID patients with long-term anosmia.

The findings indicate our immune cells may continue reacting, even when the threat is gone. 

Analyses revealed widespread infiltration by T-cells (immune cells) that caused an inflammatory response in the nose where the nerve cells for smell are located. 

“The findings are striking,” senior author Bradley Goldstein, M.D., associate professor in Duke’s Department of Neurobiology, said in a statement.

“It’s almost resembling a sort of autoimmune-like process in the nose,” he noted.

Regaining Our Sense of Smell, Steroid Nasal Spray Shows Promise

A study published in the American Journal of Otolaryngology found fluticasone (Flonase) nasal spray helped participants regain their sense of smell.

Researchers looked at 120 people experiencing anosmia due to COVID-19 and split them into two groups—one that received treatment and one that did not.

They found that smell and taste function significantly improved within one week in all patients with COVID-19 who received fluticasone nasal spray.

Teitelbaum said the nasal spray may work because viral infections can cause inflammation and swelling around the olfactory nerves. Fluticasone is an over-the-counter steroid nasal spray that reduces inflammation.

“Once the infection has been gone for a month,” advised Teitelbaum. “The OTC steroid nasal spray Flonase [used] for 6 to 8 weeks may decrease the nasal and nerve swelling.”

But he cautioned that this nasal spray shouldn’t be used while symptoms of active infection, like a runny nose, are present.

Olfactory Retraining

Anosmia has been studied long before the current pandemic. A 2009 study discovered that the sense of smell could be re-sensitized in people who lost the ability to detect odors.

Researchers exposed participants to one of four odors: cloves, lemon, eucalyptus, and rose.

Patients sniffed the four intense odors twice a day for 12 weeks. They were tested for sensitivity before and after training using “Sniffin’ Sticks” of various smell intensities.   

Compared to the baseline, patients who trained their olfactories experienced an increase in their sensitivity to smells, according to their Sniffin’ Sticks test score. Smell sensitivity was unchanged in patients who didn’t receive the sense training.

Research specifically looking at people with COVID-related loss of smell found that smell training effectively improved their ability to detect odors.

“When begun early and with good compliance, olfactory training was reported to be most beneficial in enhancing olfactory function,” said Teitelbaum.

Vitamins That May Help

There are many theories about what causes loss of smell in COVID, but we still don’t know exactly why. 

Teitelbaum believes it’s likely a mix of several causes, including low levels of certain nutrients, such as zinc.

“I give 25 to 50 mg [of zinc] a day for 6 months [to patients],” he said.

Zinc is critical for immune function, with the key immune regulating hormone called thymulin being zinc-dependent. Many infections, including AIDS, deplete zinc to worsen immunity. Smell is also zinc-dependent.

Another key nutrient for smell is vitamin A. 

“The retinol form of vitamin A at doses of 2500 to 5000 units a day may, along with zinc [at] 25 to 50 mg a day, help smell over time,” Teitelbaum recommended. 

However, pregnant women need to be careful when taking this vitamin. “Vitamin A will cause birth defects in pregnant women at doses over 8000 units,” Teitelbaum warned. 

A case study from 2021 describes how a COVID-19 patient’s ability to smell was restored by olfactory training combined with daily doses of these B-complex vitamins:

  • 5000 IU of vitamin B1  
  • 100 mg of vitamin B6  
  • 5000 mg of vitamin B12 

The patient’s anosmia was significantly improved at 12 days and his sense of smell was recovered by day 40.  

George Citroner is a health reporter for The Epoch Times.

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Duke researcher uncovers link between long COVID and loss of smell

A Duke University scientist said he’s learned the reason for the loss of smell during long COVID.

The discovery comes at a time when COVID sufferers are trying to shake fatigue, brain fog and shortness of breath.

However, long after some COVID patients walk out of the hospital doors, they’re still struggling.

But now Duke has provided some insight as to what’s causing the long recovery.

“I have good and bad days,” said Becky Babel, who suffers from long COVID. “Some days are good and some days are not.”

Doctors diagnosed Babel with COVID-19 in February of 2021.

Just two weeks away until the start of 2023, she’s still struggling. She’s still tired and her ability to taste and smell has decreased.

“There are days I have a hard time getting out of the bed,” Babel said. “I have no energy level.”

Dr. Brad Goldstein at Duke University researched why long COVID is happening, specifically the loss of smell.

The study took 24 biopsies from the nose of nine people suffering long COVID. During the process the team found a consistency.

“There seems to be some unresolved inflammation in that area of the nose that we believe is disrupting the smell process,” said Dr. Goldstein.

Dr. Goldstein says the next step in the research process is to identify drugs that can decrease the inflammation in the nose.

The bigger picture is that the research could be used to address other long COVID symptoms like brain fog, shortness of breath and fatigue.

“If there is a cure out there I would be all for it,” said Babel, who wants to finish her graduate degree and get back to being a teacher full-time.

The WRAL Data Trackers analyzed CDC information and found that women are more likely than men to experience long COVID across the country. In North Carolina, about three out of every 10 adults who had COVID is currently experiencing long COVID symptoms. And 9 percent of those with long COVID say they’ve had significant activity limitations since contracting it.

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COVID Jabs Might Reactivate Virus and Diseases in Your Body

New evidence in the scientific community indicates that there is a strong correlation between COVID-19, its related vaccines, and the reactivation of other viruses which have previously infected the host. This article will dive deeper into the nuances.

How Can Viruses Be Reactivated?

In the number of years I spent in the military as a microbiologist, I’ve always been quite impressed with how shrewd viruses can get. 

During viral infections, viruses have to deal with the defense of the immune systems. If the immune system has the upper hand and defeats the viruses, viruses might develop mechanisms to stay dormant and become inactivated. 

One such mechanism is to insert their viral DNA into cells’ chromosomes, staying in latency without active replication. Other mechanisms might involve promoting epigenetic silencing of the viral genome, meaning they stay “muted” in activity, but present and lying in wait.  

Host cells will then reproduce cells still carrying the viral genetic information. Then, viruses might come back years, or even decades later, reactivating the viral replication when the immune system degrades. This prudent strategy where viruses turn into a latent enemy within the host is quite an effective strategy against the enemy, whether in the military or the human body. 

The scientific community is very familiar with five types of viruses that are able to “hibernate” and reactivate given suitable conditions:

  • Herpes simplex virus, which causes blisters in the mouth and genital herpes. It is extremely common;
  • Varicella zoster virus (VZV), more commonly known as chickenpox;
  • Epstein-Barr virus (EBV), which causes mononucleosis or “mono,” the “kissing disease,” as it can be transmitted when people kiss each other;
  • Cytomegalovirus (CMV), which usually causes a great deal of trouble for immunocompromised people but not really otherwise;
  • Human immunodeficiency virus (HIV), which causes AIDS; this virus can stay in your body for more than a decade before becoming activated.

Let’s take VZV, or chickenpox, as an example. In the usual sense, everybody gets chickenpox in their life. This usually happens early on and is quite itchy for the patient but doesn’t have a lot of other severe complications. 

