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Description
基于人民卫生出版社《医学影像学》第9版的临床技能集 — 136 项医学影像诊断与介入治疗核心技能,涵盖X线、CT、MRI、超声及介入放射学
README (SKILL.md)
医学影像与介入诊疗技能集 Medical Imaging-9thEdition
136 项核心技能 · 基于《医学影像学》第 9 版(人民卫生出版社)
本技能集源自教材《医学影像学》第 9 版(国家卫健委"十四五"规划教材),系统整合了医学影像诊断、人工智能辅助分析、多模态成像技术选择、介入放射学操作规范及临床决策支持等核心内容。
技能分类一览
| 分类 | 技能数 | 说明 |
|---|---|---|
| 🏗️ 影像基础与技术原理 | 9 | X线/CT/MRI/超声成像原理、后处理技术及安全控制 |
| 🤖 人工智能与数字化资源 | 5 | AI影像分析、智能工作流及数字教材资源 |
| 📚 教材与课程建设 | 3 | 教材审校、修订原则及课程改革 |
| 🧠 中枢神经系统 | 7 | 颅脑外伤、脊髓病变、脱髓鞘疾病及退行性骨关节病 |
| 👁️ 头颈部 | 4 | 眼眶、腮腺及颌骨病变影像诊断 |
| 🫁 胸部与心血管 | 18 | 肺、胸膜、纵隔病变及心脏大血管影像评估 |
| 🫄 乳腺与妇科 | 8 | 乳腺X线、超声及妇科肿瘤影像诊断与介入 |
| 🫃 消化系统 | 19 | 消化道、肝胆胰脾病变的多模态影像诊断 |
| 🫘 泌尿与肾上腺 | 8 | 肾脏、输尿管、膀胱及肾上腺病变诊断 |
| 🦴 骨骼肌肉系统 | 10 | 骨折、骨肿瘤、感染及关节病变影像诊断 |
| 👶 儿科与先天性疾病 | 4 | 新生儿、婴幼儿及发育性疾病影像评估 |
| 💉 介入放射学 | 19 | 血管介入、肿瘤消融、栓塞及穿刺引流 |
| 📋 综合诊断原则与流程 | 14 | 影像诊断思维、报告解读及多模态融合诊断 |
技能目录
- x-ray-imaging-principles-and-interpretation — X线成像原理与影像解读
- mri-basic-physical-process — MRI成像基本物理过程
- ct-window-technique-adjustment — CT窗宽窗位调节技术
- msct-post-processing-and-windowing-techniques — MSCT后处理与窗技术
- ultrasound-imaging-types-and-features — 超声成像类型与特征
- medical-imaging-technology-milestones — 医学影像技术发展里程碑
- medical-imaging-discipline-structure-and-objectives — 学科结构与教学目标
- contrast-agent-adverse-reaction-management — 对比剂不良反应处理
- ultrasound-safety-parameter-control — 超声安全参数控制
- ai-medical-imaging-future-directions-assessment — AI医学影像未来方向评估
- ai-medical-imaging-analysis-by-anatomical-system — 按解剖系统的AI医学影像分析
- ai-enabled-medical-imaging-workflow — AI赋能医学影像工作流
- medical-imaging-technology-integration-and-ai-trends — 影像技术整合与AI趋势
- access-digital-resources-for-new-format-medical-textbooks — 新形态教材数字资源获取
- verify-medical-imaging-textbook-edition-and-editors — 教材版本与编者验证
- medical-imaging-textbook-revision-principles — 教材修订原则
- clinical-medicine-curriculum-revision-strategy — 临床医学课程修订策略
- acute-cranial-trauma-ct-mri-strategy — 急性颅脑外伤CT/MRI策略
- optic-nerve-glioma-imaging-diagnosis — 视神经胶质瘤影像诊断
- nmospd-mri-diagnostic-criteria — NMOSD MRI诊断标准
- spinal-cord-lesion-mri-selection-and-interpretation — 脊髓病变MRI选择与判读
- 脊椎退行性骨关节病影像诊断 — 脊椎退行性骨关节病影像诊断
- orbit-al-cavernous-hemangioma-progressive-enhancement — 眼眶海绵状血管瘤渐进性强化
- orbit-al-dermoid-vs-epidermoid-cyst-imaging-differentiation — 眼眶皮样与表皮样囊肿鉴别
- parotid-tumor-ct-mri-differentiation — 腮腺肿瘤CT/MRI鉴别
- mandibular-ameloblastoma-imaging-classification — 下颌骨成釉细胞瘤影像分型
- chest-x-ray-normal-soft-tissue-shadow-identification — 胸部X线正常软组织影识别
- interlobar-fissure-imaging-recognition — 叶间裂影像学识别
- soft-tissue-normal-imaging-appearance — 软组织正常影像表现
- pleural-effusion-xray-and-ct-diagnosis — 胸腔积液X线与CT诊断
- pleural-mass-imaging-differentiation — 胸膜肿块影像鉴别
- pulmonary-cavity-vs-cavitation-differentiation — 肺空洞与空腔鉴别
- obstructive-emphysema-imaging-diagnosis — 阻塞性肺气肿影像诊断
- obstructive-atelectasis-imaging-grading-diagnosis — 阻塞性肺不张分级诊断
- mediastinal-tumor-localization-diagnosis — 纵隔肿瘤定位诊断
- secondary-pulmonary-tuberculosis-ct-diagnosis — 继发性肺结核CT诊断
- acute-hematogenous-pulmonary-tuberculosis-triple-uniformity-imaging — 急性血行播散性肺结核"三均匀"影像
