Metabolic reprogramming in lymphocytes, including increased glycolysis and mitochondrial dysfunction, drives T-cell-mediated autoimmunity in diseases like MS, RA, and T1D.
- Open access
Moving in bioRxiv, Cellular & molecular immunology, eLife, The American Journal of Human Genetics, Cell Metabolism, Environmental pollution, Environmental research, Journal of hepatology.
Rebuilt
Nothing in this area has moved yet this week.
Newest first · last 60 days
Metabolic reprogramming in lymphocytes, including increased glycolysis and mitochondrial dysfunction, drives T-cell-mediated autoimmunity in diseases like MS, RA, and T1D.
ISChip enables absolute quantification of 183 insertion sequences across diverse environmental samples with high sensitivity, revealing key hotspots in the One Health continuum.
MARCH2 and MARCH3 redundantly target FcγRI for K27-linked polyubiquitination and degradation, limiting inflammatory responses and disease severity.
Hepatic glutamine metabolism critically regulates pathogenic CD4(+) T cell inflammation, with Gln depletion linked to increased liver damage in MASLD.
C3-C3aR signaling enhances trained immunity in alveolar macrophages, with C3 deficiency impairing cytokine production and metabolic activity in mice.
Female thymocytes show a 2.4-fold higher prevalence of TCRs specific to autoimmunity-related self-antigens than males, indicating a sex-biased bias in thymic selection.
Overlapping Xq13.3 duplications increase TAB3 dosage, causing X-linked hypotrichosis simplex with a 3.4 Mb critical region.
Journals this month
Moving areas, week to 3 Oct 2026