Are You Sure Your Symptoms Aren't Chronic COVID?

Have you been feeling more fatigued lately? Have trouble catching your breath? Or have a persistent cough or headache? If so, you might actually be suffering from chronic COVID-19. As more research is released, we are learning the surprising facts around the disorder.


Even if you had an asymptomatic infection, you might have chronic COVID. Even if you had a negative coronavirus antibody test, you might have chronic COVID. But especially if you had a severe COVID-19 infection, you very likely are still suffering from residual symptoms.

An overview of Chronic COVID:


Chronic COVID is defined as “persistent symptoms and/or delayed complications of SARS-CoV-2 infection beyond 4 weeks from the onset of symptoms.” There is no concrete link yet determined between why certain people develop chronic COVID symptoms. Age, gender, severity of COVID-19 symptoms, pre-existing conditions, and overall health have no impact on whether you develop chronic COVID or not.


Researchers from around the world have been trying to answer the question of how many people suffer from long-term symptoms after a coronavirus infection, and the answer complicated for several reasons.


For one, many people who have symptoms of chronic COVID-19 do not visit a doctor to report their symptoms. As a result, the estimates on chronic COVID percentages are likely slightly off.


The high rate of asymptomatic infections also complicates things. One study found that of those diagnosed with chronic COVID, 32% had asymptomatic infections. For those with asymptomatic coronavirus who were unaware they had the illness, if they have symptoms of chronic COVID-19, they are likely not reporting them as such.


Antibody tests are also proving to be an unreliable indicator of coronavirus infection. Many survivors of COVID-19 report having no SARS-CoV-2 antibodies. Antibody tests have a notably low accuracy rate. If someone had an asymptomatic COVID-19 reaction and no antibodies to prove it, they again are unlikely to report symptoms of chronic COVID-19.


Despite these obstacles, numerous studies have suggested the probability of developing chronic COVID-19:

  • In a survey on nonhospitalized COVID-19 patients, the CDC found that 35% of patients did not return to baseline health 2 to 3 weeks after the start of symptoms. This study also found the 20% of 18-34-year-olds suffered from prolonged symptoms.

  • A Chinese study, based in Wuhan, found that 76% of hospitalized patients had symptoms of chronic COVID six months after initial symptoms. The researchers also found many patients had lung damage caused by the infection.

  • A study in California found that of 1,407 people who had been diagnosed with COVID-19, 27% still had symptoms over 60 days after infection. These symptoms included shortness of breath, chest pain, cough, and abdominal pain.

  • According to a study in Illinois that examed over 500 hospitalized COVID-19 patients, nearly 80% had persisting neurological symptoms. Examples of such symptoms include brain fog, headache, numbness, and dizziness.

  • A Swedish study found that over 1 in 10 healthcare workers with mild symptoms in their initial coronavirus infection still had “at least one moderate to severe symptom 8 months later.” This study found the longest time from initial infection to chronic symptoms.

Symptoms:


The symptoms of chronic COVID-19 vary based on the individual, making it difficult to diagnose. For most, long-haulers report symptoms similar to their initial COVID-19 infection- these include brain fog, difficulty breathing, headaches, depression, sleep difficulty, and fatigue. But others report new symptoms developed after they no longer had a coronavirus infection.


The symptoms of chronic COVID-19 embody everything from hair loss to rapid heart rate. A German study found that 60% of people with chronic COVID-19 had heart inflammation two to three months after infection. Many of these patients had not been hospitalized and the average age was only 49.


The most commonly reported signs and symptoms of chronic COVID-19 include:

  • Body aches

  • Coughing

  • Difficulty breathing

  • Extreme fatigue

  • Joint pain

  • Loss of taste and smell — even if this didn’t occur during the height of illness

  • Insomnia

  • Headaches

  • Brain fog

Diagnosing chronic COVID-19:


Unfortunately, chronic COVID-19 is very hard to diagnose. Long-haulers no longer have the SARS-CoV-2 virus in their body, making chronic COVID-19 undetectable by CHOVID-19 tests. On the bright side, without an active infection, long-haulers cannot spread the virus. The most effective way of testing for chronic COVID-19 is through an organic acid test or an amino acid test. Both of these tests give insight into mitochondrial health.


The mitochondria produce over 90% of the body’s energy. Mitochondria also contribute to homeostasis, cell proliferation, cell death, and the synthesis of lipids, amino acids, and nucleotides. Researchers have already proven COVID-19 “hijack” and manipulate mitochondria in the host cell in an effort to evade host immunity. Once within the mitochondria, COVID-19 will impair mitochondrial structures and cause the cells to degrade. A high viral load (as common with the B.1.1.7 variant), will result in more infected cells and more damaged mitochondria.


Damaged mitochondria will lead to symptoms such as muscle weakness, fatigue, exercise intolerance, respiratory and breathing problems, and migraines. These symptoms are all very similar to those of chronic COVID-19. Further, as described in our earlier blog, on chronic COVID-19 and the brain, many of the neurological symptoms of chronic COVID can be explained by mitochondrial damage. We also know that COVID-19 can infiltrate the brain and inhabit it longer than other regions in our body- which may be due to the immune system's access to the brain.


Organic acid tests and amino acid tests will show evidence of mitochondrial damage.

  • Organic Acid test: This test uses urine to screen for different toxic chemicals and markers. High concentrations of various acids are associated with mitochondrial dysfunction. Mitochondrial energy production is examined in detail which can highlight which supplements will be the most effective. Also tested are detoxification pathways, nutrients levels of the B vitamins, neurotransmitters such as dopamine and serotonin and gut microbial health.

  • Amino Acid test: This test can use either urine or blood to measure levels of 36 amino acids and intermediary metabolites. Mitochondria rely on amino acids in order to generate energy in the form of ATP. An amino acid test will highlight deficiencies or abundances that point to mitochondrial damage.


Treating chronic COVID:


The best thing you can do in the face of mitochondrial damage is rest and supplement with proper nutrients to stimulate mitochondrial regeneration. But unfortunately, young people with chronic COVID-19 are unlikely to do so. This will only lead to symptoms worsening- as the remaining mitochondria are not equipped to provide energy for daily function.


To treat chronic COVID-19 symptoms you must first know if mitochondrial damage is actually the root of the problem. After the results of an organic or amino acid test prove this to be true, you can supplement with nutrients that will support mitochondrial health in an effort to repair your mitochondrial damage.



At the Johnson Center, we not only offer this type of organic and amino acid testing, but will also offer you solutions to your damaged mitochondria. Chronic COVID is not something you have to suffer from for months. The solution lies in increasing the number of mitochondria and enhancing mitochondrial function. At the Johnson Center, we will do our best to increase energy, metabolism, and vitality.



To learn more about who’s at risk for chronic COVID, click here.

To learn more about the neurological symptoms of chronic COVID, click here.

To learn more about an overview of chronic COVID, click here.

Featured Posts
Recent Posts
Archive
Search By Tags