Session

IBD: Basic pathophysiology

LIPID PEROXIDATION FUELS INTESTINAL INFLAMMATION VIA A TLR2-JNK AXIS
LIPID PEROXIDATION FUELS INTESTINAL INFLAMMATION VIA A TLR2-JNK AXIS

SZN-1326 PROMOTES COLONIC MUCOSAL HEALING IN AN ACUTE INJURY MODEL OF IBD BY EXPANDING THE PROGENITOR POOL AND ACCELERATING DIFFERENTIATION
SZN-1326 PROMOTES COLONIC MUCOSAL HEALING IN AN ACUTE INJURY MODEL OF IBD BY EXPANDING THE PROGENITOR POOL AND ACCELERATING DIFFERENTIATION

ROLE OF SUCNR1 IN INFLAMMASOME ACTIVATION OF INTESTINAL EPITHELIAL CELLS: RELEVANCE IN ULCERATIVE COLITIS
ROLE OF SUCNR1 IN INFLAMMASOME ACTIVATION OF INTESTINAL EPITHELIAL CELLS: RELEVANCE IN ULCERATIVE COLITIS

SZN-1326, A WNT SIGNAL ACTIVATOR, IS MORE EFFICACIOUS THAN CYCLOSPORINE A IN AN ACUTE DSS MODEL
SZN-1326, A WNT SIGNAL ACTIVATOR, IS MORE EFFICACIOUS THAN CYCLOSPORINE A IN AN ACUTE DSS MODEL

CYTOKINELINK: A NOVEL BIOINFORMATIC TOOL TO MAP CYTOKINE-MEDIATED INTERCELLULAR COMMUNICATION IN INFLAMMATORY BOWEL DISEASE
CYTOKINELINK: A NOVEL BIOINFORMATIC TOOL TO MAP CYTOKINE-MEDIATED INTERCELLULAR COMMUNICATION IN INFLAMMATORY BOWEL DISEASE

MICROSCOPIC COLITIS NO MORE: HLA ASSOCIATION DISCRIMINATES COLLAGENOUS FROM LYMPHOCYTIC COLITIS
MICROSCOPIC COLITIS NO MORE: HLA ASSOCIATION DISCRIMINATES COLLAGENOUS FROM LYMPHOCYTIC COLITIS

ROLE OF SUCNR1 IN INFLAMMASOME ACTIVATION OF INTESTINAL EPITHELIAL CELLS: RELEVANCE IN ULCERATIVE COLITIS
ROLE OF SUCNR1 IN INFLAMMASOME ACTIVATION OF INTESTINAL EPITHELIAL CELLS: RELEVANCE IN ULCERATIVE COLITIS

IBD: Basic pathophysiology

CYTOKINELINK: A NOVEL BIOINFORMATIC TOOL TO MAP CYTOKINE-MEDIATED INTERCELLULAR COMMUNICATION IN INFLAMMATORY BOWEL DISEASE
CYTOKINELINK: A NOVEL BIOINFORMATIC TOOL TO MAP CYTOKINE-MEDIATED INTERCELLULAR COMMUNICATION IN INFLAMMATORY BOWEL DISEASE

IBD: Basic pathophysiology

LIPID PEROXIDATION FUELS INTESTINAL INFLAMMATION VIA A TLR2-JNK AXIS
LIPID PEROXIDATION FUELS INTESTINAL INFLAMMATION VIA A TLR2-JNK AXIS

IBD: Basic pathophysiology

MICROSCOPIC COLITIS NO MORE: HLA ASSOCIATION DISCRIMINATES COLLAGENOUS FROM LYMPHOCYTIC COLITIS
MICROSCOPIC COLITIS NO MORE: HLA ASSOCIATION DISCRIMINATES COLLAGENOUS FROM LYMPHOCYTIC COLITIS

IBD: Basic pathophysiology

SZN-1326, A WNT SIGNAL ACTIVATOR, IS MORE EFFICACIOUS THAN CYCLOSPORINE A IN AN ACUTE DSS MODEL
SZN-1326, A WNT SIGNAL ACTIVATOR, IS MORE EFFICACIOUS THAN CYCLOSPORINE A IN AN ACUTE DSS MODEL

IBD: Basic pathophysiology

SZN-1326 PROMOTES COLONIC MUCOSAL HEALING IN AN ACUTE INJURY MODEL OF IBD BY EXPANDING THE PROGENITOR POOL AND ACCELERATING DIFFERENTIATION
SZN-1326 PROMOTES COLONIC MUCOSAL HEALING IN AN ACUTE INJURY MODEL OF IBD BY EXPANDING THE PROGENITOR POOL AND ACCELERATING DIFFERENTIATION

IBD: Basic pathophysiology

MICROSCOPIC COLITIS NO MORE: HLA ASSOCIATION DISCRIMINATES COLLAGENOUS FROM LYMPHOCYTIC COLITIS
MICROSCOPIC COLITIS NO MORE: HLA ASSOCIATION DISCRIMINATES COLLAGENOUS FROM LYMPHOCYTIC COLITIS

IBD: Basic pathophysiology  et al.

CYTOKINELINK: A NOVEL BIOINFORMATIC TOOL TO MAP CYTOKINE-MEDIATED INTERCELLULAR COMMUNICATION IN INFLAMMATORY BOWEL DISEASE
CYTOKINELINK: A NOVEL BIOINFORMATIC TOOL TO MAP CYTOKINE-MEDIATED INTERCELLULAR COMMUNICATION IN INFLAMMATORY BOWEL DISEASE

IBD: Basic pathophysiology  et al.

SZN-1326, A WNT SIGNAL ACTIVATOR, IS MORE EFFICACIOUS THAN CYCLOSPORINE A IN AN ACUTE DSS MODEL
SZN-1326, A WNT SIGNAL ACTIVATOR, IS MORE EFFICACIOUS THAN CYCLOSPORINE A IN AN ACUTE DSS MODEL

IBD: Basic pathophysiology  et al.

ROLE OF SUCNR1 IN INFLAMMASOME ACTIVATION OF INTESTINAL EPITHELIAL CELLS: RELEVANCE IN ULCERATIVE COLITIS
ROLE OF SUCNR1 IN INFLAMMASOME ACTIVATION OF INTESTINAL EPITHELIAL CELLS: RELEVANCE IN ULCERATIVE COLITIS

IBD: Basic pathophysiology  et al.

SZN-1326 PROMOTES COLONIC MUCOSAL HEALING IN AN ACUTE INJURY MODEL OF IBD BY EXPANDING THE PROGENITOR POOL AND ACCELERATING DIFFERENTIATION
SZN-1326 PROMOTES COLONIC MUCOSAL HEALING IN AN ACUTE INJURY MODEL OF IBD BY EXPANDING THE PROGENITOR POOL AND ACCELERATING DIFFERENTIATION

IBD: Basic pathophysiology  et al.

LIPID PEROXIDATION FUELS INTESTINAL INFLAMMATION VIA A TLR2-JNK AXIS
LIPID PEROXIDATION FUELS INTESTINAL INFLAMMATION VIA A TLR2-JNK AXIS

IBD: Basic pathophysiology  et al.

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