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注册号: Registration number: |
ChiCTR2600126778 |
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最近更新日期: Date of Last Refreshed on: |
2026-06-15 17:51:03 |
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注册时间: Date of Registration: |
2026-06-15 00:00:00 |
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注册号状态: |
预注册 |
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Registration Status: |
Prospective registration |
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注册题目: |
基于医疗多智能体的协同诊断系统关键技术研发与临床应用 |
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Public title: |
Research on Key Technologies and Clinical Application of Collaborative Diagnosis System Based on Medical Multi-Agent |
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注册题目简写: |
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English Acronym: |
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研究课题的正式科学名称: |
基于医疗多智能体的协同诊断系统关键技术研发与临床应用 |
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Scientific title: |
Research on Key Technologies and Clinical Application of Collaborative Diagnosis System Based on Medical Multi-Agent |
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研究课题代号(代码): Study subject ID: |
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在二级注册机构或其它机构的注册号: The registration number of the Partner Registry or other register: |
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申请注册联系人: |
虞玲华 |
研究负责人: |
虞玲华 |
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Applicant: |
Linghua Yu |
Study leader: |
Linghua Yu |
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申请注册联系人电话: Applicant telephone: |
+86 158 2570 5735 |
研究负责人电话:
Study leader's |
+86 573 8208 2937 |
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申请注册联系人传真 : Applicant Fax: |
研究负责人传真: Study leader's fax: |
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申请注册联系人电子邮件: Applicant E-mail: |
ylhyqh@hotmail.com |
研究负责人电子邮件: Study leader's E-mail: |
ylhyqh@hotmail.com |
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申请单位网址(自愿提供): Applicant website(voluntary supply): |
研究负责人网址(自愿提供): Study leader's website(voluntary supply): |
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申请注册联系人通讯地址: |
嘉兴市中环南路1882号 |
研究负责人通讯地址: |
嘉兴市中环南路1882号 |
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Applicant address: |
1882 Zhong Huan Nan Lu, Jiaxing |
Study leader's address: |
1882 Zhong Huan Nan Lu, Jiaxing |
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申请注册联系人邮政编码: Applicant postcode: |
研究负责人邮政编码: Study leader's postcode: |
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申请人所在单位: |
嘉兴市第一医院 |
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Applicant's institution: |
First Hospital of Jiaxing |
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研究负责人所在单位: |
嘉兴市第一医院 |
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Affiliation of the Leader: |
The First Hospital Of Jiaxing |
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是否获伦理委员会批准: |
是 |
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Approved by ethic committee: |
Yes |
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伦理委员会批件文号: Approved No. of ethic committee: |
2025-LP-700 |
伦理委员会批件附件: Approved file of Ethical Committee: |
查看附件View |
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批准本研究的伦理委员会名称: |
嘉兴市第一医院医学伦理委员会 |
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Name of the ethic committee: |
Medical Ethics Committee of the First Hospital of Jiaxing |
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伦理委员会批准日期: Date of approved by ethic committee: |
2025-09-05 00:00:00 | ||
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伦理委员会联系人: |
许文 |
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Contact Name of the ethic committee: |
Wen Xu |
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伦理委员会联系地址: |
嘉兴市中环南路1882号 |
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Contact Address of the ethic committee: |
1882 Zhong Huan Nan Lu, Jiaxing |
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伦理委员会联系人电话: Contact phone of the ethic committee: |
+86 573 8997 6378 |
伦理委员会联系人邮箱: Contact email of the ethic committee: |
xwkikimi@163.com |
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研究实施负责(组长)单位: |
嘉兴市第一医院 |
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Primary sponsor: |
The First Hospital Of Jiaxing |
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研究实施负责(组长)单位地址: |
嘉兴市中环南路1882号 |
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Primary sponsor's address: |
1882 Zhong Huan Nan Lu, Jiaxing |
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试验主办单位(项目批准或申办者): Secondary sponsor: |
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经费或物资来源: |
自选课题(自筹) |
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Source(s) of funding: |
Provincial Applied Basic Research Program Project |
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研究疾病: |
非酒精性脂肪性肝病 |
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Target disease: |
Non-alcoholic fatty liver disease |
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研究疾病代码: |
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Target disease code: |
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研究类型: |
观察性研究 |
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Study type: |
Observational study |
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研究所处阶段: |
其它 | ||||||||||||||||||||||
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Study phase: |
N/A |
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研究设计: |
病例对照研究 |
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Study design: |
Case-Control study |
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研究目的: |
