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  1. forestglip

    Proneness to infections and familial risk of tic disorders, 2026, Pol-Fuster et al

    There was an association between people getting more infections and their relatives developing tic disorders, even when they controlled for relatives' infections, so they say this more likely represents common genetic causes for both getting infections and developing tic disorders, rather than...
  2. forestglip

    Proneness to infections and familial risk of tic disorders, 2026, Pol-Fuster et al

    Proneness to infections and familial risk of tic disorders Background Postinfectious autoimmune processes are hypothesized to be causally implicated in tic disorders, including Tourette syndrome and chronic tic disorder. However, this hypothesis remains controversial. In this nationwide...
  3. forestglip

    Identification of Novel Reproducible Combinatorial Genetic Risk Factors for [ME] in [DecodeME Cohort] and Commonalities with [LC], 2026, Sardell+

    I assume you're referring to this section: Here are those genes from Supplementary Table 9:
  4. forestglip

    Genetics: Chromosome 1 RABGAP1L

    Yes. In Table 3 of the DecodeME paper, the variant is 1:173846152:T:C. Since C is the letter at the end, that's what the odds ratio in the table is describing. The odds ratio is less than 1 (0.927), so having a C is associated with decreased risk. Thus, having a T is associated with increased...
  5. forestglip

    Genetics: Chromosome 6 BTN2A2 and BTN3A3

    I used the Open GWAS API to retrieve traits associated with the lead variants at each of the 8 DecodeME loci. I wrote more details on the CA10 locus thread. Keep in mind that multiple traits being significant for the same variant doesn't necessarily mean the same variant is causal for all of...
  6. forestglip

    Genetics: Chromosome 1 RABGAP1L

    I used the Open GWAS API to retrieve traits associated with the lead variants at each of the 8 DecodeME loci. I wrote more details on the CA10 locus thread. Here are traits associated with rs12071663/1:173846152:T:C (the lead DecodeME variant near RABGAP1L), with p<1e-6, starting from most...
  7. forestglip

    Genetics: Chromosome 17 CA10

    For the PheWAS analysis I did a few posts ago (looking up which other traits have significant associations at a variant), I used GWAS Atlas. They have 4,756 GWAS datasets, and they have not added any datasets since 2019. I found out that IEU Open GWAS also has PheWAS functionality, and they...
  8. forestglip

    Genetics: Chromosome 17 CA10

    Yes, this is showing linkage disequilibrium. The following plot actually shows the strength of LD between each of the variants in the plot with the lead variant (purple diamond). The variants in red have very strong LD with the lead variant, so would be expected to show up very often in people...
  9. forestglip

    Postorgasmic illness syndrome: a clinical case series of 11 patients, 2026, Gokani et al

    Postorgasmic illness syndrome: a clinical case series of 11 patients Gokani, Nikunj S; Jacob, Niva; Deshpande, Sandip M Extract Postorgasmic illness syndrome (POIS) is an uncommon clinical condition that remains poorly defined since its initial description by Waldinger and colleagues in 2002.1...
  10. forestglip

    PTPRN2 hypomethylation and PHB2-associated miR-153-3p maturation define dual epigenetic features linked to symptom variability in [ME] 2026 Chalder+

    Both sexes show hypomethylation at PTPRN2: Hypomethylation group has longer illness (17 ± 2 years vs. 11 ± 2 years) Fig 2a,b: That's a large difference. I wonder what the gap between high and low values in the HC group represents.
  11. forestglip

    Modern environmental factors

    I sometimes search for nutrition reviews to see what the state of the science is. The field seems very hard to conclusively determine anything from, as RCTs are very difficult in nutrition, so confounding is a huge issue, and lots of the research is done using questionnaires, which is open to...
  12. forestglip

    Modern environmental factors

    Interesting commentary about the field of chemical exposomics: Will Chemical Exposomics Be Ready for a Human Exposome Project? Martin, Jonathan W. Web | DOI | PDF | Environmental Science & Technology | Open Access | 2026 Snippets:
  13. forestglip

    Genetics: Chromosome 17 CA10

    It's using an older assembly/coordinate system called GRCh37. The more recent one that DecodeME uses is called GRCh38. Defining where exactly a SNP is on a chromosome isn't an exact science, so as they learn more, they make updates to the positions. "Liftover" is converting the coordinates to a...
  14. forestglip

    Genetics: Chromosome 17 CA10

    Here are the top 20 most significant traits associated with the lead DecodeME SNP at the CA10 locus (rs34626694) on GWAS Atlas. Reaction time is also fairly significant.
  15. forestglip

    Genetics: Chromosome 17 CA10

    Jonathan found another study mentioning this gene: I haven't tried downloading it to compare directly, but here is the paper's plot of the locus: Here is that shoulder/neck pain lead variant (rs9889282) highlighted in the DecodeME locus: So I'm not sure, but maybe the variant is shared with...
  16. forestglip

    Genetics: Chromosome 17 CA10

    I searched the top SNP (rs34626694) at the CA10 locus with the GWAS Atlas PheWAS search. The trait most significantly associated with this SNP is "Ease of getting up in the morning", which would make sense as being related to ME/CFS. This trait was tested in the following study, and was based...
  17. forestglip

    Comparing ME/CFS following mononucleosis with Long COVID, 2026, Jason et al

    Some posts about the FUNCAP survey have been moved to: Assessing Functional Capacity in [ME/CFS]: A Patient Informed Questionnaire [FUNCAP], 2024, Sommerfelt et al
  18. forestglip

    “Long COVID”: The First Illness in History Named by Patients, 2026, Shiozaki

    Titles of sections: 1. Introduction 2. Acute COVID-19 and the emergence of persistent illness 3. Patient narratives and early recognition 4. Patient support groups and digital communities 5. Naming Long COVID 6. Medical gaslighting in the context of Long COVID 7. Patient voices in treatment and...
  19. forestglip

    “Long COVID”: The First Illness in History Named by Patients, 2026, Shiozaki

    “Long COVID”: The First Illness in History Named by Patients Mari Shiozaki Abstract The COVID‑19 pandemic created a large population of individuals who continued to experience debilitating symptoms long after the acute infection had resolved. This chapter examines the emergence of Long COVID...
  20. forestglip

    Preprint Pathogen Effector Convergence Theory (PECT): A Protocol to Create a Unifying Framework for Post-Acute Infection Syndromes (PAISs), 2026, Jain et al

    Pathogen Effector Convergence Theory (PECT): A Protocol to Create a Unifying Framework for Post-Acute Infection Syndromes (PAISs) Jain, Nita Abstract Post-infectious syndromes (ME/CFS, Long COVID, PTLDS) represent significant global health challenges with overlapping clinical manifestations...
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