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从智医助理看中国数智浪潮在基层卫生服务领域的创新赋能实践
Zhong Jin Zai Xian· 2025-06-13 03:20
Core Insights - The 78th World Health Assembly highlighted China's use of digital intelligence to empower primary healthcare, receiving international acclaim for its innovative practices [1][3] - The integration of AI technology in primary healthcare is seen as a solution to the challenges faced by grassroots medical institutions, which are crucial for public health in China [3][5] Group 1: AI Technology in Healthcare - The rapid development of AI technology provides innovative pathways to address the challenges in primary healthcare, particularly in enhancing service quality and efficiency [3][4] - The iFlytek Medical Assistant, an AI system, significantly improves doctors' work efficiency and diagnostic accuracy by analyzing patient data and providing real-time assistance [3][4] - The system includes a comprehensive knowledge base and clinical guidelines, enabling continuous learning for healthcare professionals [4][5] Group 2: Impact and Reach - The iFlytek Medical Assistant has been implemented in over 74,000 grassroots medical institutions across 31 provinces, serving more than 220,000 doctors and providing over 1 billion AI-assisted diagnostic suggestions [5] - In public health, the system has reached over 800 million people, completing 335 million follow-up calls and sending 467 million SMS notifications, thereby strengthening the public health service framework [5] Group 3: Future Directions - The Chinese government emphasizes the importance of grassroots healthcare and the role of AI in enhancing the healthcare service system, calling for international collaboration in health technology [4][6] - The advancements in AI, particularly the new Spark Medical Model X1, aim to improve the safety, interpretability, and reliability of clinical applications, addressing concerns about AI's limitations [5][6] - The goal is to ensure that AI serves as an assistant to doctors, enhancing the quality of care and making healthcare more accessible [6]
【中办、国办:依托深圳证券交易所科技成果与知识产权交易中心等,构建科技成果转移转化全链条服务体系】创新支持新兴产业发展的体制机制。依托深圳证券交易所科技成果与知识产权交易中心等,构建科技成果转移转化全链条服务体系。探索人工智能辅助医疗设备准入应用机制,在安全可控前提下,探索人工智能辅助医疗设备数据采集、集成共享、合规使用的规则及标准。支持深圳深化无人驾驶航空器飞行管理制度改革创新,完善低空飞行监管规则,探索开展跨境直升机飞行、公益服务等通用航空业务。拓展储能场景,探索源网荷储一体化商业模式。创新国际性产业与
news flash· 2025-06-10 09:54
Core Viewpoint - The article emphasizes the establishment of a comprehensive service system for the transfer and transformation of scientific and technological achievements, relying on the Shenzhen Stock Exchange and the Intellectual Property Trading Center [1] Group 1: Innovation and Industry Support - The initiative aims to innovate the support mechanisms for emerging industries [1] - It includes exploring the application mechanisms for artificial intelligence-assisted medical devices, focusing on data collection, integration sharing, and compliance standards [1] - The plan supports the reform of unmanned aerial vehicle flight management systems in Shenzhen, enhancing low-altitude flight supervision rules [1] Group 2: Aviation and Energy Sector Development - The initiative explores cross-border helicopter flights and public service operations in the general aviation sector [1] - It aims to expand energy storage scenarios and investigate integrated business models for source-network-load-storage [1] - The article highlights the need for innovative management systems for international industry and standard organizations [1]
有了赛博医生,就不用怕过度诊疗?
Hu Xiu· 2025-06-03 01:03
试想一种尖端的医疗技术,可以治好你的疾病,但是医生因为不掌握信息,推荐你用了传统的治疗手 段,恢复效果远不如采用新技术的病友。知道真相后,你会不会感到恼火? 同样的情况,如果发生在赛博医生身上,原因不再是信息滞后,而是AI根据你的性别或者收入水平作 出了这样的选择呢? 近期国际上一系列研究表明,越来越聪明的大模型,把医疗领域"看人下菜碟"的问题也放大了。 美国西奈山伊坎医学院和西奈山卫生系统的研究者在其发表在Nature子刊上的研究成果显示,被标记 为"高收入"的人群更可能获得CT和核磁检查的机会,中低收入病例则通常被安排做基本检查或不进行 检查。 而被标注为"无住房"等信息的患者则会更频繁被指向紧急护理、侵入性干预或心理健康评估。 指望"赛博医生"整顿医疗的人们又失望了。 究其原因,数据确实是非常关键的因素。 根据中国中医科学院中医药信息研究所的仝媛媛等人研究中,除了常受诟病的因为信息化水平偏低等原 因造成的医疗数据质量欠佳,还有很多数据问题。 这项研究评估了9个自然语言大模型,涉及1000个急诊病例(500个真实病例和500个合成病例)的170万 个看诊结果。 更早的研究显示,AI仅凭X射线就能预测出患者 ...
