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/install histology-and-embryology-pmph-10edition
功能描述
基于人民卫生出版社《组织学与胚胎学》第10版的124项核心技能集合 — 涵盖组织学、胚胎学、先天畸形及临床病理关联
使用说明 (SKILL.md)
组织学与胚胎学 — 第10版 技能包
Histology and Embryology — PMPH 10th Edition Skill Pack
基于人民卫生出版社《组织学与胚胎学》第10版整理的 124 项核心技能。
技能注册表 / Skill Registry
组织学基础与技术方法 / Histology Fundamentals & Methods
| Skill ID | Description |
|---|---|
| optical-microscopy-and-staining-protocol | 光学显微镜制片与染色操作流程 |
| electron-microscopy-technique-selection-and-operation | TEM/SEM 选择与操作 |
| tissue-image-morphometric-and-stereological-analysis | 组织图像形态计量与体视学分析 |
| histology-and-embryology-textbook-metadata-retrieval | 教材元数据检索与验证 |
| evaluate-histology-embryology-textbook-updates | 教材更新评估 |
| submit-textbook-feedback-and-corrections | 教材反馈与勘误提交 |
| clinical-medicine-textbook-revision-principles | 教材修订五大原则 |
| histology-key-milestones | 组织学发展史关键里程碑 |
| histological-structural-levels | 组织学结构层次基础 |
| histology-four-core-learning-methods | 组织学四大核心学习方法 |
| new-textbook-digital-resource-access | 新形态教材数字资源获取 |
上皮组织与屏障功能 / Epithelium & Barrier Function
| Skill ID | Description |
|---|---|
| epidermal-keratinocyte-differentiation-tracking | 表皮角质形成细胞分化追踪 |
| epithelial-tight-junction-barrier-analysis | 紧密连接屏障分析 |
| epithelial-adherens-junction-structure-and-mechanics | 黏着小带结构与力学 |
| desmosome-mechanical-strength-assessment | 桥粒机械强度评估 |
| gap-junction-intercellular-communication | 缝隙连接细胞间通信 |
| epithelial-tissue-regeneration-mechanism | 上皮组织再生机制 |
| corneal-transparency-structural-basis | 角膜透明性结构基础 |
| pulmonary-surfactant-and-blood-air-barrier-analysis | 肺表面活性物质与气血屏障 |
| glomerular-filtration-barrier-structure-and-function | 肾小球滤过屏障结构与功能 |
| glomerular-filtration-barrier-permeability-analysis | 肾小体滤过屏障通透性分析 |
| placental-barrier-structure-and-substance-exchange | 胎盘屏障结构与物质交换 |
| blood-brain-barrier-structure-function | 血-脑屏障结构与功能 |
| blood-thymus-barrier-structure-function | 血-胸腺屏障结构与功能 |
结缔组织与细胞外基质 / Connective Tissue & ECM
| Skill ID | Description |
|---|---|
| fibronectin-mediated-extracellular-matrix-integration | 纤维粘连蛋白介导的ECM整合 |
| fibroblast-phenotypic-transition-in-wound-healing | 成纤维细胞表型转变与创伤修复 |
| extracellular-matrix-molecular-sieve-mechanism | 基质分子筛屏障机制 |
| interstitial-fluid-dynamics-edema-analysis | 组织液动态平衡与水肿分析 |
| endochondral-ossification-stage-analysis | 软骨内成骨阶段分析 |
肌肉与神经组织 / Muscle & Neural Tissue
| Skill ID | Description |
|---|---|
| skeletal-muscle-fiber-type-analysis | 骨骼肌纤维类型分析 |
| exercise-induced-muscle-fiber-plasticity | 运动训练诱导的肌纤维可塑性 |
| neuron-three-part-structure-function-model | 神经元三部分结构-功能模型 |
| neuron-neurogenesis-and-maturation | 神经元发生与成熟 |
| chemical-synaptic-signal-transduction | 化学突触信号转导 |
| axonal-transport-quadrant-classification | 轴突运输四象限分类分析 |
| peripheral-nerve-histological-organization | 周围神经组织学结构 |
| peripheral-nerve-regeneration-mechanism | 周围神经再生机制 |
| central-nervous-fiber-regeneration-obstacle | 中枢神经纤维再生障碍分析 |
| autonomic-ganglion-neurotransmitter-identification | 自主神经节递质鉴别 |
| peripheral-nervous-ganglia-classification | 周围神经系统神经节分类 |
