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/install medical-cell-biology-pmph-7edition
Description
Systematically integrated core skills of Medical Cell Biology — based on the 7th edition of the national planning textbook (PMPH). Covers 146 core competenci...
README (SKILL.md)
Medical Cell Biology — Core Skills Collection
This skill set encompasses 146 core competencies in Medical Cell Biology, based on the nationally planned textbook "Medical Cell Biology" (7th Edition, People's Medical Publishing House). The skills span cell structure and function, molecular mechanisms, signal transduction, cell cycle regulation, stem cell biology, cell death and aging, organelle dynamics, membrane transport, gene expression regulation, disease mechanisms, and cutting-edge research technologies.
Usage Scenarios
This skill collection is designed for:
- Medical students — systematic learning and exam preparation
- Researchers — experimental design and mechanism analysis
- Clinical practitioners — understanding disease pathogenesis at the cellular level
- Educators — curriculum design and teaching material development
Skill List
All 146 skills are organized under the following 17 categories. Each skill corresponds to a \x3Cskill-name>/SKILL.md file in this repository.
| # | Category | Count | Skills |
|---|---|---|---|
| 1 | Cell Theory & History | 6 | cell-theory-core-principles-and-historical-development, molecular-biology-milestones-in-cell-biology-formation, identify-medical-cell-biology-textbook-edition-7, medical-cell-biology-7th-edition-revision-guide, tenth-round-clinical-medicine-textbook-revision-principles, new-textbook-digital-resource-access |
| 2 | Cell Structure & Ultrastructure | 9 | unit-membrane-model-structure, cell-membrane-composition-and-properties, membrane-asymmetry-analysis, membrane-fluidity-analysis, mitochondrial-double-membrane-structure-analysis, nucleolus-structure-function-analysis, nuclear-matrix-dna-replication-scaffolding, tem-sample-preparation-for-biological-ultrastructure, biomacromolecular-complex-classification |
| 3 | Cytoskeleton & Cell Motility | 8 | microtubule-associated-protein-structure-function, microtubule-dynamic-instability-analysis, microtubule-organization-center-nucleation, actin-filament-treadmilling-mechanism, atp-regulated-actin-filament-dynamics, rho-gtpase-regulated-actin-remodeling, chemotaxis-and-directed-cell-migration, cytoskeleton-abnormality-in-tumor-diagnosis-treatment |
| 4 | Membrane Transport & Vesicle Trafficking | 9 | clathrin-coated-vesicle-formation, copii-coated-vesicle-assembly-and-er-to-golgi-transport, snare-rab-vesicle-fusion-mechanism, receptor-mediated-endocytosis-mechanism, phagocytosis-mechanism-and-physiological-significance, mve-escrt-pathway-analysis, srp-cotranslational-transport-mechanism, single-pass-transmembrane-protein-er-insertion, microfilament-specific-drug-mechanism |
| 5 | ER & Golgi Function | 2 | rough-er-protein-folding-and-quality-control, rough-er-n-linked-glycosylation-mechanism |
| 6 | Lysosome & Autophagy | 5 | lysosome-functional-classification-and-transition, lysosome-membrane-destabilization-pathogenesis, congenital-lysosomal-storage-disease-mechanism-analysis, cell-autophagy-definition-and-core-process, mammalian-cell-autophagy-classification |
| 7 | Mitochondrial Biology | 5 | mitochondrial-matrix-protein-import, mitochondrial-genome-annotation-and-translation, mitochondrial-morphology-environmental-response, ros-mitochondrial-dysfunction-induced-cellular-senescence, mitochondrial-apoptosis-pathway-analysis |
| 8 | Nucleus & Chromatin | 5 | euchromatin-heterochromatin-differentiation, chromatin-hierarchical-assembly-and-compaction-calculation, histone-modification-and-noncoding-rna-chromatin-regulation, dna-methylation-gene-silencing, eukaryotic-chromosome-stability-sequences |
| 9 | Gene Expression & Protein Synthesis | 6 | genetic-code-rules-and-translation, trna-adapter-mechanism-in-translation, ribosomal-elongation-cycle, eukaryotic-mrna-post-transcriptional-processing, prokaryotic-vs-eukaryotic-gene-structure-analysis, central-dogma-of-molecular-biology |
| 10 | Cell Cycle & Division | 6 | eukaryotic-cell-cycle-phasing-and-checkpoints, cyclin-cdk-cell-cycle-control, cdk-cyclin-complex-activation-mechanism, cell-cycle-checkpoint-negative-regulation-analysis, amitosis-definition-and-characteristics, meiotic-homologous-chromosome-pairing-and-recombination |
| 11 | Cell Death & Senescence | 7 | apoptosis-vs-necrosis-differentiation, pyroptosis-molecular-mechanism, anoikis-mechanism-and-tumor-metastasis, apoptosis-dysregulation-disease-analysis, oncogene-induced-senescence-mechanism, dna-damage-induced-cellular-senescence, telomere-damage-induced-cellular-senescence |
