Session

Pancreatic diseases: From bench to bedside

ATM AND P53 AUTONOMOUS ROLES DURING PANCREATIC CANCER TUMORIGENESIS
ATM AND P53 AUTONOMOUS ROLES DURING PANCREATIC CANCER TUMORIGENESIS

A PROSPECTIVE FEASIBILITY TRIAL TO CHALLENGE PATIENT-DERIVED PANCREATIC CANCER ORGANOIDS IN PREDICTING TREATMENT RESPONSE
A PROSPECTIVE FEASIBILITY TRIAL TO CHALLENGE PATIENT-DERIVED PANCREATIC CANCER ORGANOIDS IN PREDICTING TREATMENT RESPONSE

INTERPLAY OF ORAI1 CA2+ CHANNEL AND CYSTIC FIBROSIS TRANSMEMBRANE CONDUCTANCE REGULATOR (CFTR) IN EPITHELIAL PHYSIOLOGY
INTERPLAY OF ORAI1 CA2+ CHANNEL AND CYSTIC FIBROSIS TRANSMEMBRANE CONDUCTANCE REGULATOR (CFTR) IN EPITHELIAL PHYSIOLOGY

IMPACTS OF SYSTEMIC BILE ACIDS IN ACUTE PANCREATITIS DEPEND ON THEIR HYDROPHOBICITY AND MAY RESULT FROM THEIR INTERACTION WITH CCK1 RECEPTOR
IMPACTS OF SYSTEMIC BILE ACIDS IN ACUTE PANCREATITIS DEPEND ON THEIR HYDROPHOBICITY AND MAY RESULT FROM THEIR INTERACTION WITH CCK1 RECEPTOR

ROBO1 SUPPORTS ACTIN RICH STRUCTURES IN PANCREATIC TUMOR CELLS WITH PARTICULAR EFFECTS ON RHOA ACTIVITY AT ADHERENS JUNCTIONS
ROBO1 SUPPORTS ACTIN RICH STRUCTURES IN PANCREATIC TUMOR CELLS WITH PARTICULAR EFFECTS ON RHOA ACTIVITY AT ADHERENS JUNCTIONS

ROBO1 SUPPORTS ACTIN RICH STRUCTURES IN PANCREATIC TUMOR CELLS WITH PARTICULAR EFFECTS ON RHOA ACTIVITY AT ADHERENS JUNCTIONS
ROBO1 SUPPORTS ACTIN RICH STRUCTURES IN PANCREATIC TUMOR CELLS WITH PARTICULAR EFFECTS ON RHOA ACTIVITY AT ADHERENS JUNCTIONS

Pancreatic diseases: From bench to bedside  et al.

IMPACTS OF SYSTEMIC BILE ACIDS IN ACUTE PANCREATITIS DEPEND ON THEIR HYDROPHOBICITY AND MAY RESULT FROM THEIR INTERACTION WITH CCK1 RECEPTOR
IMPACTS OF SYSTEMIC BILE ACIDS IN ACUTE PANCREATITIS DEPEND ON THEIR HYDROPHOBICITY AND MAY RESULT FROM THEIR INTERACTION WITH CCK1 RECEPTOR

Pancreatic diseases: From bench to bedside  et al.

INTERPLAY OF ORAI1 CA2+ CHANNEL AND CYSTIC FIBROSIS TRANSMEMBRANE CONDUCTANCE REGULATOR (CFTR) IN EPITHELIAL PHYSIOLOGY
INTERPLAY OF ORAI1 CA2+ CHANNEL AND CYSTIC FIBROSIS TRANSMEMBRANE CONDUCTANCE REGULATOR (CFTR) IN EPITHELIAL PHYSIOLOGY

Pancreatic diseases: From bench to bedside  et al.

A PROSPECTIVE FEASIBILITY TRIAL TO CHALLENGE PATIENT-DERIVED PANCREATIC CANCER ORGANOIDS IN PREDICTING TREATMENT RESPONSE
A PROSPECTIVE FEASIBILITY TRIAL TO CHALLENGE PATIENT-DERIVED PANCREATIC CANCER ORGANOIDS IN PREDICTING TREATMENT RESPONSE

Pancreatic diseases: From bench to bedside  et al.

ATM AND P53 AUTONOMOUS ROLES DURING PANCREATIC CANCER TUMORIGENESIS
ATM AND P53 AUTONOMOUS ROLES DURING PANCREATIC CANCER TUMORIGENESIS

Pancreatic diseases: From bench to bedside  et al.

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