After the patient initially overcomes VZV, it never truly goes away. It has the possibility of coming back, especially with the weakening of the immune system. It can attack again in a more severe form called shingles or Herpes Zoster. Shingles is a very painful rash that develops on one side of the body. In some cases, it may also cause chronic nerve pain or other serious complications, including blindness.

Shingles can also be caused by advanced age, stress, diseases (chronic or acute), cancer, or various other sources. In fact, the aforementioned factors usually also lead to the reactivation of other viruses. Chronic fatigue might lead to reactivating EBV, herpes might be reawoken with surgery, and HIV might be kickstarted by tumors.

A popular theory behind why viruses can be reactivated is that, after the initial wave of viruses was defeated, the body has a large fleet of naive CD-8 T-killer cells (immune cells that get rid of pathogens they don’t recognize) which serve to keep the remaining number of viruses in check. 

When the immune system is placed under a lot of stress, such as during acute infection, when battling cancer, or after an organ transplant (due to the administered immunosuppressant drugs), those naive CD-8 cells go down in number one way or another. The virus then seizes the chance to proliferate when defenses are down.

Can COVID-19 Reactivate Latent Viruses?

Although it is unclear what exactly lets the viruses know that the immune system is compromised or otherwise occupied, there is now an increasing pool of data that strongly correlates the reactivation of previous viruses and a COVID-19 infection or even vaccination. 

For example, in the journal Cell, scientists published a study that followed around 300 COVID-19 patients and tested their blood serum for viral fragments including from the Epstein-Barr Virus (EBV), the Cytomegalovirus (CMV), as well as SARS-CoV-2 itself. 

The researchers recorded fragment levels two to three weeks after clinical diagnosis of COVID-19, two to three weeks after acute disease onset, and two to three months after initial symptoms. The researchers found that although viral fragment levels of other diseases were never higher than that of SARS-CoV-2, EBV fragment levels were still quite high. 

Then, is this due to coinfection of COVID and EBV, or reactivation of latent EBV after COVID infection? 

 

Actually, studies have found that the fluctuation patterns of antiviral IgG levels can indicate whether this is coinfection or reactivation of latent EBV.   

In the diagram illustrated here, the solid lines represent antigen levels for EBV during acute infection, and the dashed lines are predicted antigen levels for a reactivation of EBV caused by SARS-CoV-2.  

So, there are two major differences: one is that IgG antibody levels against viral capsid protein (VCA IgG) will be low during the initial one to two days of infection, while VCA IgG will start from a high level if it is a reactivation case.

The second difference is that the IgG against nuclear antigen (NA protein) will have a slow curve to increase its level if it is related to acute EBV infection on top of COVID, but the NA IgG will start from medium to high level if it is a reactivation of latent EBV. 

Long COVID and Virus Reactivation

COVID-19 sometimes leads to an infamous syndrome called long covid, also known as post-acute sequelae of COVID-19 (PASC). Long covid patients often experience “unremitting fatigue, post-exertional malaise, and a variety of cognitive and autonomic dysfunctions” for a prolonged period of time.

This means that the immune system is under a terrific amount of stress struggling with these symptoms, which some scientists speculated to be quite the precursor to the reactivation of various hibernating viruses.

In a cross-sectional study, 215 participants were analyzed for key features that distinguished long COVID.

The results were surprising in the sense that many antibody responses were raised against not only SARS-CoV-2, but also other viruses such as EBV and VZV.

Using a process called rapid extracellular antigen profiling (or REAP), scientists were able to identify an elevated REAP score for many viruses belonging to the family herpesviridae, indicating that these viruses were reactivated during a COVID-19 infection. 

Long COVID is known to cause a lot of issues even disregarding the reactivation of previous viruses, but what about the COVID-19 vaccines? Will they cause something similar? 

Can the Jabs Reactivate Viruses as Well?

COVID-19 vaccines simulate the COVID-19 infection in a special way and force the immune system to adaptively react to it. 

During the time when the immune system is processing the vaccine, it effectively redirects the attention of a lot of the naïve CD-8 T-killer cells to the COVID-19 spike proteins, and might leave a fleeting moment for some viruses from past infections to resurface.

The Epstein-Barr virus (EBV or mono) is ubiquitous in the global population and usually doesn’t cause a lot of trouble. Only in patients with severe immune deficiencies, such as after an organ transplant, will EBV lead to severe or even fatal complications. 

One study looked at patients with an organ transplant history and analyzed their EBV fragment levels before and after receiving a full course of COVID-19 vaccination. They found that EBV levels in this category of patients were significantly higher after vaccination. 

Another case study related to EBV analyzed its reactivation in a young and healthy man after he was administered a COVID-19 vaccine. This was the first case of EBV reactivation in a healthy, immunocompetent adult post-COVID-19 vaccination. These incidences indicate a strong correlation between the vaccine and dormant virus reactivation. 

According to the REAP data above, shingles or herpes zoster (HZ) was another virus that correlates to COVID-19 in terms of reactivation. An Indian case study analyzed 10 cases of shingles directly after the COVID-19 vaccine, where the onset of symptoms occurred within 21 days post-vaccination.

In the study, 80 percent of the patients in the study didn’t have any other factors which might have led to the reactivation. Two patients, who had diabetes as the only other possible factor, already had it well under control before the vaccination. This is not the only case report in relation to shingles. 

An article published in The Lancet reveals that 16 and 27 cases of shingles were discovered after the administration of CoronaVac (Sinopharm) and BNT162b2 (Pfizer/BioNTech) vaccines when analyzing vaccination records from the Hong Kong Department of Health. The study concluded that shingles would likely occur in about seven or eight in 1 million doses administered. A more systematic case report which summarized 91 cases of post-vaccine HZ found that the mean symptom onset time was just under six days, with hypertension as the most common comorbidity and autoimmune conditions being fairly prevalent among the patients. 

Data from the WHO global safety database shows that there are already over 7000 cases of HZ found worldwide, meaning that this is not an isolated issue.

By May 2022, the United States Vaccine Adverse Event Report System (VAERS) has already reported 4,577 cases of HZ post-vaccination, and the Medicines and Healthcare products Regulatory Agency (MRHA) of Great Britain reported 2,527 HZ cases. It is important to note that HZ is likely an underreported occurrence as a post-vaccination complication.

Other viruses mentioned in the beginning, such as the Cytomegalovirus (CMV) and the cancer-inducing Kaposi’s Sarcoma-associated Herpesvirus (KSHV) have also seen case reports or studies that document their reactivation after the administration of anti-COVID-19 drugs. Scientists are even discussing whether SARS-CoV-2 itself can embed itself in humans only to become reactivated in the unforeseeable future, but it is generally too early to tell.

The hotly contested issue at hand is how we should treat the issue of vaccination for those at risk of having their old diseases “rise from the dead” or “wake up from hibernation.” The discussion of antibody-dependent enhancement (ADE), which raises the risk of booster vaccines causing more severe illness than otherwise, begs the question of whether vaccines effectively lead to easier infections, whether COVID or old viruses and diseases.

