Session

Basic research on gastrointestinal epithelium

NOVEL METAL-FREE CARBON MONOXIDE-RELEASING PRODRUG IN PREVENTION OF GASTRIC MUCOSA AGAINST NSAIDS-INDUCED GASTROTOXICITY
NOVEL METAL-FREE CARBON MONOXIDE-RELEASING PRODRUG IN PREVENTION OF GASTRIC MUCOSA AGAINST NSAIDS-INDUCED GASTROTOXICITY

Basic research on gastrointestinal epithelium  et al.

MITOCHONDRIA-TARGETING HYDROGEN SULFIDE-RELEASING AP-39 IN PREVENTION OF CHEMICALLY-INDUCED GASTRIC MUCOSAL DAMAGE
MITOCHONDRIA-TARGETING HYDROGEN SULFIDE-RELEASING AP-39 IN PREVENTION OF CHEMICALLY-INDUCED GASTRIC MUCOSAL DAMAGE

Basic research on gastrointestinal epithelium  et al.

SACCHAROMYCES BOULARDII CNCM I-745 IMPROVES GUT-BRAIN AXIS DYSFUNCTION IN A HUMANIZED MOUSE MODEL OF IBS WITH CO-MORBID ANXIETY
SACCHAROMYCES BOULARDII CNCM I-745 IMPROVES GUT-BRAIN AXIS DYSFUNCTION IN A HUMANIZED MOUSE MODEL OF IBS WITH CO-MORBID ANXIETY

Basic research on gastrointestinal epithelium  et al.

Basic research on gastrointestinal epithelium - Panel discussion
Basic research on gastrointestinal epithelium - Panel discussion

MITOCHONDRIA-TARGETING HYDROGEN SULFIDE-RELEASING AP-39 IN PREVENTION OF CHEMICALLY-INDUCED GASTRIC MUCOSAL DAMAGE
MITOCHONDRIA-TARGETING HYDROGEN SULFIDE-RELEASING AP-39 IN PREVENTION OF CHEMICALLY-INDUCED GASTRIC MUCOSAL DAMAGE

Basic research on gastrointestinal epithelium

SACCHAROMYCES BOULARDII CNCM I-745 IMPROVES GUT-BRAIN AXIS DYSFUNCTION IN A HUMANIZED MOUSE MODEL OF IBS WITH CO-MORBID ANXIETY
SACCHAROMYCES BOULARDII CNCM I-745 IMPROVES GUT-BRAIN AXIS DYSFUNCTION IN A HUMANIZED MOUSE MODEL OF IBS WITH CO-MORBID ANXIETY

Basic research on gastrointestinal epithelium

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