Session

Basic and translational science in the pancreas (Posters)

THE EPIGENETIC FACTOR EZH2 ORCHESTRATES ONCOGENIC FEATURES IN ATM-DEFICIENT PANCREATIC CANCER
THE EPIGENETIC FACTOR EZH2 ORCHESTRATES ONCOGENIC FEATURES IN ATM-DEFICIENT PANCREATIC CANCER

USING LIGHT-BASED THERAPY TO ENHANCE THE EFFECTS OF PANCREATIC CANCER CHEMOTHERAPY
USING LIGHT-BASED THERAPY TO ENHANCE THE EFFECTS OF PANCREATIC CANCER CHEMOTHERAPY

GENDER-SPECIFIC CHANGES OF THE GUT MICROBIOME CORRELATE WITH TUMOR DEVELOPMENT IN MURINE MODELS OF PANCREATIC CANCER
GENDER-SPECIFIC CHANGES OF THE GUT MICROBIOME CORRELATE WITH TUMOR DEVELOPMENT IN MURINE MODELS OF PANCREATIC CANCER

EFFECT OF IL-18 RECEPTOR DEFICIENCY ON CYTOTOXIC T-CELL MIGRATION PATTERNS AND INTERACTION BEHAVIOR IN A PANCREATIC CARCINOMA MODEL
EFFECT OF IL-18 RECEPTOR DEFICIENCY ON CYTOTOXIC T-CELL MIGRATION PATTERNS AND INTERACTION BEHAVIOR IN A PANCREATIC CARCINOMA MODEL

CEACAM6’S ROLE AS A CHEMORESISTANCE AND PROGNOSTIC BIOMARKER FOR PANCREATIC CANCER: A COMPARISON OF CEACAM6’S DIAGNOSTIC AND PROGNOSTIC CAPABILITIES WITH THOSE OF CA19-9 AND CEA
CEACAM6’S ROLE AS A CHEMORESISTANCE AND PROGNOSTIC BIOMARKER FOR PANCREATIC CANCER: A COMPARISON OF CEACAM6’S DIAGNOSTIC AND PROGNOSTIC CAPABILITIES WITH THOSE OF CA19-9 AND CEA

ADVANCED APICAL MEMBRANE PHYSIOLOGY IS REVEALED BY POLARITY-SWITCHED HUMAN PANCREATIC DUCTAL ORGANOIDS
ADVANCED APICAL MEMBRANE PHYSIOLOGY IS REVEALED BY POLARITY-SWITCHED HUMAN PANCREATIC DUCTAL ORGANOIDS

PIWIL1, A KEY REGULATOR IN THE PROCESS OF PANCREATIC STELLATE CELL ACTIVATION VIA PI3K/AKT/MTOR SIGNALING PATHWAY
PIWIL1, A KEY REGULATOR IN THE PROCESS OF PANCREATIC STELLATE CELL ACTIVATION VIA PI3K/AKT/MTOR SIGNALING PATHWAY

PORCINE PANCREATIC DUCTAL ORGANOIDS RECAPITULATE THE ION TRANSPORT PROPERTIES OF PANCREATIC DUCTAL CELLS
PORCINE PANCREATIC DUCTAL ORGANOIDS RECAPITULATE THE ION TRANSPORT PROPERTIES OF PANCREATIC DUCTAL CELLS

PORCINE PANCREATIC DUCTAL ORGANOIDS RECAPITULATE THE ION TRANSPORT PROPERTIES OF PANCREATIC DUCTAL CELLS
PORCINE PANCREATIC DUCTAL ORGANOIDS RECAPITULATE THE ION TRANSPORT PROPERTIES OF PANCREATIC DUCTAL CELLS

Basic and translational science in the pancreas (Posters)  et al.

PIWIL1, A KEY REGULATOR IN THE PROCESS OF PANCREATIC STELLATE CELL ACTIVATION VIA PI3K/AKT/MTOR SIGNALING PATHWAY
PIWIL1, A KEY REGULATOR IN THE PROCESS OF PANCREATIC STELLATE CELL ACTIVATION VIA PI3K/AKT/MTOR SIGNALING PATHWAY

Basic and translational science in the pancreas (Posters)

ADVANCED APICAL MEMBRANE PHYSIOLOGY IS REVEALED BY POLARITY-SWITCHED HUMAN PANCREATIC DUCTAL ORGANOIDS
ADVANCED APICAL MEMBRANE PHYSIOLOGY IS REVEALED BY POLARITY-SWITCHED HUMAN PANCREATIC DUCTAL ORGANOIDS

Basic and translational science in the pancreas (Posters)  et al.

CEACAM6’S ROLE AS A CHEMORESISTANCE AND PROGNOSTIC BIOMARKER FOR PANCREATIC CANCER: A COMPARISON OF CEACAM6’S DIAGNOSTIC AND PROGNOSTIC CAPABILITIES WITH THOSE OF CA19-9 AND CEA
CEACAM6’S ROLE AS A CHEMORESISTANCE AND PROGNOSTIC BIOMARKER FOR PANCREATIC CANCER: A COMPARISON OF CEACAM6’S DIAGNOSTIC AND PROGNOSTIC CAPABILITIES WITH THOSE OF CA19-9 AND CEA

Basic and translational science in the pancreas (Posters)  et al.

EFFECT OF IL-18 RECEPTOR DEFICIENCY ON CYTOTOXIC T-CELL MIGRATION PATTERNS AND INTERACTION BEHAVIOR IN A PANCREATIC CARCINOMA MODEL
EFFECT OF IL-18 RECEPTOR DEFICIENCY ON CYTOTOXIC T-CELL MIGRATION PATTERNS AND INTERACTION BEHAVIOR IN A PANCREATIC CARCINOMA MODEL

Basic and translational science in the pancreas (Posters)  et al.

GENDER-SPECIFIC CHANGES OF THE GUT MICROBIOME CORRELATE WITH TUMOR DEVELOPMENT IN MURINE MODELS OF PANCREATIC CANCER
GENDER-SPECIFIC CHANGES OF THE GUT MICROBIOME CORRELATE WITH TUMOR DEVELOPMENT IN MURINE MODELS OF PANCREATIC CANCER

Basic and translational science in the pancreas (Posters)  et al.

USING LIGHT-BASED THERAPY TO ENHANCE THE EFFECTS OF PANCREATIC CANCER CHEMOTHERAPY
USING LIGHT-BASED THERAPY TO ENHANCE THE EFFECTS OF PANCREATIC CANCER CHEMOTHERAPY

Basic and translational science in the pancreas (Posters)  et al.

THE EPIGENETIC FACTOR EZH2 ORCHESTRATES ONCOGENIC FEATURES IN ATM-DEFICIENT PANCREATIC CANCER
THE EPIGENETIC FACTOR EZH2 ORCHESTRATES ONCOGENIC FEATURES IN ATM-DEFICIENT PANCREATIC CANCER

Basic and translational science in the pancreas (Posters)  et al.

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