It is important to note that the studies validate the correlation between the COVID-19 infection or vaccine and the reactivation of various viruses from their dormant period, but it is in no way meant to indicate causation.

However, there needs to be a well-calibrated balance between administering vaccines to individual groups with different risk factors. 

The official guidelines are to get the elderly vaccinated first in order to protect them from strong ramifications as a result of a COVID-19 infection. It is true that most coronavirus deaths are from that age group and that the elderly suffer the most under this virus.

However, we have to keep in mind that, empirically, this age group is precisely the group at high risk of having other viruses reactivated when their immune system has a burden to face. 

This is why a delicate balance of risks and benefits must be maintained when operating under the assumption and guise of prevention and protection.

Views expressed in this article are the opinions of the author and do not necessarily reflect the views of The Epoch Times. Epoch Health welcomes professional discussion and friendly debate. To submit an opinion piece, please follow these guidelines and submit through our form here.

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Dr. Xiaoxu Sean Lin is an assistant professor in Biomedical Science Department at Feitian College – Middletown NY. Dr. Lin is also a frequent analyst and commentator for Epoch Media Group, VOA, and RFA. Dr. Lin is a veteran who served as a U.S. Army microbiologist. Dr. Lin is also a member of Committee of Present Danger: China.

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Here’s How It’s Being Treated

Multiple studies have shown that the SARS-CoV-2 spike protein is a highly toxic and inflammatory protein, capable of causing pathologies in its hosts.

The presence of spike protein has been strongly linked with long COVID and post-vaccine symptoms. Studies have shown that spike proteins are often present in symptomatic patients, sometimes even months after infections or vaccinations.

The numbers of long COVID and post-vaccine cases have been climbing in the United States, increasingly posing as a healthcare problem.

Data from the Center of Disease Control and Prevention (CDC) estimates that around 7 percent of Americans are currently experiencing long COVID symptoms, which would be over 15 million people. Some people with long COVID have been so debilitated that they cannot go to work, the same have been reported in people experiencing post-vaccine symptoms.

Over 880,000 adverse events have been reported to the Vaccine Adverse Event Reporting System (VAERS) database for possible post-COVID vaccine symptoms.

However, statisticians argue that the number of people suffering from post-vaccine syndromes are much higher.

Canadian molecular biologist Jessica Rose estimated an underreporting factor of 31, adding up to an estimation that more than 27 million Americans may have suffered from adverse events following vaccination.

“The vaccine-injured are vast,” said Dr. Pierre Kory on Oct. 15 at a Front Line COVID-19 Critical Care Alliance (FLCCC) conference.

“The numbers are massive … they are underserved and their needs are not being met.”

However, many doctors are looking to change this situation. The FLCCC has been at the forefront in treating COVID-19, long COVID, and post-vaccine symptoms.

No large scale studies have been done on treatment for post-vaccine symptoms. Based on clinical observations, patient feedback, and extensive research, the FLCCC has released its updated treatment recommendations.

The FLCCC co-founder and Chief Scientific Officer Dr. Paul Marik told The Epoch Times that recommendations are always subject to change based on patient feedback, as well as research on a new treatment option.

However, to understand the treatment options, one first needs to understand on how spike protein is causing damage.

Pathology of Spike Proteins

Long COVID and post-vaccine syndrome share a high degree of overlap as the two conditions have both been linked to long-term spike protein presence, and the symptoms are often similar too.

“The core problem in post-vaccine syndrome is chronic ‘immune dysregulation,’” Marik shared at the FLCCC conference.

Spike proteins can cause chronic inflammation. Studies have shown that inflammation can lead to cell stress, damage, and even death.  Cells make up tissues, different tissues form organs, and organs are part of our own physiological systems. Therefore spike protein injuries are a systemic syndrome.

Spike proteins trigger chronic inflammation by causing immune dysregulation. Spike proteins enter immune cells, switch off normal immune responses, and trigger pro-inflammatory pathways instead.

The normal immune response for infected immune cells is to release type 1 interferons, this give signals to other immune cells to enhance defense against viral particles. But spike protein reduces this signaling in infected cells, and uninfected cells will also take in and become damaged by the spike protein as the infection goes out of control.

Marik said that a critical aspect of long-term spike protein damage is that it inhibits autophagy, your body’s way of recycling damaged cells. Usually, when cells have been infected with viral particles, the cells will try to break these particles down and remove them as waste.

However, studies on SARS-CoV-2 viruses have shown that autophagy processes are reduced in infected patients, with spike proteins present many months after the initial exposure.

“The spike protein is a really wicked protein,” said Marik. “It switches off autophagy, that’s why the spike can stay in the cells for such a long time.”

Dr. Paul Marik, co-founder of the Front Line COVID-19 Critical Care Alliance (FLCCC) and former Chief of the Division of Pulmonary and Critical Care Medicine at Eastern Virginia Medical School, at the FLCCC conference “Understanding & Treating Spike Protein-Induced Diseases” in Kissimmee, Fla. on Oct. 14, 2022. (The Epoch Times)

Immune Cell Dysfunction

The immune dysfunction caused by spike protein not only causes inflammation, but also may also contribute to cancer proliferation, and autoimmunity.

Studies have shown that spike can reduce and exhaust the action of T and natural killer cells. These two cell types are responsible for killing infected cells and cancerous cells. Therefore a reduced cellular immunity from T and natural killer cells can contribute to an untimely clearance of spike-infected cells.

Damage from spike can lead to damaged DNA, and studies have shown that spike can also reduce DNA repair. Psychological and environmental stress such as ultraviolet light, pollutants, oxidants, and many other factors, can routinely damage DNA, requiring constant repair.

Damaged DNA puts cells at risk of becoming cancerous, and these cells should be killed to prevent cancer formations. However, with reduced T and natural killer cell activity, this may lead to unchecked proliferation of potentially cancerous cells.

Other dysfunctions that have been reported following vaccinations include autoimmune diseases.

These diseases may be linked to the spike proteins having a high level of molecular mimicry, meaning spike proteins have many regions similar to other proteins in the human body.

So when the immune system attacks the spike protein, due to structural similarities, the antibodies produced against spike protein regions may also react against the body’s own proteins and tissues. Studies have shown that antibodies made against the spike protein can also bind to and attack self tissues.

Spike Protein Causes Fatigue

The spike is also linked with dysfunction in the mitochondria. Colloquially known as the powerhouse of the cell, mitochondria are responsible for harnessing energy from the sugar we ingest.

Human neural cells treated with spike protein have been shown to produce more reactive oxygen species, and this is an indication of mitochondrial dysfunction, suggesting possible reduction in energy production.

People with long COVID and post-vaccine syndromes often experience chronic fatigue, brain fog, exercise intolerance, and muscle weakness. These symptoms are also often seen in people with mitochondrial dysfunction, indicating a possible link.

Dr. Paul Marik’s slides presented at the FLCCC Conference in Orlando Florida (Courtesy of the FLCCC)

Spike Protein Damage to Blood Vessels and Organs

Spike proteins have shown to be particularly damaging to cells that line blood vessels. Spike proteins can bind to ACE2 and CD147 receptors and trigger inflammatory pathways.

