Session

Molecular mechanisms of cancer development

ATM DEFICIENCY DRIVES METABOLIC REPROGRAMMING IN PANCREATIC CANCER CELLS
ATM DEFICIENCY DRIVES METABOLIC REPROGRAMMING IN PANCREATIC CANCER CELLS

DETAILED MAPPING OF COPY NUMBER ALTERATIONS IN THE INFLAMMATORY BOWEL DISEASE COLON REVEALS LARGE CLONAL EXPANSIONS AND PATTERNS OF CONVERGENT EVOLUTION
DETAILED MAPPING OF COPY NUMBER ALTERATIONS IN THE INFLAMMATORY BOWEL DISEASE COLON REVEALS LARGE CLONAL EXPANSIONS AND PATTERNS OF CONVERGENT EVOLUTION

MICROBIAL-DEPENDENT INTESTINAL TUMOURIGENESIS IN ATF6-DRIVEN COLITIS-ASSOCIATED-CANCER
MICROBIAL-DEPENDENT INTESTINAL TUMOURIGENESIS IN ATF6-DRIVEN COLITIS-ASSOCIATED-CANCER

COMPARTMENT-SPECIFIC ROLE OF DKK3 IN THE DEVELOPMENT OF PANCREATIC DUCTAL ADENOCARCINOMA
COMPARTMENT-SPECIFIC ROLE OF DKK3 IN THE DEVELOPMENT OF PANCREATIC DUCTAL ADENOCARCINOMA

BLOCKING IL-20 CYTOKINE FAMILY SIGNALING ATTENUATED COLITIS-ASSOCIATED CANCER BY MODULATING GAS6-MEDIATED WOUND HEALING
BLOCKING IL-20 CYTOKINE FAMILY SIGNALING ATTENUATED COLITIS-ASSOCIATED CANCER BY MODULATING GAS6-MEDIATED WOUND HEALING

BLOCKING IL-20 CYTOKINE FAMILY SIGNALING ATTENUATED COLITIS-ASSOCIATED CANCER BY MODULATING GAS6-MEDIATED WOUND HEALING
BLOCKING IL-20 CYTOKINE FAMILY SIGNALING ATTENUATED COLITIS-ASSOCIATED CANCER BY MODULATING GAS6-MEDIATED WOUND HEALING

Molecular mechanisms of cancer development  et al.

COMPARTMENT-SPECIFIC ROLE OF DKK3 IN THE DEVELOPMENT OF PANCREATIC DUCTAL ADENOCARCINOMA
COMPARTMENT-SPECIFIC ROLE OF DKK3 IN THE DEVELOPMENT OF PANCREATIC DUCTAL ADENOCARCINOMA

Molecular mechanisms of cancer development  et al.

MICROBIAL-DEPENDENT INTESTINAL TUMOURIGENESIS IN ATF6-DRIVEN COLITIS-ASSOCIATED-CANCER
MICROBIAL-DEPENDENT INTESTINAL TUMOURIGENESIS IN ATF6-DRIVEN COLITIS-ASSOCIATED-CANCER

Molecular mechanisms of cancer development  et al.

DETAILED MAPPING OF COPY NUMBER ALTERATIONS IN THE INFLAMMATORY BOWEL DISEASE COLON REVEALS LARGE CLONAL EXPANSIONS AND PATTERNS OF CONVERGENT EVOLUTION
DETAILED MAPPING OF COPY NUMBER ALTERATIONS IN THE INFLAMMATORY BOWEL DISEASE COLON REVEALS LARGE CLONAL EXPANSIONS AND PATTERNS OF CONVERGENT EVOLUTION

Molecular mechanisms of cancer development  et al.

ATM DEFICIENCY DRIVES METABOLIC REPROGRAMMING IN PANCREATIC CANCER CELLS
ATM DEFICIENCY DRIVES METABOLIC REPROGRAMMING IN PANCREATIC CANCER CELLS

Molecular mechanisms of cancer development  et al.

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