(Gut[TA])
19,438 results
  • Faecal proteases and immune signatures drive subtype-specific enteric neuronal activation in IBS. [Journal Article]
    Gut. 2026 Aug 04. [Online ahead of print]Ridžal L, Frieling T, … Annaházi AGut
  • CONCLUSIONS: These findings uncover a previously unrecognised luminal-ENS axis in IBS and reveal fundamentally different pathological mechanisms between IBS-D and IBS-C. IBS-D is characterised by proteases and PAR-1-dependent neuronal activation and a distinct immune-enriched faecal proteome, whereas mediators in IBS-C act independently of these factors. These findings establish a functional link between faecal protease activity, ENS signalling and molecular biomarkers, highlighting new therapeutic and diagnostic avenues for subtype-specific management of IBS.
  • Rate and clinical predictors of skeletal muscle loss in patients with cirrhosis. [Journal Article]
    Gut. 2026 Jul 30. [Online ahead of print]Yang TC, Ha NB, … Lai JCGut
  • CONCLUSIONS: Patients with cirrhosis had a median skeletal muscle loss of 1.6%/year. In this cohort, RML independently predicted waitlist mortality and was associated with ascites and MELD-Na. These data could inform effect-size estimates for future trials targeting sarcopenia in cirrhosis with low-to-moderate MELD-Na.