These receptors are particularly abundant in cells of the blood vessels, heart, immune system, ovaries, and many other areas. Spike protein can therefore trigger inflammation and damage in blood vessels and its related organs, leading to systemic injury.

Marik said that spike protein injury is closer to a systemic syndrome rather than a disease.

“It’s not a disease. It doesn’t fit the traditional model of a disease. This is a syndrome which affects every single organ … the spike goes everywhere … so this is a multi-systems disease and it doesn’t follow the traditional paradigm of a disease which is one symptom, one diagnosis.”

Dr. Pierre Kory’s slides presented at the FLCCC conference in Kissimmee, Fla. (Courtesy of the FLCCC)

FLCCC’s First Line Treatments

Since long COVID and post-vaccine symptoms are both associated with spike protein presence, the first line treatments recommended by the FLCCC therefore focus on two main steps.

The first step is to remove spike protein, the second step is to reduce its toxicity.

The body will then heal itself, and this is “the primary treatment goal,” said Marik.

Most of the first line treatments have focused on clearing out the spike protein by reactivating autophagy—a process that is downregulated by spike protein.

Lifestyle implementations can boost autophagy through intermittent fasting, and photobiomodulation. Photobiomodulation can be done by exposing oneself to the sun, since sunlight contains infrared rays that boost autophagy in cells.

Intermittent fasting can result in multiple health benefits including improved insulin sensitivity, weight loss, reduced inflammation and autoimmunity, and many more.

However it should be noted that intermittent fasting is not recommended for people younger than the age of 18, as it can prevent growth. Pregnant and breastfeeding women are also not recommended to fast intermittently. People with diabetes and kidney disease are also recommended to check with their primary care physicians before considering intermittent fasting.

While intermittent fasting may not be suitable for everyone, there are other treatment options that can boost autophagy and reduce spike protein toxicity.

(Sonis Photography/Shutterstock)

Ivermectin

Ivermectin has been highly recommended by the FLCCC and many doctors treating COVID, long COVID, and  post-vaccine syndrome, on the basis that it is inexpensive, highly accessible, has a high safety profile, and a high response rate.

The drug is highly dynamic and has also been documented with a variety of functions: antiviral, anti-parasitic, anti-inflammatory, and also boosts autophagy.

Ivermectin can help with the removal of spike protein. Studies have shown that ivermectin has a higher affinity for the spike protein and will bind to its regions, effectively neutralizing and immobilizing it for destruction.

Ivermectin also directly opposes the pro-inflammatory pathways that are triggered by the spike protein including NF-KB pathway that activates inflammatory cytokines and toll-like receptor 4.

FLCCC doctors reason that ivermectin and intermittent fasting can act “synergistically” to remove the body spike protein, and recommends taking ivermectin with or just after a meal.

Ivermectin is also able to bind to ACE2 and CD147, and therefore blocks spike protein from entering and triggering inflammation in cells that display these receptors. Studies have also shown that ivermectin can maintain the energy produced by mitochondria even under conditions of low oxygen.

Kory said that around 70 to 90 percent of his post-vaccine syndrome patients respond to the drug, generally within 10 days.

“Patients can be classified as ivermectin responders or non-responders … the non-responders—[are] actually a group of patients that are more difficult to treat,” said Marik.

Patients that are non-responsive—typically after four to six weeks of treatment—are recommended to go on a more aggressive treatment.

When overdosed, ivermectin can cause confusion, disorientation, and possibly even death. However, the drug has a high safety profile when used in reasonable doses. There is little literature on its use in pregnant women so the FLCCC cautions against the use of it in pregnancy.

“Ivermectin has continually proved to be astonishingly safe for human use,” wrote Dr. Satoshi Ohmura, the discoverer of ivermectin in his co-authored study.

“Indeed, it is such a safe drug, with minimal side effects, that it can be administered by non-medical staff and even illiterate individuals in remote rural communities, provided that they have had some very basic, appropriate training.”

Screenshot of a photo of naltrexone, a medication approved for opioid and alcohol addiction that is used in low dose to treat long COVID. (innovationcompounding.com/screenshot by The Epoch Times)

Low Dose Naltrexone

Low dose naltrexone (LDN) has recently made the news as an option for long COVID treatment.

“We’ve been using it for many, many months,” said Marik. “Low dose naltrexone is a very potent anti-inflammatory drug. It’s been used in many chronic inflammatory diseases.”

Clinically, FLCCC doctors have seen many of their patients’ symptoms improve following treatment with LDN, though it may take months for the benefits to be clearly visible.

Normal naltrexone is commonly used to prevent overdose in narcotic users. However, when reduced to around a 10th of its normal concentration, to 1 mg to 4.5 mg in LDN, the drug’s mechanism changes dramatically.

LDN has an anti-inflammatory effect; studies show that it is able to block inflammatory toll-like receptors, reduce the production of pro-inflammatory cytokines, and block inflammatory cascades.

LDN works to balance the activity between Th1 and Th2 type cytokines.

Th1 type cytokines tend to produce pro-inflammatory response to kill intracellular parasites and propel autoimmune activities. Th2 type cytokines typically have more of an anti-inflammatory activity and can counteract the activity of Th1 cytokines.

LDN selectively modulates this balance by reducing Th1 activity and increasing Th2 cytokine activities.

Clinically, LDN has been shown to be effective against post-COVID and post-vaccine neurological symptoms. It has been listed by the FLCCC to be effective against neuropathic pain, brain fog, fatigue, bell’s palsy, and facial paresthesia.

This is because LDN also reduces neuroinflammation. It is neuroprotective and is able to cross the blood-brain barrier and reduce inflammatory actions of the microglia, which function as immune cells in the brain.

Blueberries on wooden table; focus on single blueberry (Shallow DOF)

Resveratrol

Resveratrol is a nutraceutical commonly found in fruits. It can be found in peanuts, pistachios, grapes, red and white wine, blueberries, cranberries, and even cocoa and dark chocolate.

It can also be obtained through vitamins, though there is generally a low bioavailability of resveratrol, and therefore the FLCCC recommends it to be taken with quercetin.

Resveratrol is anti-inflammatory and anti-oxidizing. Studies have shown it to be selective in killing cancer cells. It activates DNA repair pathways and therefore can reduce cellular stress and prevent the formation of cancerous cells.

In stressed cells, resveratrol can reduce reactive oxygen species produced by the mitochondria and promote autophagy. In animal studies on fruit flies and nematodes, the use of resveratrol increased their lifespan, indicating the molecule’s anti-aging and life-extending properties.

An arrangement of aspirin pills in New York. (Patrick Sison/File Photo via AP)

Low Dose Aspirin

Similar to ivermectin, aspirin is another drug that has been found to be multifaceted in its effects for health.

Aspirin is anti-inflammatory and an anticoagulant. The drug therefore reduces the chance of micro-clot formation in the blood vessels. Studies have shown that it can also reduce pro-inflammatory pathways, oxidative stress, and is also neuroprotective.

