SOCIETY: AGA Mechanisms underlying H pylori related gastric pathology

Presentations:

IL-17 SIGNALING REDUCES GASTRIC CARCINOGENESIS BY ALTERING FUNCTION OF THE HELICOBACTER CAG TYPE 4 SECRETION SYSTEM AND SUPPRESSING LRIG1 ACTIVATION

TARGETED IN VIVO COMPETITION AMONG CO-INFECTING HELICOBACTER PYLORI STRAINS INCREASES CAGA-DEPENDENT INFLAMMATION, INJURY, AND CARCINOGENESIS WITHIN THE CONTEXT OF IRON DEFICIENCY

IMPLICATION OF HYPUSINATION IN HELICOBACTER PYLORI-INDUCED GASTRIC CARCINOGENESIS

HELICOBACTER PYLORI ERADICATION AND GASTRIC CANCER RISK IN GASTRIC ULCER PATIENTS: A NATIONWIDE COHORT STUDY

HELICOBACTER PYLORI-INDUCED FERROPTOSIS CONTRIBUTES TO ATROPHIC GASTRITIS VIA MODULATING SELENIUM UTILIZATION BY GPX4.

Seokho Myeong

Appearances