- pulmonary-metastasis-imaging-differentiation — 肺转移瘤影像鉴别
- pulmonary-venous-hypertension-imaging-staging — 肺静脉高压影像分期
- aids-pulmonary-opportunistic-infection-ct-differentiation — AIDS肺部机会性感染CT鉴别
- cardiovascular-imaging-selection-principle — 心血管影像选择原则
- congenital-coronary-artery-anomaly-risk-assessment — 先天性冠状动脉异常风险评估
- coronary-stenosis-ischemia-assessment — 冠状动脉狭窄缺血评估
- echocardiography-multimodal-techniques — 超声心动图多模态技术
- 乳腺x线影像的年龄与生理状态解读 — 乳腺X线影像年龄与生理状态解读
- breast-mass-mammographic-malignancy-assessment — 乳腺肿块X线良恶性评估
- bi-rads-breast-density-assessment-for-mammography-sensitivity — BI-RADS乳腺密度评估
- 乳腺肿块影像良恶性鉴别 — 乳腺肿块影像良恶性鉴别
- breast-fibroadenoma-imaging-diagnosis — 乳腺纤维腺瘤影像诊断
- ovarian-tumor-imaging-diagnosis — 卵巢肿瘤影像诊断
- 前置胎盘影像学分型 — 前置胎盘影像学分型
- early-pregnancy-ultrasound-diagnosis — 早期妊娠超声诊断
- uterine-artery-embolization-for-fibroids — 子宫动脉栓塞术
- gastrointestinal-lymphoma-imaging-diagnosis — 胃肠道淋巴瘤影像诊断
- crohns-disease-activity-imaging-assessment — 克罗恩病活动性影像评估
- ulcerative-colitis-imaging-diagnosis-and-complications — 溃疡性结肠炎影像诊断与并发症
- gastrointestinal-perforation-imaging-diagnosis — 消化道穿孔影像诊断
- intestinal-obstruction-imaging-diagnosis — 肠梗阻影像诊断
- gastrointestinal-lumen-narrowing-differential-diagnosis — 消化道狭窄鉴别诊断
- gastrointestinal-motility-assessment-by-barium-transit-time — 钡剂通过时间评估胃肠动力
- tuberculous-peritonitis-imaging-diagnosis — 结核性腹膜炎影像诊断
- tuberculous-peritonitis-vs-peritoneal-carcinomatosis-differentiation — 结核性腹膜炎与腹膜转移癌鉴别
- liver-cyst-imaging-diagnosis — 肝囊肿影像诊断
- hepatic-echinococcosis-imaging-classification — 肝棘球蚴病影像分型
- pancreatic-cystic-neoplasm-mri-mrcp-diagnosis — 胰腺囊性肿瘤MRI/MRCP诊断
- ipmn-mcn-scn-differential-diagnosis — IPMN/MCN/SCN鉴别诊断
- acute-pancreatitis-imaging-classification — 急性胰腺炎影像分型
- pancreatic-cancer-vs-chronic-pancreatitis-imaging-differentiation — 胰腺癌与慢性胰腺炎影像鉴别
- biliary-stone-multimodal-imaging — 胆结石多模态影像
- biliary-duct-dilation-imaging-diagnosis — 胆管扩张影像诊断
- urinary-stone-imaging-diagnosis-pathway — 泌尿系结石影像诊断路径
- renal-cell-carcinoma-multimodal-imaging-diagnosis — 肾细胞癌多模态影像诊断
- bosniak-renal-cyst-classification-2019 — Bosniak肾囊肿分型2019版
- renal-cyst-differentiation-imaging — 肾囊肿鉴别诊断
- ct-multi-phase-enhancement-urinary-system — 泌尿系统CT多期增强
- adrenal-cortical-adenoma-ct-mri-diagnosis — 肾上腺皮质腺瘤CT/MRI诊断
- adrenal-metastasis-imaging-diagnosis — 肾上腺转移瘤影像诊断
- adrenal-incidentaloma-diagnosis-and-management — 肾上腺偶发瘤诊断与管理
- fracture-radiographic-classification-and-displacement-assessment — 骨折X线分型与移位评估
- multimodal-imaging-selection-for-fracture-diagnosis — 骨折多模态影像选择
- fracture-healing-staging-and-complication-prediction — 骨折愈合分期与并发症预测
- chronic-osteomyelitis-radiological-diagnosis — 慢性骨髓炎影像诊断
- bone-tumor-malignancy-differentiation — 骨肿瘤良恶性鉴别
- osteosarcoma-imaging-classification-and-diagnosis — 骨肉瘤影像分型与诊断
- giant-cell-tumor-imaging-diagnosis — 骨巨细胞瘤影像诊断
- 转移性骨肿瘤影像诊断流程 — 转移性骨肿瘤影像诊断流程
- 骨质疏松与骨质软化的影像鉴别 — 骨质疏松与骨质软化影像鉴别
- nrds-chest-xray-grading — 新生儿NRDS胸部X线分级
- ddh-xian-zhen-duan-ce-liang — 发育性髋关节发育不良X线测量
- 婴幼儿肠套叠影像诊断与复位评估 — 婴幼儿肠套叠影像诊断与复位
