Author

Michael Karl Melzer

TBX3 SHOWS SWITCHING EXPRESSION PATTERNS IN THE EMBRYONIC PANCREAS AND FINE-TUNES REGENERATION FROM ACUTE PANCREATITIS
TBX3 SHOWS SWITCHING EXPRESSION PATTERNS IN THE EMBRYONIC PANCREAS AND FINE-TUNES REGENERATION FROM ACUTE PANCREATITIS

Michael Karl Melzer  et al.

THE PORCINE URINARY BLADDER FUNCTIONS AS AN INNOVATIVE IN VITRO MODEL FOR THE INVESTIGATION OF HUMAN PANCREATIC DEVELOPMENT AND CARCINOGENESIS IN A PLURIPOTENT STEM CELL-BASED APPROACH
THE PORCINE URINARY BLADDER FUNCTIONS AS AN INNOVATIVE IN VITRO MODEL FOR THE INVESTIGATION OF HUMAN PANCREATIC DEVELOPMENT AND CARCINOGENESIS IN A PLURIPOTENT STEM CELL-BASED APPROACH

Michael Karl Melzer

THE TRANSCRIPTION FACTOR TBX3 FOSTERS REGENERATION FROM ACUTE PANCREATITIS AND SHOWS SWITCHING EXPRESSION PATTERNS IN THE EMBRYONIC PANCREAS
THE TRANSCRIPTION FACTOR TBX3 FOSTERS REGENERATION FROM ACUTE PANCREATITIS AND SHOWS SWITCHING EXPRESSION PATTERNS IN THE EMBRYONIC PANCREAS

Michael Karl Melzer  et al.

THE TRANSCRIPTION FACTOR TBX3 FOSTERS REGENERATION FROM ACUTE PANCREATITIS AND SHOWS SWITCHING EXPRESSION PATTERNS IN THE EMBRYONIC PANCREAS
THE TRANSCRIPTION FACTOR TBX3 FOSTERS REGENERATION FROM ACUTE PANCREATITIS AND SHOWS SWITCHING EXPRESSION PATTERNS IN THE EMBRYONIC PANCREAS

Michael Karl Melzer

THE PORCINE URINARY BLADDER FUNCTIONS AS AN INNOVATIVE IN VITRO MODEL FOR THE INVESTIGATION OF HUMAN PANCREATIC DEVELOPMENT AND CARCINOGENESIS IN A PLURIPOTENT STEM CELL-BASED APPROACH
THE PORCINE URINARY BLADDER FUNCTIONS AS AN INNOVATIVE IN VITRO MODEL FOR THE INVESTIGATION OF HUMAN PANCREATIC DEVELOPMENT AND CARCINOGENESIS IN A PLURIPOTENT STEM CELL-BASED APPROACH

Michael Karl Melzer  et al.

THE PORCINE URINARY BLADDER FUNCTIONS AS AN INNOVATIVE IN VITRO MODEL FOR THE INVESTIGATION OF HUMAN PANCREATIC DEVELOPMENT AND CARCINOGENESIS IN A PLURIPOTENT STEM CELL-BASED APPROACH
THE PORCINE URINARY BLADDER FUNCTIONS AS AN INNOVATIVE IN VITRO MODEL FOR THE INVESTIGATION OF HUMAN PANCREATIC DEVELOPMENT AND CARCINOGENESIS IN A PLURIPOTENT STEM CELL-BASED APPROACH

THE TRANSCRIPTION FACTOR TBX3 FOSTERS REGENERATION FROM ACUTE PANCREATITIS AND SHOWS SWITCHING EXPRESSION PATTERNS IN THE EMBRYONIC PANCREAS
THE TRANSCRIPTION FACTOR TBX3 FOSTERS REGENERATION FROM ACUTE PANCREATITIS AND SHOWS SWITCHING EXPRESSION PATTERNS IN THE EMBRYONIC PANCREAS

KRAS ACTIVATION IN THE CONTEXT OF BRCA2 DEFICIENCY DRIVES DEDIFFERENTIATION OF DUCTAL ORGANOIDS DERIVED FROM HUMAN PLURIPOTENT STEM CELLS
KRAS ACTIVATION IN THE CONTEXT OF BRCA2 DEFICIENCY DRIVES DEDIFFERENTIATION OF DUCTAL ORGANOIDS DERIVED FROM HUMAN PLURIPOTENT STEM CELLS

Michael Karl Melzer  et al.