| sensory-nerve-ending-classification | 感觉神经末梢类型识别 |
| motor-nerve-ending-classification | 运动神经末梢分类 |
循环与淋巴系统 / Circulatory & Lymphatic System
| Skill ID | Description |
|---|---|
| capillary-classification-and-distribution | 毛细血管分类与分布 |
| microcirculation-composition-blood-flow-regulation | 微循环组成与血流调控 |
| vein-histological-classification | 静脉血管组织学分类 |
| venous-valve-structure-and-function | 静脉瓣结构与功能 |
| lymphatic-system-structure-and-function | 淋巴管系统结构与功能 |
| lymph-node-filtration-and-immune-response | 淋巴结过滤与免疫应答 |
| lymphoid-tissue-classification-and-structure | 淋巴组织分类与结构 |
血液与免疫 / Blood & Immunity
| Skill ID | Description |
|---|---|
| reticulocyte-count-interpretation-for-bone-marrow-function | 网织红细胞计数与骨髓功能 |
| erythroid-lineage-development-and-macrophage-support | 红系发育与巨噬细胞支持 |
| granulocyte-development-and-stress-release | 粒细胞发育与应激释放 |
| megakaryocyte-to-platelet-generation-mechanism | 巨核细胞生成血小板机制 |
| hematopoietic-cell-development-staging | 造血细胞发育分期 |
| abo-blood-type-transfusion-hemolysis-risk-assessment | ABO血型输血溶血风险评估 |
| erythrocyte-senescence-clearance-mechanism | 红细胞衰老清除机制 |
| splenic-erythrocyte-clearance-mechanism | 脾红细胞清除机制 |
| red-blood-cell-morphology-and-gas-exchange-efficiency | 红细胞形态与气体交换效率 |
| immunohistochemistry-protein-detection | 免疫组化蛋白检测 |
| in-situ-hybridization-mrna-detection | 原位杂交mRNA检测 |
| histochemical-pas-reaction | 组织化学PAS反应 |
| langhans-cell-antigen-presentation | 朗格汉斯细胞抗原呈递 |
| t-cell-thymic-selection-mechanism | T细胞胸腺选择机制 |
| pd-1-pd-l1-immune-checkpoint-inhibition-mechanism | PD-1/PD-L1免疫检查点抑制 |
| pd-1-pd-l1-inhibitor-clinical-application | PD-1/PD-L1抑制剂临床应用 |
内分泌系统 / Endocrine System
| Skill ID | Description |
|---|---|
| adenohypophysis-distal-part-cell-classification | 腺垂体远侧部细胞分类 |
| neurohypophyseal-hormone-storage-and-release | 神经垂体激素储存与释放 |
| hypophyseal-portal-system-analysis | 垂体门脉系统分析 |
| rathke-pouch-embryology-and-clinical-implications | Rathke囊胚胎学与临床意义 |
| dnes-composition-and-function | 弥散神经内分泌系统（DNES）组成与功能 |
| pancreatic-islet-function-and-blood-glucose-regulation | 胰岛功能与血糖调节 |
| neuroendocrine-reproductive-cycle-regulation | 神经内分泌轴调控生殖周期 |
| neuroendocrine-gland-malformation-analysis | 神经内分泌腺畸形分析 |
生殖系统 / Reproductive System
| Skill ID | Description |
|---|---|
| follicle-development-staging | 卵泡发育阶段判断 |
| ovarian-follicle-development-hormonal-regulation | 卵泡发育的激素调控 |
| corpus-luteum-development-hormone-secretion | 黄体发育与激素分泌 |
| endometrial-cyclic-changes-analysis | 子宫内膜周期性变化分析 |
| zona-pellucida-composition-fertilization-mechanism | 透明带组成与受精机制 |
| cryptorchidism-infertility-mechanism | 隐睾不育机制 |
| ambiguous-genitalia-ais-differential-diagnosis | 两性畸形与AIS鉴别诊断 |
| twin-type-classification | 双胎类型判断 |
| multiple-pregnancy-etiology-analysis | 多胎妊娠成因分析 |
泌尿系统 / Urinary System
| Skill ID | Description |
|---|---|
| juxtaglomerular-complex-and-blood-pressure-regulation | 球旁复合体与血压调控 |
| glomerular-filtration-barrier-permeability-analysis | 肾小体滤过屏障通透性分析 |
| proximal-tubule-reabsorption-secretion | 近端小管重吸收与分泌 |
| congenital-hirschsprung-disease-pathogenesis | 先天性巨结肠发病机制 |