专访森亿智能创始人张少典:AI诊疗不是颠覆,而是重构基层医疗
Bei Jing Shang Bao· 2025-05-15 09:37
Core Viewpoint - The introduction of AI diagnostic systems, such as DoctorHua, in Saudi Arabia represents a significant advancement in healthcare, aiming to alleviate the challenges of accessing medical services in resource-scarce areas through technology [1][3]. Group 1: AI Diagnostic System Implementation - DoctorHua, an AI diagnostic device with an Arabic interaction system, is being piloted in Saudi Arabia, marking a strategic move by Senyi Intelligent to enter the Middle Eastern market [1][3]. - The AI diagnostic system aims to transform from an "auxiliary tool" to an "interrogative executor," enhancing the efficiency of primary healthcare services in regions with limited medical resources [1][4]. - The system can reduce the time for chronic disease follow-ups from 30 minutes to 3 minutes, addressing the shortage of primary care physicians, which currently meets only 40% of demand in Saudi Arabia [3][5]. Group 2: Market Potential and Strategic Fit - Saudi Arabia's Vision 2030 aligns with China's 14th Five-Year Plan, creating a favorable environment for technology exports, particularly in healthcare [3][5]. - The Saudi healthcare market is projected to grow from $68.3 billion in 2025 to $152.6 billion by 2034, with a compound annual growth rate of 9.3% [5]. - The high prevalence of chronic diseases, such as diabetes at 18.3%, complements China's AI technology capabilities, making the region an ideal testing ground for AI healthcare solutions [3][5]. Group 3: Technological Innovations and Safety Mechanisms - The AI diagnostic system employs a multi-modal interaction approach, allowing it to conduct open-ended inquiries and clarify symptoms, thus enhancing patient interaction [4][6]. - A three-tier safety mechanism is established to ensure the reliability of AI diagnostics, including clinical rule constraints, cross-validation by multiple AI models, and final review by human doctors [6][7]. - The system is designed to handle only 30 common respiratory diseases, with a protocol for human intervention if cases exceed this scope, ensuring patient safety and adherence to medical standards [7][8]. Group 4: Cultural Adaptation and Localization - The AI system is tailored to respect local cultural norms, such as using a virtual female doctor for female patients and omitting sensitive questions related to alcohol consumption [8][9]. - The development of a localized knowledge graph that includes regional diseases and traditional therapies enhances the AI's decision-making relevance to local medical practices [8][9]. - The system's ability to process 2,000 Arabic medical colloquialisms daily demonstrates its deep localization efforts, which are crucial for expanding into other Middle Eastern markets [8][9]. Group 5: Future Plans and Research Focus - The company plans to invest more resources in R&D over the next three years to standardize the AI diagnostic tools based on the experiences gained in Saudi Arabia [9]. - The goal is to establish a rigorous evidence-based medical support framework for AI diagnostics, akin to that of pharmaceuticals, ensuring technical feasibility, clinical effectiveness, and social acceptance [9].
影像诊断进入AI时代!泰安市妇幼保健院引进人工智能肺结节影像辅助诊断系统
Qi Lu Wan Bao Wang· 2025-05-09 02:30
该系统可以秒级检出实性、钙化、部分实性、磨玻璃等不同密度类型肺结节,可自动定位结节所在肺 段。结节大小覆盖大于3mm的小结节与大于3cm的占位性病变。CT肺结节智能筛查系统对易漏诊的磨 玻璃结节敏感性高,能有效降低结节漏诊率。 功能2:多维量化分析,全面提供病灶信息 该系统提供长短径、病灶体积、结节密度等相关量化信息。提供结节内部成分分析、典型组学特征值分 析以及边缘征象检出,全面展现病灶信息。 近期,泰安市妇幼保健院放射科成功引入CT人工智能肺结节辅助诊断系统,这一创新举措极大地提升 了影像诊断的精准程度和工作效率,有效提高肺结节的检出率,正式开启了AI影像阅片新时代。 联影智能CT肺结节智能筛查系统可精准检出3mm及以上肺结节,提供结节长短径、体积、密度、成分 组成等多维分析结果,自动生成结节良恶性程度预测,辅助医生高效诊断,并提供全自动化、智能化的 随访评估分析,自动定位匹配结节,实现多维度联动阅片。 功能1:结节秒级精准检出,大幅降低漏诊率 功能3:风险等级智能评估,助力精准决策 该系统以病理结果为依据,能实现结节风险概率的智能预测,并对风险概率值高的结节重点提示。同时 基于结节的基本信息,显示不同指 ...
给你看病的可能不只医生
人工智能(AI)正在成为医生眼睛、双手甚至思维的一部分——在我们还未察觉时参与救治生命,比 如在患者胸腔找出一枚隐藏很深的恶性结节,在医院门外拉住一个急需复诊者,在村卫生室阻止村医开 出错误的药方,或是在非洲偏远地区筛查肺结核患者。 当许多人还认为"AI医生"是遥远的未来时,此刻医疗界正在发生的事是:我们服用的药品,可能有AI参 与研制;问诊收到的处方和检验报告,很多都由AI辅助审核;一些医生,正在逐渐习惯参考AI的建 议;走进医院,与人类医生会面之前,不少患者会先与AI助理打交道。 过去几年,我国智慧医疗相关的注册企业数量快速增长,AI医疗的应用从三甲公立医院拓展至村级卫 生室,从诊疗的个别环节延伸至全流程。2024年年底,在国家卫生健康委等机构联合发布的指引中,有 关AI在医疗领域的应用场景已有84个。 摸到"棉花枕头里的海绵" 如果人们稍加留心,会发现近年来体检的肺结节检出率似乎变高了,不必过分焦虑,这种情况实际上与 一套几年前投入使用的AI影像诊断系统有关。 2019年,北京市海淀医院胸外科主任黄宇清第一次使用AI进行肺结节筛查时,"一下子就喜欢得不得 了"。肺癌是我国恶性肿瘤发病率和死亡率均居首位的 ...