- interventional-radiology-clinical-applications-and-limitations — 介入放射学应用与局限
- seldinger-vascular-puncture-technique — Seldinger血管穿刺技术
- transcatheter-arterial-embolization-indications — 经导管动脉栓塞适应证
- tips-shunt-procedure — TIPS分流术操作
- ptcd-and-biliary-stent-placement-for-malignant-obstruction — PTCD与胆道支架置入
- rfa-hepatocellular-carcinoma-eligibility-assessment — 肝癌RFA适应证评估
- percutaneous-vertebroplasty-bone-cement-injection — 经皮椎体成形术骨水泥注射
- avm-endovascular-treatment-indications — AVM血管内治疗适应证
- ccf-interventional-treatment-indications-and-approach-selection — CCF介入治疗适应证与路径选择
- evar-适应证与禁忌证评估 — EVAR适应证与禁忌证
- tevar-适应证与禁忌证评估 — TEVAR适应证与禁忌证
- cas-indications-and-contraindications — CAS适应证与禁忌证
- acute-arterial-hemorrhage-interventional-hemostasis — 急性动脉出血介入止血
- dvt-pe-interventional-pathway — DVT/PE介入治疗路径
- xia-zhi-dong-mai-jie-ru-zhi-liao — 下肢动脉介入治疗
- 气管支气管狭窄介入治疗选择 — 气管支气管狭窄介入治疗
- 球囊扩张导管操作 — 球囊扩张导管操作
- prevention-and-management-of-spinal-cord-injury-in-bronchial-artery-intervention — 支气管动脉介入脊髓损伤防治
- tace-shu-hou-bing-fa-zheng-chu-li — TACE术后并发症处理
- medical-imaging-clinical-applications — 医学影像临床应用价值
- acute-abdomen-imaging-selection — 急腹症影像选择
- digestive-imaging-modality-selection — 消化系统影像模态选择
- ying-xiang-zhen-duan-si-bu-yuan-ze — 影像诊断四步原则
- 影像诊断报告四类结果解读与临床决策 — 影像诊断报告结果解读
- ying-xiang-jian-cha-shen-qing-si-yao-su — 影像检查申请四要素
- jing-bu-lin-ba-jie-yi-chang-ying-xiang-xue-pan-ding — 颈部淋巴结异常影像判定
- duo-mo-tai-rong-he-cheng-xiang — 多模态融合成像
- rgd-swns-pet-tumor-imaging-analysis — RGD-SWNTs PET肿瘤成像分析
- rgd-targeted-tumor-angiogenesis-imaging — RGD靶向肿瘤新生血管成像
- budd-chiari-syndrome-interventional-management — 布-加综合征介入管理
- splenic-infarction-imaging-diagnosis — 脾梗死影像诊断
- ra-as-影像学鉴别诊断 — RA与AS影像学鉴别
- xiong-mo-bing-bian-ying-xiang-jian-bie-zhen-duan — 胸膜病变影像鉴别诊断
- dui-bi-ji-shen-bing-yu-fang-shui-hua — 对比剂肾病预防水化
- spinal-and-osseous-tuberculosis-imaging-differentiation — 脊柱与骨结核影像鉴别
- pulmonary-tuberculosis-activity-classification — 肺结核活动性分类
- xian-xiong-pian-xin-zang-xing-tai-fen-xing-yu-xin-xiong-bi-lu-pan-du — 心脏形态分型与心胸比率判定
- xian-tian-xing-dan-guan-kuo-zhang-ying-xiang-zhen-duan — 先天性胆管扩张症影像诊断
- xian-yang-ti-fei-da-de-ying-xiang-zhen-duan — 腺样体肥大影像诊断
- ruan-zu-zhi-bing-bian-duo-mo-tai-ying-xiang-fen-xi — 软组织病变多模态影像分析
- xian-jie-duan-hua-mo-xing-guan-jie-jie-he — 滑膜型关节结核分期诊断
- xian-fenqi-zhenduan-yingyangxing-weishengsu-d-quefa-xing-goulou-bing — 维生素D缺乏性佝偻病分期诊断
- 弥漫性胶质瘤分子分型与影像关联分析 — 弥漫性胶质瘤分子分型与影像关联分析
- gan-shen-nang-zhong-chuan-ci-ying-hua-shu — 肝/肾囊肿穿刺硬化术
- prostate-cancer-multiparametric-mri-diagnosis — 前列腺癌多参数MRI诊断
Usage Guidance
Install only if this will be used as educational or clinician-reviewed medical reference material. Do not use it for self-diagnosis, emergency triage, medication dosing, treatment initiation, or performing procedures without qualified clinical oversight and institutional protocols. Avoid entering identifiable patient information or image metadata unless your organization permits it and the data is properly de-identified.
Capability Assessment
Purpose & Capability