Neurocognitive impairment has been a major complaint of many people suffering from post-COVID vaccine syndromes. This includes brain fog and peripheral neuropathic pain.

Studies on Alzheimer’s disease patients have shown that taking aspirin was associated with slower cognitive decline, though results have been conflicting across different studies.

Animal studies showed that rats that were given aspirin had lower cognitive decline. Studies in rats with damaged nerves suggested that aspirin may also be neuroprotective due to its anti-inflammatory nature.

The use of aspirin may cause side effects in pregnancy and such as bleeding.

Molecule Of Melatonin. By Sergey Tarasov/Shutterstock

Melatonin

Melatonin is a hormone produced by the pineal gland to promote a restful sleep. It has both anti-inflammatory and anti-oxidizing properties.

In cells, melatonin promotes mitochondrial health by reducing active oxygen species. Because the mitochondria uses a lot of oxygen, when it is stressed through environmental toxins such as radiation or spike protein exposure, it may produce reactive oxygen species.

Melatonin, an antioxidant, can therefore prevent oxidative damage. Studies show that it also prevents leakage of electrons from mitochondria and therefore maximizes energy production.

It also promotes autophagy by unblocking the autophagy pathway, helping the cell to break down spike proteins and boost the removal of these toxic proteins.

Due to its anti-oxidizing property, melatonin repairs DNA damaged by free radicals. Melatonin and its metabolites also activate genes that promote DNA repair, and suppress gene activity that may lead to damaged DNA.

Melatonin also has anti-cancerous properties. Animal studies on melatonin have shown that animals that were administered melatonin had a lower rate of tumor generation.

Melatonin has also been recommended by the FLCCC in treating tinnitus, a symptom of post-vaccine and long COVID. The symptom is a ringing in the ears, and can disturb sleep if severe. Melatonin can help reduce the ringing and help people to get a good night’s sleep.

A bottle is shown reading “Vaccine COVID-19” and a syringe next to the Pfizer and Biontech logo on Nov. 23, 2020. (Joel Saget/AFP via Getty Images)

Differences Between Long COVID and Post-Vaccine Syndrome

Both long COVID and post-vaccine syndrome are driven by spike protein load and damage from spike exposure, and therefore share a high degree of overlap in treatment.

However, doctors notice slight differences in certain clinical presentations between the two conditions, and therefore the FLCCC have prioritized different treatments.

“It seems that with the vaccine injured, the predominant symptom and the predominant organ is neurological,” said Marik. In his observation, roughly “more than 80 percent of patients with vaccine injury have some degree of neurological impairment.”

Marik said post-vaccine symptoms can also be harder to treat than long COVID, and are more persistent, with some patients presenting with debilitating symptoms for almost two years.

Therefore treatment for people with post-vaccine symptoms are “more aggressive and more brain targeted,” said Marik.

“It seems like long COVID gets better with time. While some patients persist, it seems to be somewhat self resolving to a degree,” said Marik. “The problem with the vaccine-injured is that it can persist. We have patients who were vaccinated in December of 2020 … [who] are still severely, severely injured.”

“The two are similar, but we’ve put much more emphasis on the vaccine-injury because it’s a much more difficult disease to treat.”

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Marina Zhang is based in New York and covers health and science. Contact her at marina.zhang@epochtimes.com.

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Long COVID Was a Preventable Tragedy. Some of Us Saw It Coming

Sept. 15, 2022 – It should have been the start of new insight into a debilitating illness. In May 2017, I was patient No. 4 in a group of 20 taking part in a deep and intense study at the National Institutes of Health aimed at getting to the root causes of myalgic encephalomyelitis/chronic fatigue syndrome, a disease that causes extreme exhaustion, sleep issues, and pain, among other symptoms.

What the researchers found as they took our blood, harvested our stem cells, ran tests to check our brain function, put us through magnetic resonance imaging (MRI), strapped us to tilt tables, ran tests on our heart and lungs, and more could have helped prepare doctors everywhere for the avalanche of long COVID cases that’s come alongside the pandemic.

Instead, we are all still waiting for answers.

In 2012, I was hit by a sudden fever and dizziness. The fever got better, but over the next 6 months, my health declined, and by December I was almost completely bedbound. The many symptoms were overwhelming: muscle weakness, almost paralyzing fatigue, and brain dysfunction so severe, I had trouble remembering a four-digit PIN for 10 seconds. Electric shock-like sensations ran up and down my legs. At one point, as I tried to work, letters on my computer monitor began swirling around, a terrifying experience that only years later I learned was called oscillopsia. My heart rate soared when I stood, making it difficult to remain upright.

I learned I had post-infectious myalgic encephalomyelitis, also given the unfortunate name chronic fatigue syndrome by the CDC (now commonly known as ME/CFS). The illness ended my career as a newspaper science and medical reporter and left me 95% bedbound for more than 2 years. As I read about ME/CFS, I discovered a history of an illness not only neglected, but also denied. It left me in despair.

In 2015, I wrote to then-NIH director Francis Collins, MD, and asked him to reverse decades of inattention from the National Institutes of Health. To his credit, he did. He moved responsibility for ME/CFS from the small Office of Women’s Health to the National Institute of Neurological Disorders and Stroke, and asked that institute’s head of clinical neurology, neurovirologist Avindra Nath, MD, to design a study exploring the biology of the disorder.

But the coronavirus pandemic interrupted the study, and Nath gave his energy to autopsies and other investigations of COVID-19. While he is devoted and empathetic, the reality is that the NIH’s investment in ME/CFS is tiny. Nath divides his time among many projects. In August, he said he hoped to submit the study’s main paper for publication “within a few months.”

In the spring of 2020, I and other patient advocates warned that a wave of disability would follow the novel coronavirus. The National Academy of Medicine estimates that between 800,000 and 2.5 million Americans had ME/CFS before the pandemic. Now, with billions of people worldwide having been infected by SARS-CoV-2, the virus that causes COVD-19, the ranks of people whose lives have been upended by post-viral illness has swelled into nearly uncountable millions.

Back in July 2020, National Institute of Allergy and Infectious Diseases Director Anthony Fauci, MD, said that long COVID is “strikingly similar” to ME/CFS.

It was, and is, a preventable tragedy.

Along with many other patient advocates, I’ve watched in despair as friend after friend, person after person on social media, describe the symptoms of ME/CFS after COVID-19: “I got mildly sick”; “I thought I was fine – then came overwhelming bouts of fatigue and muscle pain”; “my extremities tingle”; “my vision is blurry”; ”I feel like a have a never-ending hangover”; “my brain stopped working”; “I can’t make decisions or complete daily tasks”; “I had to stop exercising after short sessions flattened me.”

What’s more, many doctors deny long COVID exists, just as many have denied ME/CFS exists.

And it is true that some, or maybe even many, people with brain fog and fatigue after a mild case of COVID will recover. This happens after many infections; it’s called post-viral fatigue syndrome. But patients and a growing number of doctors now understand that many long COVID patients could and should be diagnosed with ME/CFS, which is lifelong and incurable. Growing evidence shows their immune systems are haywire; their nervous systems dysfunctional. They fit all of the published criteria for ME, which require 6 months of nonstop symptoms, most notably post-exertional malaise (PEM), the name for getting sicker after doing something, almost anything. Exercise is not advised for people with PEM, and increasingly, research shows many people who have long COVID also cannot tolerate exercise.

