Session

Endoscopic resection of GI neoplasia

COMPARISON OF MASS SPECTROMETRY AND OPTICAL SPECTROSCOPY FOR NOVEL REAL TIME DIAGNOSIS OF COLORECTAL CANCER
COMPARISON OF MASS SPECTROMETRY AND OPTICAL SPECTROSCOPY FOR NOVEL REAL TIME DIAGNOSIS OF COLORECTAL CANCER

IMPLEMENTATION OF THE OPTICAL MODEL INCREASES SENSITIVITY OF REAL-TIME OPTICAL DIAGNOSIS AND R0-RESECTION RATES OF NON-PEDUNCULATED T1 COLORECTAL CARCINOMAS: A PROSPECTIVE MULTICENTER STUDY (OPTICAL II)
IMPLEMENTATION OF THE OPTICAL MODEL INCREASES SENSITIVITY OF REAL-TIME OPTICAL DIAGNOSIS AND R0-RESECTION RATES OF NON-PEDUNCULATED T1 COLORECTAL CARCINOMAS: A PROSPECTIVE MULTICENTER STUDY (OPTICAL II)

ENDOSCOPIC MUCOSAL RESECTION COMBINED WITH HYBRID ARGON PLASMA COAGULATION TO PREVENT RECURRENCE OF LARGE NONPEDUNCULATED COLORECTAL POLYPS
ENDOSCOPIC MUCOSAL RESECTION COMBINED WITH HYBRID ARGON PLASMA COAGULATION TO PREVENT RECURRENCE OF LARGE NONPEDUNCULATED COLORECTAL POLYPS

ENDOSCOPIC MUCOSAL RESECTION COMBINED WITH HYBRID ARGON PLASMA COAGULATION TO PREVENT RECURRENCE OF LARGE NONPEDUNCULATED COLORECTAL POLYPS
ENDOSCOPIC MUCOSAL RESECTION COMBINED WITH HYBRID ARGON PLASMA COAGULATION TO PREVENT RECURRENCE OF LARGE NONPEDUNCULATED COLORECTAL POLYPS

Endoscopic resection of GI neoplasia  et al.

IMPLEMENTATION OF THE OPTICAL MODEL INCREASES SENSITIVITY OF REAL-TIME OPTICAL DIAGNOSIS AND R0-RESECTION RATES OF NON-PEDUNCULATED T1 COLORECTAL CARCINOMAS: A PROSPECTIVE MULTICENTER STUDY (OPTICAL II)
IMPLEMENTATION OF THE OPTICAL MODEL INCREASES SENSITIVITY OF REAL-TIME OPTICAL DIAGNOSIS AND R0-RESECTION RATES OF NON-PEDUNCULATED T1 COLORECTAL CARCINOMAS: A PROSPECTIVE MULTICENTER STUDY (OPTICAL II)

Endoscopic resection of GI neoplasia  et al.

COMPARISON OF MASS SPECTROMETRY AND OPTICAL SPECTROSCOPY FOR NOVEL REAL TIME DIAGNOSIS OF COLORECTAL CANCER
COMPARISON OF MASS SPECTROMETRY AND OPTICAL SPECTROSCOPY FOR NOVEL REAL TIME DIAGNOSIS OF COLORECTAL CANCER

Endoscopic resection of GI neoplasia  et al.

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