The stated purpose is medical imaging education and clinical reference, and the files are coherent with that purpose, but many skills go beyond reference into actionable clinical decisions, emergency drug/intervention guidance, and invasive procedure steps such as vascular puncture, embolization, TIPS, airway intervention, and balloon dilation.
Instruction Scope
The README contains broad risk warnings, but the top-level SKILL.md and many runtime SKILL.md files lack prominent per-use limits that outputs are educational/clinician-reviewed only, not standalone diagnosis or treatment guidance. Some triggers and instructions use immediate or operational language for high-acuity care.
Install Mechanism
The package is markdown-only, declares no required binaries, requires no API key, contains no executable files, and VirusTotal telemetry is clean.
Credentials
The skill does not request local system, credential, or network authority, but its medical use cases naturally invite patient context and images; the artifacts do not consistently tell users to de-identify patient information or avoid unnecessary PHI.
Persistence & Privilege
No background workers, persistence mechanisms, privilege escalation, credential access, or local indexing behavior were found.
How to Use
- Make sure OpenClaw is installed (local or Docker)
- Run the install command in chat:
/install medical-imaging-9th-edition - After installation, invoke the skill by name or use
/medical-imaging-9th-edition - Provide required inputs per the skill's parameter spec and get structured output
Version History
v1.0.0
Initial release featuring 136 core medical imaging and interventional radiology skills, based on the 9th edition of the official Chinese textbook.
- Covers diagnosis and intervention using X-ray, CT, MRI, ultrasound, and interventional techniques.
- Organized into categories such as imaging principles, AI in imaging, anatomy-based diagnostics, and clinical decision support.
- Includes structured skill listings for core disease patterns, technical procedures, safety protocols, and imaging report interpretation.
- Designed for clinical education and practical reference in medical imaging and radiology.
Metadata
Frequently Asked Questions
What is Medical Imaging 9th Edition?
基于人民卫生出版社《医学影像学》第9版的临床技能集 — 136 项医学影像诊断与介入治疗核心技能,涵盖X线、CT、MRI、超声及介入放射学. It is an AI Agent Skill for Claude Code / OpenClaw, with 43 downloads so far.
How do I install Medical Imaging 9th Edition?
Run "/install medical-imaging-9th-edition" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.
Is Medical Imaging 9th Edition free?
Yes, Medical Imaging 9th Edition is completely free, licensed under MIT-0. You can download, install and use it at no cost.
Which platforms does Medical Imaging 9th Edition support?
Medical Imaging 9th Edition is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).
Who created Medical Imaging 9th Edition?
It is built and maintained by xllstudio (@xllgreen); the current version is v1.0.0.
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