Several studies show that around half of all long COVID patients qualify for a diagnosis of ME/CFS. Half of a large number is a large number.

A researcher at the Brookings Institution estimated in a report published in August that 2 million to 4 million Americans can no longer work due to long COVID. That’s up to 2% of the nation’s workforce, a tsunami of disability. Many others work reduced hours. By letting a pandemic virus run free, we’ve created a sicker, less able society. We need better data, but the numbers that we have show that ME/CFS after COVID-19 is a large, and growing, problem. Each infection and re-infection represent a dice roll that a person may become terribly sick and disabled for months, years, a lifetime. Vaccines reduce the risk of long COVID, but it’s not entirely clear how well they do so.

We’ll never know if the NIH study I took part in could have helped prevent this pandemic-within-a-pandemic. And until they publish, we won’t know if the NIH has identified promising leads for treatments. Nath’s team is now using a protocol very similar to the ME/CFS study I took part in to investigate long COVID; they’ve already brought in seven patients.

There are no FDA-approved medicines for the core features of ME/CFS. And because ME/CFS is rarely taught to medical students, few frontline doctors understand that the best advice to give suspected patients is to stop, rest, and pace – meaning to slow down when symptoms get worse, to aggressively rest, and to do less than you feel you can.

And so, millions of long COVID patients stumble along, lives diminished, in a nightmare of being horribly sick with little help – a dire theme repeating itself over and over.

Over and over, we hear that long COVID is mysterious. But much of it isn’t. It’s a continuation of a long history of virally triggered illnesses. Properly identifying conditions related to long COVID removes a lot of the mystery. While patients will be taken aback to be diagnosed with a lifelong disorder, proper diagnosis can also be empowering, connecting patients to a large, active community. It also removes uncertainty and helps them understand what to expect.

One thing that’s given me and other ME/CFS patients hope is watching how long COVID patients have organized and become vocal advocates for better research and care. More and more researchers are finally listening, understanding that not only is there so much human suffering to tackle, but the opportunity to unravel a thorny but fascinating biological and scientific problem. Their findings in long COVID are replicating earlier findings in ME/CFS.

Research on post-viral illness, as a category, is moving faster. And we must hope answers and treatments will soon follow.

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Long COVID Contributing to Disabilities by the Millions

Interdisciplinary treatments aimed at both mind and body are needed for these complex conditions

From early 2021, stories have emerged of people experiencing post-COVID-19 symptoms that were so debilitating it impacted their ability to work and live a normal life.

Thirty-one-year-old Rebecca Meyer spoke on CNN in January 2021 about her 11-month struggle with long COVID symptoms for 11 months, having contracted symptoms from an infection.

Prior to infection, she was a healthy woman with no underlying health conditions. However, 11 months into the sickness, Meyer maintained that she was still “very much in the symptom-management phase of my sickness.”

Her bedroom looked like a pharmacy due to the many medications she had tried.

Speaking on her health, Meyer’s voice cracked with emotion; she needs a feeding tube due to gastroenteritis from her post-COVID symptoms, and is very much out of her four children’s lives. At the time, she reported that she has been reliant on her boyfriend, who lost his job due to the pandemic, to take care of her and the children.

“I was an active mom of four. And now I don’t get out of bed. I don’t eat, I don’t spend time with my children like I need to. This can happen to you,” she said.

Despite running over two years into the pandemic, there has been little progress on our understanding of long COVID symptoms and patients affected by it have remained largely neglected. Meanwhile, the debilitating conditions that many long COVID patients are suffering from have persisted, and are growing as a new group of disabled individuals.

Young and Disabled

While most clear out their COVID-19 symptoms in days to a few weeks, recent studies estimate that around 1 in 8 people who have been infected will have persistent COVID symptoms, despite testing negative for COVID-19.

Doctors still do not understand the drivers behind these symptoms, nor why these people are affected. Many long COVID patients, also known as long-haulers, are younger in demographic, and previously had no underlying health conditions.

However, many are hit with a myriad of mental and physiological conditions, including symptoms common to acute-COVID such as cough, fevers, shortness of breath, headaches, fatigue, and muscle aches, as well as less common COVID symptoms including brain fog, severe fatigue, chest pains, depression and anxiety, pins-and-needles, heart palpitations, sleep problems, along with other strange conditions.

Not all long COVID symptoms are debilitating, but for some, suffering from long COVID could mean a complete change to their lifestyle, and possibly even a disability.

The disabilities caused by long COVID-19 are directly related to critical organs including the brain, heart, lungs, and muscles.

1. Brain impairment: long COVID-19 impairs brain function and causes nerve damage. Studies have shown that more than 30 percent of SARS-CoV-2 viruses attack nerves. Nerves are a reservoir of hidden viruses, and nerves are connected to internal organs. Many “long-haulers” experience brain fog including difficulty sleeping, headaches, and dulled thinking and memory.

2. Impaired heart function: fatigue is a primary symptom in long haulers as well as muscle aches and increased fatigue after exercise. Many suffer from reduced cardiac output, meaning they have to reduce the intensity of their exercise and some cannot exercise without putting their health at risk.

3. Impaired respiratory function: studies have found that long COVID patients have decreased lung function due to scarring and inflammation. This can lead to decreased oxygen uptake and shortness of breath from lowered blood oxygen levels.

4. Impaired muscle function: persistent immune actions against viruses damage cells, including muscle cells and tissue. Inflammation from the immune responses can trigger inflammation in muscle fibers and induce muscle weakness.

5. Impaired blood vessel function: inflammation in the body damages cells that line blood vessels, and can possibly impair oxygen supply to organs and muscles. This can cause fatigue and aches.

A Global Problem

Disabilities from long COVID, and debilitating vaccine injuries (which often share similarities to long COVID symptoms) are growing, and becoming a problem of both national and global concern.

Debilitating long COVID symptoms can make it difficult for people to enjoy social activities and hold down a job.

News reports have emerged of people with long COVID and the vaccine injured who have faced discrimination from work and were later layovered due to their condition.

In July, 2021 the U.S. Department of Health and Human Services listed long COVID as a disability under Titles II (state and local government) and III (public accommodations) of the Americans with Disabilities Act (ADA). The statement cited that individuals claiming for long COVID disability will be assessed individually by health experts to determine if their health problems are from long COVD.

Latest U.S. government figures revealed a staggering 385,000 people have been living with symptoms of long COVID for a year or more.

A study by Brookings estimated that around 4.5 million Americans with long COVID are out of work.

This not only impacts the American workforce but is also a significant global problem both in matters of labor and healthcare.

Studies from the Netherlands showed that COVID-19 and long COVID has driven up sick leave during the pandemic. During the pandemic, the Organization for Economic Co-operation and Development published policies, encouraging implementation of sick leave income for people suffering from COVID-19 symptoms to protect their income, health, and jobs during the COVID-19 crisis.

