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Strategic Inhibition of CHRM Autoantibodies: Molecular Insights and Therapeutic Potentials in Long COVID
Strategic Inhibition of CHRM Autoantibodies: Molecular Insights and Therapeutic Potentials in Long COVID

Long COVID study finds autoantibodies attacking brain receptors disrupt cognition and cause sensory issues.

Targeted therapies like blood filtration show promise for relief.

·pubs.acs.org·
Strategic Inhibition of CHRM Autoantibodies: Molecular Insights and Therapeutic Potentials in Long COVID
COVID-19 worsens Autoimmune Diseases! Study reveals 30 percent spike in antinuclear antibody positivity
COVID-19 worsens Autoimmune Diseases! Study reveals 30 percent spike in antinuclear antibody positivity
“new study has revealed shocking details about the long-term health impacts of COVID-19, particularly concerning autoimmune diseases. The study conducted by Metropolis analyzed data from over 1.2 lakh cases, comparing two critical periods—2019 (pre-COVID) and 2022 (post-COVID). The findings revealed a striking 30% increase in the prevalence of Antinuclear Antibody (ANA) positivity in the Indian population, indicating how the immune system may, in some cases, turn against the body’s own tissues following a COVID-19 infection.”
·financialexpress.com·
COVID-19 worsens Autoimmune Diseases! Study reveals 30 percent spike in antinuclear antibody positivity
‭Multi-ancestry GWAS of Long COVID identifies‬ ‭immune-related loci and etiological links to chronic fatigue‬ syndrome, fibromyalgia and depression‬ ‭
‭Multi-ancestry GWAS of Long COVID identifies‬ ‭immune-related loci and etiological links to chronic fatigue‬ syndrome, fibromyalgia and depression‬ ‭
“Using consented and genotyped data from 23andMe adult research participants, we conducted the largest multi-ancestry meta-analysis of genome-wide association studies of Long COVID across European (42,899 cases, 94,721 controls), Latinx (8,631 cases, 20,351 controls), and African-American (2,234 cases, 5,596 controls) genetic ancestry groups. GWAS of Long COVID identified three genome-wide significant loci (HLA-DQA1 and HLA-DQB, ABO, BPTF:KPAN2:C17orf58). Functional analysis of these genes points to underlying immune and thrombo-inflammatory mechanisms.”
Using consented and genotyped data from 23andMe adult research participants, we conducted the largest multi-ancestry meta-analysis of genome-wide association studies of Long COVID across European (42,899 cases, 94,721 controls), Latinx (8,631 cases, 20,351 controls), and African-American (2,234 cases, 5,596 controls) genetic ancestry groups. GWAS of Long COVID identified three genome-wide significant loci (HLA-DQA1 and HLA-DQB, ABO, BPTF:KPAN2:C17orf58). Functional analysis of these genes points to underlying immune and thrombo-inflammatory mechanisms.
·medrxiv.org·
‭Multi-ancestry GWAS of Long COVID identifies‬ ‭immune-related loci and etiological links to chronic fatigue‬ syndrome, fibromyalgia and depression‬ ‭