The Biobank Integrating Longitudinal ERCP Within a Prospective Chronic Pancreatitis Cohort
The Biobank Integrating Longitudinal ERCP Within a Prospective Chronic Pancreatitis Cohort
The Biobank Integrating Longitudinal ERCP within a Prospective Chronic Pancreatitis Cohort (BILE-CP) is a prospective longitudinal cohort study conducted in Hangzhou, Zhejiang Province, China. The study plans to consecutively enroll 1,500 patients with chronic pancreatitis for long-term follow-up (scheduled every 6 months). This cohort encompasses patients across the entire disease course of chronic pancreatitis, with a particular focus on and in-depth tracking of a sub-cohort of patients undergoing ERCP treatments. During baseline and follow-up visits, researchers will collect multidimensional data from participants, including sociodemographics, diet and lifestyle, emotional status and sleep quality, clinical phenotypes and disease characteristics, ERCP intervention details, clinical laboratory and imaging examinations, continuous glucose monitoring (CGM), and traditional Chinese medicine indicators. Concurrently, multi-site biological samples will be collected, including but not limited to blood, feces, bile, saliva, tongue coating, and urine.
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zhangxiaofeng@hospital.westlake.edu.cn86-0571-56005600
Researchers will recruit participants with chronic pancreatitis, with a specific focus on the sub-population undergoing Endoscopic Retrograde Cholangiopancreatography (ERCP) interventions. This study aims to construct a prospective longitudinal database that integrates sociodemographics, lifestyle factors, emotional status and sleep quality, clinical phenotypes and disease characteristics, ERCP intervention details, laboratory and imaging examinations, traditional Chinese medicine applications, and multi-site biological samples (including blood, feces, bile, saliva, tongue coating, and urine). The primary objective is to clarify the impact of lifestyle and clinical interventions on the disease progression and stage-specific prognosis of chronic pancreatitis. Concurrently, relying on long-term patient follow-up and repeated biological sample collection, the study will systematically investigate the dynamic evolutionary patterns and underlying mechanisms of the multi-site microbiome during disease progression. By integrating patients' multidimensional information and multi-site multi-omics profiles, the research aims to explore precision management models and key biological mechanisms underlying chronic pancreatitis progression and post-ERCP prognosis. Ultimately, this study expect to provide robust scientific evidence for individualized, precise prevention and clinical decision-making in the management of chronic pancreatitis.
zhangxiaofeng@hospital.westlake.edu.cn86-0571-56005600
wangzhijie0708@163.com86-0571-56005600