Author

Cristina Bauset

INVOLVEMENT OF MACROPHAGES IN THE ACTIVATION OF MESENCHYMAL EPITHELIAL TRANSITION IN CROHN'S DISEASE: ROLE OF THE MICROENVIRONMENT
INVOLVEMENT OF MACROPHAGES IN THE ACTIVATION OF MESENCHYMAL EPITHELIAL TRANSITION IN CROHN'S DISEASE: ROLE OF THE MICROENVIRONMENT

SURGICAL RESECTIONS FROM IBD PATIENTS EXHIBIT DIFFERENT METABOLITE-SENSING GPCRS EXPRESSION, METABOLIC PROFILES AND MICROBIAL DYSBIOSIS
SURGICAL RESECTIONS FROM IBD PATIENTS EXHIBIT DIFFERENT METABOLITE-SENSING GPCRS EXPRESSION, METABOLIC PROFILES AND MICROBIAL DYSBIOSIS

Cristina Bauset  et al.

ROLE OF P2X7 IN INTESTINAL FIBROSIS AND INFLAMMASOME ACTIVATION: RELEVANCE IN CROHN'S DISEASE
ROLE OF P2X7 IN INTESTINAL FIBROSIS AND INFLAMMASOME ACTIVATION: RELEVANCE IN CROHN'S DISEASE

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

Cristina Bauset

SURGICAL RESECTIONS FROM IBD PATIENTS EXHIBIT DIFFERENT METABOLITE-SENSING GPCRS EXPRESSION, METABOLIC PROFILES AND MICROBIAL DYSBIOSIS
SURGICAL RESECTIONS FROM IBD PATIENTS EXHIBIT DIFFERENT METABOLITE-SENSING GPCRS EXPRESSION, METABOLIC PROFILES AND MICROBIAL DYSBIOSIS

IFN-GAMMA-TREATED MACROPHAGES INDUCE EMT THROUGH THE WNT PATHWAY: RELEVANCE IN CROHN´S DISEASE
IFN-GAMMA-TREATED MACROPHAGES INDUCE EMT THROUGH THE WNT PATHWAY: RELEVANCE IN CROHN´S DISEASE

SUCNR1 DEFICIENCY IMPAIRS INFLAMMASOME ACTIVATION AND AMELIORATES CHRONIC DSS COLITIS
SUCNR1 DEFICIENCY IMPAIRS INFLAMMASOME ACTIVATION AND AMELIORATES CHRONIC DSS COLITIS

Cristina Bauset  et al.

INTESTINAL FIBROBLASTS FROM CROHN'S DISEASE PATIENTS EXPRESSED INCREASED AUTOPHAGY AND DECREASED APOPTOSIS
INTESTINAL FIBROBLASTS FROM CROHN'S DISEASE PATIENTS EXPRESSED INCREASED AUTOPHAGY AND DECREASED APOPTOSIS

SUCCINATE RECEPTOR (SUCNR1) MEDIATES LEUKOCYTE-ENDOTHELIAL CELL INTERACTIONS INDUCED BY TNF?
SUCCINATE RECEPTOR (SUCNR1) MEDIATES LEUKOCYTE-ENDOTHELIAL CELL INTERACTIONS INDUCED BY TNF?

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

THE APA I POLYMORPHISM IN THE VITAMIN D RECEPTOR GENE IS ASSOCIATED WITH A STRICTURING BEHAVIOUR IN CROHN'S DISEASE PATIENTS
THE APA I POLYMORPHISM IN THE VITAMIN D RECEPTOR GENE IS ASSOCIATED WITH A STRICTURING BEHAVIOUR IN CROHN'S DISEASE PATIENTS

CROHN'S DISEASE ASSOCIATED FIBROSIS MODULATES THE EXPRESSION OF COLLAGEN RECEPTORS
CROHN'S DISEASE ASSOCIATED FIBROSIS MODULATES THE EXPRESSION OF COLLAGEN RECEPTORS

THE ADMINISTRATION OF MM-MIR-378A-3P EXACERBATES CHRONIC INFLAMMATION AND FIBROSIS IN A MURINE INTESTINAL MODEL
THE ADMINISTRATION OF MM-MIR-378A-3P EXACERBATES CHRONIC INFLAMMATION AND FIBROSIS IN A MURINE INTESTINAL MODEL

Cristina Bauset  et al.

ROLE OF NOTCH PATHWAY IN CROHN'S DISEASE: IMPLICATIONS IN FIBROSIS
ROLE OF NOTCH PATHWAY IN CROHN'S DISEASE: IMPLICATIONS IN FIBROSIS

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

Cristina Bauset  et al.

SUCCINATE RECEPTOR (SUCNR1) MEDIATES LEUKOCYTE-ENDOTHELIAL CELL INTERACTIONS INDUCED BY TNF?
SUCCINATE RECEPTOR (SUCNR1) MEDIATES LEUKOCYTE-ENDOTHELIAL CELL INTERACTIONS INDUCED BY TNF?

Cristina Bauset  et al.

SUCCINATE RECEPTOR MEDIATES LEUKOCYTE-ENDOTHELIAL CELL INTERACTIONS INDUCED BY TNF?
SUCCINATE RECEPTOR MEDIATES LEUKOCYTE-ENDOTHELIAL CELL INTERACTIONS INDUCED BY TNF?

Cristina Bauset  et al.

ROLE OF P2X7 RECEPTOR IN INTESTINAL FIBROSIS OF CROHN´S DISEASE PATIENTS
ROLE OF P2X7 RECEPTOR IN INTESTINAL FIBROSIS OF CROHN´S DISEASE PATIENTS

Cristina Bauset  et al.

CROHN’S DISEASE ASSOCIATED FIBROSIS MODULATES THE EXPRESSION OF COLLAGEN RECEPTORS
CROHN’S DISEASE ASSOCIATED FIBROSIS MODULATES THE EXPRESSION OF COLLAGEN RECEPTORS

Cristina Bauset  et al.

ETS1 AND SENESCENCE ASSOCIATED SECRETORY PHENOTYPE INDUCTION IN HUMAN SMALL INTESTINAL FIBROBLASTS
ETS1 AND SENESCENCE ASSOCIATED SECRETORY PHENOTYPE INDUCTION IN HUMAN SMALL INTESTINAL FIBROBLASTS

Cristina Bauset  et al.

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