While this provided temporary relief to the people who needed paid leave as a safety net, it also invariably increased government spending, with most countries coming out of the pandemic seeing unprecedented inflation rates.

Health conditions as a result of COVID-19 and related problems are also contributing to a shortfall in labor. Given that the world is already burdened with labor shortage from two years of pandemic, and rapidly changing work environment and career outlooks, disabilities from long COVID and vaccine injuries only add fuel to the fire.

A study published before the pandemic showed that, by 2030, more than 85 million jobs could go unfilled because there aren’t enough skilled people to take them, this number is expected to be significantly higher coming out of the pandemic.

The World Health Organization has also reported that more than 6.4 million deaths from COVID-19 and related problems. News reports have shown that there are many more vaccine injured and those who have declined vaccinations who have lost their jobs.

The expectation for work has also shifted during the pandemic. After two years of mostly working remotely with unstable employment and income, people coming out of lockdowns are also reporting mental health problems. Some came to the conclusion that work is not as important as their health or mental wellbeing and have since postponed seeking employment.

Interdisciplinary Approach to Treat Both Mind and Body

Considering that long COVID-19 is an interdisciplinary disease with a myriad of conditions that affect multiple organs, holistic health approaches have been encouraged by clinicians to treat the symptoms as a whole.

Dr. Sandrock, a professor of critical care and infectious disease medicine at the University of California, Davis School of Medicine, also said that the only universal treatment for “long-term symptoms of COVID-19” is to “improve the quality of life,” including adjusting sleep and reducing stress.

A few options of integrative care have emerged in scientific literature to resolve long COVID.

Psychological Therapies

Long COVID is detrimental to mental health. Patients often report symptoms that may be synonymous with depression and anxiety, including insomnia and muscle weakness.

Fatigue is a primary symptom of long COVID. For the patients in a state of social isolation, as well as financial and relationship difficulties, their situation can worsen fatigue, which can further cause negative impacts on mental health, and quality of life, forming a negative spiral.

People with long COVID are encouraged to seek out counseling and interact with support groups for people sharing similar conditions.

Acupuncture

Acupuncture is a holistic and energy-based medicinal practice based on the understanding that the body and its organs correspond to different energies.

Energy in excess or deficiency can affect particular organs, causing imbalances to the body. Therefore, by inserting very thin needles into acupoints at different meridians, energy balances can be restored at different organs.

Acupuncture has long been acknowledged as a medical practice that can alleviate symptoms of chronic pain.

Studies have shown that acupuncture increases the release of neurotransmitters including serotonin and noradrenaline. It also promotes the release of endorphins and melatonin and improves immune function.

The practice reasons that mental illnesses are due to imbalances in energies in various organs,

Studies have shown that acupuncture can improve mental conditions including depression and anxiety. Research indicates that depressive symptoms may be alleviated through the release of serotonin and noradrenaline, and electroencephalography readings show electroacupuncture (a form of acupuncture) may be just as effective as amitriptyline without the drug side effects.

In people with anxiety, acupuncture enhances a sense of stillness, general restfulness, and unresponsiveness to painful stimuli. It also boosts the release of endorphin, a hormone related to the feeling of happiness and satisfaction, as well as melatonin, a hormone that modulates the circadian rhythm and improves sleep.

Electroencephalography readings showed that acupuncture increased alpha waves, a wave associated with a normal wakeful state where the subject is quietly resting.

Studies have shown that acupuncture reduces patients’ needs for preoperative sedatives and the use of acupuncture comes with reduced side effects in comparison to prescription drugs for pain.

For long COVID symptoms, acupuncture is suggested to stimulate the central nervous system. Specifically it reduces the “fight or flight” stress response of the sympathetic nervous system while stimulating the parasympathetic responses (“rest and digest”).

Studies on long COVID patients suffering from chest palpitation and shortness of breath—symptoms synonymous with anxiety—found that patients experienced a decrease in the severity of the symptoms following acupuncture sessions.

Rehabilitation Interventions

Rehabilitations including physical, occupational, and speech therapy to help patients return to daily life.

Studies on aerobic and pulmonary physiotherapy, found that it improves patients’ shortness of breath, anxiety, and fear of moving. High and low-intensity aerobic exercises increased appendicular muscle mass as well as handgrip strength in patients with long COVID.

Rehabilitation and nutrition programs can also prevent and improve loss of muscle mass in patients.

Chiropractic Therapy

Chiropractic therapy is a holistic therapy that focuses on the musculoskeletal system, especially the spine. Chiropractors believe that vertebrae can become misaligned or move out of their normal position, creating subluxations that put pressure on the tissues around them.

This pressure can affect not only the immediate joints but also other visceral organs and the whole body. Therefore, chiropractors believe symptoms of stiffness, dizziness, lack of energy, general malaise, posture imbalance, neck and back stiffness or soreness, spine muscle spasms, constant headaches, and lessening of mobility are all signs of subluxation.

Vertebrae can be realigned through skeletal manipulation, which is when chiropractors apply a force to the area that is misaligned, and chiropractors use various techniques to manipulate relevant joints.

Primarily, chiropractic therapy has been used to treat back pain, however several studies have indicated that they can also treat pain in joints and limbs, muscle pain and tenderness, insomnia, headaches, and fatigue.

Meditation

Meditation, a mental exercise to attain greater spiritual awareness, is an umbrella term for various practices including yoga, taichi, breathing, and mindfulness exercises, and many more.

Meditation has been associated with many mental and physiological health benefits.

Studies have shown that meditation improves symptoms of depression, anxiety, as well as concentration, and focus.

Physically, meditation has been shown to reduce inflammation and strengthen the immune system. Studies in immune-compromised (HIV and cancer) patients showed that meditation increased or reduced the decline of immune cells, and also prevented immune aging.

Mindful meditation have been suggested to regulate and restore immune signaling. Studies showed that meditation improved interferon messaging. Interferons are dysregulated in people with severe COVID symptoms and have been suggested to also drive vaccine injury. Restoring a robust interferon pathway may improve the symptoms in people suffering from long COVID and in people sharing similar symptoms.

Meditation and mindful exercises have been encouraged during the pandemic and for long COVID patients to recover from fatigue and mental distress.

Even minimal meditation improves mental health, studies have shown novice meditators who listened to a 10 minute meditation tape before attention tests received a higher score than people who did not meditate beforehand.

Some meditation guides recommend beginners start with two to five minutes of meditation whenever they want to regulate stress and emotions. However, given that meditation could mean various practices, everyone can experiment with the duration and frequency to see what works best for them.

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COVID can cause brain fog, dementia two years after infection — study

People who have had COVID-19 face increased risks of neurological and psychiatric conditions like brain fog, psychosis, seizures and dementia up to two years after infection.

Driving the news: That’s according to a new large-scale University of Oxford study that also found anxiety and depression were more common after COVID, though typically subsided within two months of infection.

Why it matters: The study, published in the Lancet Psychiatry journal on Wednesday, is the “first to attempt to examine some of the heterogeneity of persistent neurological and psychiatric aspects of COVID-19 in a large dataset,” per an accompanying editorial.