THE ROLE OF THE TRANSCRIPTION FACTOR TBX3 IN THE EMBRYONIC DEVELOPMENT OF THE MURINE PANCREAS AND REGENERATION OF ACUTE PANCREATITIS
THE ROLE OF THE TRANSCRIPTION FACTOR TBX3 IN THE EMBRYONIC DEVELOPMENT OF THE MURINE PANCREAS AND REGENERATION OF ACUTE PANCREATITIS

Michael Karl Melzer  et al.

HARNESSING PLURIPOTENT STEM CELL DERIVED TRILINEAGE-COMPETENT PANCREATIC PROGENITORS TO GENERATE DUCT-LIKE ORGANOIDS
HARNESSING PLURIPOTENT STEM CELL DERIVED TRILINEAGE-COMPETENT PANCREATIC PROGENITORS TO GENERATE DUCT-LIKE ORGANOIDS

Michael Karl Melzer  et al.

ONCOGENIC GNAS AND KRAS SIGNALING COLLECTIVELY DRIVE DYSPLASIA IN AN IPSC-DERIVED ORGANOID MODEL FOR CYSTIC PANCREATIC NEOPLASIA
ONCOGENIC GNAS AND KRAS SIGNALING COLLECTIVELY DRIVE DYSPLASIA IN AN IPSC-DERIVED ORGANOID MODEL FOR CYSTIC PANCREATIC NEOPLASIA

Michael Karl Melzer  et al.

MODELLING PLASTICITY AND DYSPLASIA OF PANCREATIC DUCTAL ORGANOIDS DERIVED FROM HUMAN PLURIPOTENT STEM CELLS
MODELLING PLASTICITY AND DYSPLASIA OF PANCREATIC DUCTAL ORGANOIDS DERIVED FROM HUMAN PLURIPOTENT STEM CELLS

Michael Karl Melzer  et al.

LOSS OF ONECUT1 ALTERS PANCREATIC EXOCRINE DEVELOPMENT
LOSS OF ONECUT1 ALTERS PANCREATIC EXOCRINE DEVELOPMENT

Michael Karl Melzer  et al.

LOSS OF ONECUT1 ALTERS PANCREATIC EXOCRINE DEVELOPMENT
LOSS OF ONECUT1 ALTERS PANCREATIC EXOCRINE DEVELOPMENT

Michael Karl Melzer  et al.

MCCUNE-ALBRIGHT SYNDROME AND IPMN FORMATION MODELLED IN GNAS-MUTATED DUCT-LIKE ORGANOIDS DERIVED FROM HUMAN PLURIPOTENT STEM CELLS
MCCUNE-ALBRIGHT SYNDROME AND IPMN FORMATION MODELLED IN GNAS-MUTATED DUCT-LIKE ORGANOIDS DERIVED FROM HUMAN PLURIPOTENT STEM CELLS

Michael Karl Melzer  et al.

ENGINEERING AND CHARACTERIZATION OF FUNCTIONAL STEM-CELL DERIVED ACINAR-LIKE ORGANOIDS FOR DISEASE MODELING OF PANCREATIC EXOCRINE DISORDERS
ENGINEERING AND CHARACTERIZATION OF FUNCTIONAL STEM-CELL DERIVED ACINAR-LIKE ORGANOIDS FOR DISEASE MODELING OF PANCREATIC EXOCRINE DISORDERS

Michael Karl Melzer  et al.

HNF6 IN HUMAN PANCREATIC DUCT DEVELOPMENT
HNF6 IN HUMAN PANCREATIC DUCT DEVELOPMENT

Michael Karl Melzer  et al.

ATM-DEFICIENT TUMOR EPITHELIA RESHAPE PANCREATIC CANCER-ASSOCIATED FIBROBLASTS TO FOSTER CANCER AGGRESSIVENESS VIA A DRUGGABLE TGF Β SIGNALING AXIS
ATM-DEFICIENT TUMOR EPITHELIA RESHAPE PANCREATIC CANCER-ASSOCIATED FIBROBLASTS TO FOSTER CANCER AGGRESSIVENESS VIA A DRUGGABLE TGF Β SIGNALING AXIS

Michael Karl Melzer  et al.

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