The Long Covid Research Initiative is establishing a virtual research institute with a two-pronged approach,
Consisting of research and therapeutics, with a shared focus on the topic of viral reservoir:
Prong 1 - The LCRI Research Program, in which scientists from top global institutions unite their collective expertise to study the disease mechanisms of #LongCOVID
Prong 2 - The LCRI Clinical Trials Program, in which Research Program findings are translated into therapeutic targets to be used in clinical trials
The #LongCovid Research Initiative has developed a comprehensive research program with the goal not only to understand if Long Covid patients still harbor the #SARSCoV2 virus but to determine what exactly the virus is doing to drive chronic disease.
LCRI will identify the virus’s effects on the immune system, and its impact on a wide range of processes such as blood clotting, nerve signaling, and cognitive function.
Here are 5️⃣ things the LCRI will include:
1️⃣ Tissue biopsy studies:
designed to identify #SARSCoV2, its proteins, & related changes to the immune and genetic landscape in intestinal, lung, lymph node, and other tissue samples collected from Long Covid patients.
2️⃣ Autopsy and imaging studies: designed to reveal the deep-tissue locations of SARS-CoV-2 reservoirs and ongoing antiviral T cell activity throughout the body and brain.
balance of the human microbiome.
3️⃣ Blood-based biomarker studies: designed to capture key metrics in blood such as spike protein or immune cell patterns that can infer the presence of SARS-CoV-2 in tissue, making diagnosis easier outside of research labs.
4️⃣ Downstream consequences of persistence: designed to characterize a wide range of downstream effects of SARS-CoV-2 persistence including impacts on clotting, cerebrospinal fluid flow, neuroinflammation, and vagus nerve signaling.
5️⃣ Impact on other pathogens & microbiome: designed to determine the extent to which #SARSCoV2 impact on the immune system facilitates the reactivation of other latent pathogens such as herpesviruses or the parasite Toxoplasma, and/or disrupts the balance of the human microbiome
#LongCovid is a condition in which a subset of patients infected with #SARSCoV2 develop a wide range of debilitating chronic symptoms that do not resolve even years later
These symptoms frequently impact:
🧠 the brain,
❤️ the heart,
🫁 the lungs,
and
⚡️ the nervous system
Currently, no FDA-approved treatments exist.
A growing body of evidence now positions #SARSCoV2 viral reservoir at the center of the #LongCovid disease process.
Spike protein has been found in #LongCovid blood & #SARSCoV2 has been shown capable of persisting for months after the initial illness, in tissues including the brain, the lungs, and the lining of the gut.
The CDC estimates that 7.5% of the current adult US population is now suffering with #LongCovid.
In just the last 12 months, the number of patients has doubled to 150 million adults and 13 million children worldwide. #LongCOVID
In addition to the human cost, this brings a financial cost of $386 billion just to the US economy alone.
Millions worldwide are trapped in the aftermath of COVID-19: #LongCOVID. 😷
BUT here's a mind-blowing revelation—
Researchers are uncovering a hidden culprit behind its debilitating effects:
Blood Clotting. 🩸
Brace yourselves we're about to change how you see #LongCOVID!
The COVID-19 pandemic might be officially over, but millions of people worldwide are still dealing with the aftermath in the form of #LongCOVID.
This condition encompasses various symptoms that persist or appear after the initial SARS-CoV-2 infection.
Researchers estimate that more than 65 million people worldwide have #LongCOVID, yet there is currently no specific test or biomarker to diagnose the condition.
However, a group of scientists is working to change that.