  • “The results have important implications for patients and health services as it suggests new cases of neurological conditions linked to COVID-19 infection are likely to occur for a considerable time after the pandemic has subsided,” said study lead author Paul Harrison, a professor of psychiatry, in a statement.

Flashback: A University of Oxford study last year found a third of COVID patients had experienced a psychiatric or neurological illness six months after infection.

By the numbers: For the latest study, researchers examined the risks of 14 different disorders in over 1.25 million patients, ranging from children to seniors who were mostly in the U.S., two years on from COVID infection.

  • It compared this information with the electronic records of some 1.25 million people affected by other respiratory infections for the same period.

What they found: Adults who were 64 years old and younger who’d had the coronavirus were more at risk of brain fog (640 cases per 10,000 people) compared with those who’d had different respiratory infections (550 cases per 10,000 people).

  • There were 1,540 cases of brain fog per 10,000 people in patients who were 65 years old and older who’d had COVID, compared with 1,230 cases per 10,000 for those with other respiratory infections.

Meanwhile, there were 450 cases of dementia per 10,000 people and 85 occurrences of psychotic disorders per 10,000 among patients over 65 post-COVID.

  • For other respiratory infections in this age group there were 330 cases per 10,000 for dementia and 60 cases per 10,000 for psychotic disorders.

Worth noting: Researchers found children were twice as likely to develop epilepsy or seizures (260 in 10,000) within two years of a COVID infection, compared to those who’d had other respiratory infections (130 in 10,000).

  • The risk of being diagnosed with a psychiatric disorder also increased, though occurrence was still rare — 18 in 10,000.

What they’re saying: Wes Ely, a Vanderbilt University School of Medicine professor who researches Long COVID, told STAT News the data showed the mood disorders and anxiety problems that are “prevalent in long COVID tended to resolve in a matter of months, which is great news” for the patients.

  • Another notable finding was “the neurocognitive deficits that make people have brain fog, do not resolve so quickly,” added Ely, who is also associate director for research at the VA Tennessee Valley Geriatric Research and Education Clinical Center and was not involved in the study.
  • “Clinically, in my own practice and in our long Covid clinic, this is exactly what we’re seeing: that the acquired dementia that these patients get tends to be lasting and very problematic.”

The bottom line, via Harrison: The findings highlight the need for more research to understand why such neurological conditions are occurring after COVID “and what can be done to prevent or treat these conditions.”

Go deeper… Long COVID: The next health care crisis

Editor’s note: This article has been updated with comment from Ely and more details from the study.

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COVID can impair brain function, large study suggests – POLITICO

Patients recovering from coronavirus infection suffer from increased rates of neurological and psychological problems, according to a wide-ranging observational study published Thursday.

Researchers from Oxford University combed through more than a million patient files and discovered that, two years after infection, patients who had recovered from COVID-19 were at a higher risk of psychosis, dementia and “brain fog” when compared with patients who recovered from other respiratory diseases.

For some symptoms, there was an initial uptick that leveled off. Anxiety and depression fell to rates in line with other respiratory diseases after two months.

But, in the case of brain fog, for example, adults aged between 18 and 64 who had recovered from COVID-19 suffered from it at a rate 16 percent higher than patients with other respiratory diseases. The difference was more marked in those aged over 65, where increased risk was also found for psychosis and dementia.

The data, mainly from patients in the U.S., shows that minors are also affected. Children getting over COVID-19 were twice as likely to suffer from epilepsy or a seizure, and three times as likely to develop a psychotic disorder compared with those recovering from a respiratory disease, even as the absolute risk of the conditions remains low.

The study, in The Lancet Psychiatry, showed that even the milder Omicron variant of the coronavirus that is currently dominant posed similar long-term risks.

Maxime Taquet, one of the study authors, noted that only patients who were sick enough to enter the health system and receive a COVID-19 diagnosis were included in the study, which undercounts those with only mild symptoms. However, the same holds for the comparison group of patients recovered from other respiratory illnesses.

The study sought “to pull out what COVID, as the virus, does to you specifically, versus what other viruses affecting the same part of your body in a generally similar fashion might be doing,” said its lead author Paul Harrison. He added that the study was not designed to identify the biological mechanism by which the virus causes the increased risk of psychological and neurological disorder.

The paper adds to the growing body of evidence pointing to the long-lasting damage caused by the coronavirus. The issue has become a concern for governments, which are spending money to research and to treat the cluster of symptoms informally known as “long COVID,” a label that includes both neurological problems as well as fatigue and shortness of breath.

The Institute for Health Metrics and Evaluation estimates that 3.7 percent of COVID-19 patients develop a post-COVID symptom, said Janet Diaz, the WHO’s lead on the topic. Speaking at a conference on Wednesday, she said that the average severity of post-COVID conditions are equivalent to those experienced by patients with severe neck pain, Crohn’s disease or the long-term consequences of traumatic brain injury.

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CT Patient Infected for 471 Days, Evolved 3 New Lineages – NBC New York

A Connecticut cancer patient was chronically infected with COVID-19 for at least 471 straight days, and during that time evolved at least three distinct lineages of the virus in their bloodstream, according to a new study from researchers at Yale.

The report highlights the potential for immunocompromised people to serve as hosts for COVID’s evolution, much as South African scientists speculated last year that the omicron variant may have come from one chronically ill person.

The pre-print study, which has not been peer-reviewed, was led by Yale scientists in conjunction with teams in Australia and North Carolina. It was published online Saturday.

https://www.nbcnewyork.com/news/coronavirus/top-ny-doctor-new-covid-wave-is-starting-with-the-worst-version-of-omicron/3752858/

According to the authors, their regular surveillance of COVID variants detected a lineage known as B.1.517 in Connecticut well after it largely stopped being seen around the world. Subsequent tracing led back to a person in their 60s with lymphoma.

The patient first tested positive for COVID in Nov. 2020, and continued to be positive for the virus through at least March of this year.

“The patient continues to test positive for SARS-CoV-2 471 days and counting after the initial diagnosis,” the authors wrote, adding that the person was infectious and had high viral loads essentially throughout the period. (They also noted that the patient had a few days of mild symptoms when first diagnosed, and has otherwise been fine since.)

But it was not just the persistent infection that caught their attention, it was the fact that the virus was quickly evolving inside the patient as time passed, with three distinct, new lineages emerging.

Using sophisticated data analysis of the patient’s tests and global databases, the authors concluded that the virus might be evolving twice as fast inside the patient as it did in the general population.

“These findings show that this chronic infection resulted in accelerated SARS-CoV-2
evolution and divergence, a mechanism potentially contributing to the emergence of genetically diverse SARS-CoV-2 variants, including Omicron, Delta, and Alpha,” they wrote.

Of the variants that evolved in the patient, the authors added “(these) distinct genotypes appeared to emerge as early as within the first three months of the infection, although new genotypes were detected after nearly ten months, suggesting multiple novel variants may simultaneously emerge and potentially spread from the same immunocompromised individual over a longer sampling period.”

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