消化系统 / Digestive System
| Skill ID | Description |
|---|---|
| midgut-rotation-and-reduction-process | 中肠旋转与回纳过程 |
| cloacal-septation-into-rectum-and-urogenital-sinus | 泄殖腔分隔为直肠与尿生殖窦 |
| hepatic-lobule-structure-exchange-mechanism | 肝小叶结构与物质交换 |
| hepatobiliary-embryogenesis-mechanism | 肝胆胚胎发生机制 |
| yolk-stalk-remnant-malformation-spectrum | 卵黄蒂残留畸形谱 |
| congenital-inguinal-hernia-mechanism-analysis | 先天性腹股沟疝机制 |
呼吸系统 / Respiratory System
| Skill ID | Description |
|---|---|
| respiratory-mucosal-defense-mechanism | 呼吸道黏膜防御机制 |
感觉器官 / Sensory Organs
| Skill ID | Description |
|---|---|
| retinal-photoreceptor-cell-analysis | 视网膜感光细胞分析 |
| limbal-stem-cell-function-and-clinical-application | 角膜缘干细胞功能与临床应用 |
| aqueous-humor-circulation-glaucoma-risk | 房水循环与青光眼风险评估 |
| spiral-organ-structure-hearing-mechanism | 螺旋器结构与听觉机制 |
| ampullary-crest-angular-acceleration-perception | 壶腹嵴角加速度感知 |
| vestibular-linear-acceleration-perception | 前庭线性加速度感知 |
| inner-ear-labyrinth-lymphatic-analysis | 内耳迷路与淋巴系统解析 |
胚胎发育 / Embryonic Development
特殊主题 / Special Topics
| Skill ID | Description |
|---|---|
| bcg-attachment-and-internalization-mechanism | BCG附着与内化机制 |
| bcg-direct-cytotoxic-effect-on-bladder-cancer | BCG对膀胱癌直接细胞毒效应 |
| bcg-induced-cytokine-network-analysis | BCG诱导的细胞因子网络 |
| bcg-mucosal-immune-activation-analysis | BCG黏膜免疫激活 |
| mycobacterium-tb-classification-transmission | 结核分枝杆菌分类与传播 |
| melanocyte-function-and-skin-pigmentation-mechanism | 黑素细胞与皮肤色素机制 |
安装 / Installation
openclaw skills install histology-and-embryology-pmph-10edition
使用 / Usage
通过自然语言提问调用具体技能。
许可证 / License
MIT © 2026 xllgreen
如何使用
- 确保已安装 OpenClaw（本地或 Docker 部署）
- 在对话框中输入安装命令：
/install histology-and-embryology-pmph-10edition - 安装完成后，直接呼叫该 Skill 的名称或使用
/histology-and-embryology-pmph-10edition触发 - 根据 Skill 的参数说明提供必要输入，即可获得结构化输出
版本历史
v1.0.0
Initial release: Comprehensive histology & embryology skill pack based on the PMPH 10th Edition textbook.
- Includes 124 core skills covering histology, embryology, congenital malformations, and clinical-pathological correlation.
- Supports multiple languages: Chinese (zh-CN), English, Japanese, French, Russian.
- Organized skill registry for efficient navigation by topic (e.g., tissue types, clinical relevance).
- Tags and categories to facilitate use in medical education and clinical skill development.
元数据
常见问题
Histology and Embryology-PMPH-10edition 是什么？
基于人民卫生出版社《组织学与胚胎学》第10版的124项核心技能集合 — 涵盖组织学、胚胎学、先天畸形及临床病理关联. 它是一个面向 Claude Code / OpenClaw 的 AI Agent Skill 插件，目前累计下载 40 次。
如何安装 Histology and Embryology-PMPH-10edition？
在 OpenClaw 或 Claude Code 对话框中运行命令「/install histology-and-embryology-pmph-10edition」即可一键安装，无需额外配置。
Histology and Embryology-PMPH-10edition 是免费的吗？
是的，Histology and Embryology-PMPH-10edition 完全免费，采用 MIT-0 许可证，可自由下载、安装和使用。
Histology and Embryology-PMPH-10edition 支持哪些平台？
Histology and Embryology-PMPH-10edition 跨平台运行，可在任意部署了 OpenClaw / Claude Code 的环境中使用（cross-platform）。
谁开发了 Histology and Embryology-PMPH-10edition？
由 xllstudio（@xllgreen）开发并维护，当前版本 v1.0.0。
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