苏州数智健康医疗“四大支撑要素”集中发布
Su Zhou Ri Bao· 2025-03-31 00:15
"1"是一套执行计划。未来3年积极搭建多方参与协作的创新平台,推动卫生健康行业应用场景全方 位、全链条、全周期开放。 以数智之力,筑健康之城。昨天(3月30日),苏州市数智健康医疗事业产业融合发展推进会举 行。会上,包括一批高质量数据集、一个发展实施方案、一系列创新应用场景、一项数智创新产业基金 等在内的苏州市数智健康医疗"四大支撑要素"集中发布,以确保全市700多亿条健康医疗数据"供得出、 流得动、用得好、保安全"。 当天苏州还首批开放了135个健康医疗数智创新应用场景需求,吸引国内外科技企业对接。其中, 人工智能应用场景97个,覆盖全市各临床专科、医学影像科、门诊服务中心等核心科室,重点布局"人 工智能+"医疗服务、医学教学、医院管理、健康管理、医疗机器人五大领域;临床科研场景38个,聚 焦数据驱动的临床研究、诊疗技术革新与重大疾病防治三大方向。据悉,第二批133个应用场景需求正 在集纳中,即将开放。 我市积极全力推进健康医疗数智化发展。作为核心要素之一,苏州市数智健康医疗行业首批高质量 数据集首先发布。第一批6类30个高质量数据集,包含了252个子集,覆盖政务数据,门诊、住院、检验 检查、治疗输血等临床 ...
亿级融资!卫美健康完成A轮
思宇MedTech· 2025-03-12 07:15
近日,专注于人工智能在健康医疗领域创新应用的企业 卫美健康 完成A轮亿级融资 ,本轮融资 由红鼎资本领 投,天使轮投资方参与跟投 。融资资金将主要用于"奇点医问"医疗大模型的研发投入与迭代进化,加强医疗 细分领域的算法研究,构建升级全国服务网络体系,扩大其在县域及基层AI医疗赛道的市场优势。 # 公司介绍 合作伙伴征集:2025全球手术机器人大会 报名:首届全球眼科大会 | 暂定议程 报名:首届全球心血管大会 | 奖项报名倒计时 报名:首届全球骨科大会 | 奖项报名倒计时 卫美健康 成立于2021年,总部位于北京,是一家专注于 人工智能 在健康医疗领域创新应用的高科技企业。 公司主要业务包括 基础性智慧医疗业务和创新医疗业务 。基础性智慧医疗业务为医疗机构提供基础智慧医院 信息化平台;创新医疗业务则结合AI技术,提供AI疾病预问诊、AI导诊、AI病历质控系统、AI医生辅助诊断平 台、AI医院绩效考核平台等产品,帮助医疗机构提升医疗服务质量。目前,卫美健康已与 近3000家医疗机构 达成合作,其中 超 2 000家 为县域或基层医疗卫生机构。 产品与技术介绍 卫美健康的核心产品为 "奇点医问"医疗大模型平台 。 ...
世界数字健康论坛 | 2025年3月28日
思宇MedTech· 2025-02-21 11:50
后附2024年会议总结,供感兴趣的企业参考。 一、会议时间: 2025年3月28日星期五 8:30-18:00 权威机构主办: 清华大学、中国工程院;在国家级会议"中关村论坛"上举行。 重量级嘉宾: (部分去年参会嘉宾;排名不分先后)(今年更是盛况空前) 王 辰 中国工程院副院长,中国工程院院士 董家鸿(清华大学临床医学院院长,中国工程院院士) 张伯礼(中国工程院医药卫生学部主任、中国工程院院士、国医大师) 2025年3月28日, 清华大学将与中国工程院联合主办 "2025世界数字健康论坛" ,论坛将聚焦 "数智创新·激发健康医疗新格局" 主题,探讨如何借助数字化智能化技 术释放医疗卫生潜力,培养数智健康跨界人才,培育壮大新业态新模式,加速数字健康产业化进程,提升健康治理水平,为构建健康医疗领域新质生产力体系、推 动经济社会高质量发展提供新动能。 思宇MedTech作为"2025世界数字健康论坛"宣传单位 ,诚挚邀请各行业领军企业、创新型企业及有关机构参与本次论坛,共同探讨交流健康医疗行业数字化、智能 化转型未来方向,助力健康中国建设和全球健康事业发展。对贵公司的支持表示由衷的感谢! 王树新 重庆大学校长,中 ...