1. 开发医疗多智能体协同诊断核心系统 整合多智能体技术、深度学习与医疗知识图谱,构建覆盖多模态数据的专科智能体群与协同决策机制,实现三大核心功能: (1) 多模态数据标准化处理:支持 DICOM 影像、WSI 病理切片、JSON 基因报告、非结构化病历的自动清洗与语义对齐; (2) 专科智能体协同推理:通过 “黑板模型 + 动态加权共识算法”,实现影像、病理、病历、基因智能体的信息共享与冲突协商,输出统一诊断意见; (3) 诊断结果可解释:采用 Grad-CAM 热力图、逻辑推理路径可视化,为医生提供直观诊断依据。 2. 构建多学科协同诊断全流程管理平台 基于医学大模型与物联网技术,建立覆盖 “数据采集 - 协同诊断 - 远程会诊 - 随访优化” 的全流程平台,实现三大目标: (1) 多源数据联合监测:实时整合患者影像、病理、检验、用药等数据,构建动态患者画像,支持疾病进展趋势预判; (2) 个性化诊断与干预闭环:针对不同疾病(如脂肪肝)输出多学科诊断建议(如影像分期 + 病理分型 + 基因靶点推荐),并联动临床制定干预方案; (3) 隐私保护型远程协同:结合联邦学习与差分隐私技术,实现 “数据不动模型动”,支持三甲医院与基层医院的跨机构智能会诊,推动优质资源下沉。 3. 临床应用示范与效果验证 以脂肪肝、结直肠癌为首批示范病种,在医院开展临床试用,预期达成: (1) 诊断效率提升 50%:将传统 MDT 会诊时间从 3-7 天缩短至 2 小时内; (2) 诊断准确率提升 15%-20% (3) 医生工作负荷降低 30%:减少医生数据整理、报告撰写等重复性工作,聚焦核心诊断决策。 |
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Objectives of Study: |
Develop a Core System for Collaborative Diagnosis with Medical Multi-Agent Systems Integrate multi-agent technology, deep learning, and medical knowledge graphs to construct specialized intelligent agent groups and collaborative decision-making mechanisms that cover multimodal data, achieving three core functions: 1. Standardized processing of multimodal data: support automatic cleaning and semantic alignment of DICOM images, WSI pathological sections, JSON genetic reports, and unstructured medical records; 2. Collaborative reasoning among specialized intelligent agents: realize information sharing and conflict negotiation among imaging, pathology, medical records, and genetic intelligent agents through the "blackboard model + dynamic weighted consensus algorithm", outputting unified diagnostic opinions; 3. Explainable diagnosis results: provide doctors with intuitive diagnostic evidence using Grad-CAM heatmaps and visualization of logical inference paths. Build a Full-Process Management Platform for Multidisciplinary Collaborative Diagnosis Establish a full-process platform covering "data collection - collaborative diagnosis - remote consultation - follow-up optimization" based on large-scale medical models and IoT technology, achieving three goals: 1. Joint monitoring of multi-source data: real-time integration of patient imaging, pathology, laboratory tests, medication, etc., to build dynamic patient profiles supporting disease progression prediction; 2. Personalized diagnosis and intervention closed-loop: output multidisciplinary diagnostic recommendations (e.g., imaging staging + pathological classification + gene target recommendations) for different diseases (e.g., fatty liver disease), and connect with clinical practice to formulate intervention plans; 3. Privacy-preserving remote collaboration: combine federated learning and differential privacy technology to achieve "data-stationary, model-mobile" cross-institutional intelligent consultation between tertiary hospitals and primary healthcare facilities, promoting the distribution of high-quality medical resources. Clinical Application Demonstration and Effectiveness Validation Taking fatty liver disease and colorectal cancer as the first demonstration diseases, conduct clinical trials in hospitals, with expected achievements: 1. Diagnosis efficiency increased by 50%: reduce traditional MDT consultation time from 3-7 days to within 2 hours; 2. Diagnosis accuracy increased by 15%-20%; 3. Physician workload reduced by 30%: reduce repetitive tasks such as data organization and report writing for doctors, allowing them to focus on core diagnostic decisions. |
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药物成份或治疗方案详述: |
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Description for medicine or protocol of treatment in detail: |
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纳入标准: |
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Inclusion criteria |
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排除标准: |
1.年龄小于16岁或大于90岁; |
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Exclusion criteria: |
1.Less than 16 or greater than 90; |
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研究实施时间: Study execute time: |
从 From 2026-06-16 00:00:00至 To 2028-12-31 00:00:00 |
征募观察对象时间: Recruiting time: |
从 From 2026-06-17 00:00:00 至 To 2027-12-31 00:00:00 |
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干预措施: Interventions: |
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研究实施地点: Countries of recruitment and research settings: |
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测量指标: Outcomes: |
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采集人体标本:
Collecting sample(s)
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征募研究对象情况: Recruiting status: |
尚未开始 Not yet recruiting |
年龄范围: Participant age: |
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性别: |
男女均可 |
Gender: |
Both |
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随机方法(请说明由何人用什么方法产生随机序列): |
无 |
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Randomization Procedure (please state who generates the random number sequence and by what method): |
None |
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是否公开试验完成后的统计结果: Calculated Results after the Study Completed public access: |
不公开/Private |
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盲法: |
无 |
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Blinding: |
None |
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是否共享原始数据: IPD sharing |
否No |
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共享原始数据的方式(说明:请填入公开原始数据日期和方式,如采用网络平台,需填该网络平台名称和网址): |
无 |
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The way of sharing IPD”(include metadata and protocol, If use web-based public database, please provide the url): |
None |
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数据采集和管理(说明:数据采集和管理由两部分组成,一为病例记录表(Case Record Form, CRF),二为电子采集和管理系统(Electronic Data Capture, EDC),如ResMan即为一种基于互联网的EDC: |
病例记录表 |
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Data collection and Management (A standard data collection and management system include a CRF and an electronic data capture: |
Case Record Form |
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数据与安全监察委员会: Data and Safety Monitoring Committee: |
无/No |