| 12 | Stem Cell & Developmental Biology | 10 | stem-cell-niche-definition-and-function, stem-cell-niche-composition-and-dynamic-regulation, tissue-stem-cell-asymmetric-division-and-self-maintenance, stem-cell-potency-development-stages, embryonic-stem-cell-pluripotency-validation, regeneration-via-dedifferentiation, pgc-origin-and-migration-pathway, somatic-cell-nuclear-transfer-clinical-pathway, nuclear-transfer-proves-genomic-potency, multi-tissue-stem-cell-niche-synergy-analysis |
| 13 | Extracellular Matrix & Cell Junctions | 11 | cell-junction-classification, cadherin-structure-and-calcium-dependence, epithelial-mesenchymal-transition-cadherin-regulation, integrin-bidirectional-signaling, integrin-ecm-regulation-in-stem-cell-niche, collagen-triple-helix-formation, collagen-biosynthesis-and-assembly, collagen-type-mutation-phenotype-mapping, glycosaminoglycan-proteoglycan-structure-function-analysis, selectin-mediated-leukocyte-rolling-adhesion, ecm-regulated-cell-differentiation |
| 14 | Signal Transduction Pathways | 10 | second-messenger-signaling-analysis, camp-pka-signal-cascade-analysis, jak-stat-signal-pathway-activation, phosphatidylinositol-bis-messenger-system, no-cgmp-vasodilation-mechanism, molecular-switch-mechanisms, second-messenger-cascade-amplification, src-tyrosine-kinase-activity-assay, ubiquitin-mediated-nf-kb-activation, super-enhancer-driven-cell-identity-gene-expression |
| 15 | Membrane Transporters & Ion Pumps | 5 | cell-membrane-transport-mechanism-classification, active-transport-mechanism, coupled-transport-mechanism-analysis, na-k-pump-mechanism-and-physiological-role, abc-transporter-mdr-mechanism-analysis |
| 16 | Reproduction & Fertilization Biology | 8 | spermatogenesis-stage-analysis, oogenesis-stages-and-meiotic-arrest, sperm-egg-recognition-and-acrosome-reaction, sperm-capacitation-mechanism-physiological-significance, sperm-egg-membrane-fusion-polyspermy-block, pronuclei-fusion-and-zygote-formation, fertilization-biological-significance, basement-membrane-four-core-protein-analysis |
| 17 | Tumor Cell Biology | 5 | tumor-cell-hyperproliferation-molecular-mechanism, tumor-cell-abnormal-differentiation-assessment, tumor-cell-contact-inhibition-loss-and-migration-analysis, tumor-differentiation-therapy, mitosis-key-mechanisms-and-morphological-features |
| 18 | Research Methods & Technology | 11 | cell-biology-research-framework, cell-biology-integrative-research-framework, cell-biology-research-technology-selection, centrifugation-based-subcellular-fractionation, laser-scanning-confocal-microscopy-imaging, super-resolution-optical-microscopy-classification, protein-purification-and-electrophoresis, immunomagnetic-cell-sorting, cell-lysis-method-selection, large-scale-cell-culture-method-selection, cell-line-immortalization-and-passage-limits, hat-medium-hybrid-cell-selection |
| 19 | Molecular Pathology & Clinical Relevance | 8 | tau-protein-hyperphosphorylation-in-alzheimers-disease, familial-hypercholesterolemia-molecular-pathogenesis, medical-cell-biology-translational-pathway, hox-gene-spatiotemporal-expression-analysis, genomic-alteration-in-cell-differentiation, ubiquitin-proteasome-degradation-pathway |
| 20 | Comprehensive Topics | 7 | complex-carbohydrate-structures-in-cells, human-cell-atlas-3d-mapping, transit-amplifying-cell-proliferation-analysis, miller-urey-experiment-procedure, rna-type-classification-and-functional-analysis, protein-structure-function-analysis, dna-double-helix-and-base-pairing |
| 21 | Cell Division (Mitosis) & Additional | 3 | mitosis-key-mechanisms-and-morphological-features, you-si-fen-lie-guan-jian-ji-zhi-yu-xing-tai-te-zheng, dna-damage-induced-cellular-senescence |
Usage Guide
Each skill provides:
- Trigger conditions — When to invoke this skill
- Execution steps — Standardized operational procedures
- Precautions — Contraindications and warnings
- Reference documents — Supplementary detailed materials
Example Queries
- "Analyze the mechanism of microtubule dynamic instability using [microtubule-dynamic-instability-analysis]"
- "Explain how [na-k-pump-mechanism-and-physiological-role] maintains membrane potential"
- "Compare apoptosis vs necrosis using [apoptosis-vs-necrosis-differentiation]"
- "Analyze the molecular mechanism of familial hypercholesterolemia using [familial-hypercholesterolemia-molecular-pathogenesis]"
Project Structure
Medical-Cell-Biology-7edition/
├── SKILL.md # Root skill file — complete skill registry
├── README.md # Project documentation
├── \x3Cskill-name>/ # Individual skill definitions
│ ├── SKILL.md # Skill details (trigger, steps, references)
│ └── references/ # Optional supplementary documents
├── scripts/ # Executable tool scripts
├── config/ # Configuration files
├── assets/ # Static resources (logos, icons)
└── tests/ # Validation and testing
Usage Guidance
Install only if you want a textbook-style medical cell biology reference and can keep it limited to education or supervised research. Do not rely on it for patient-specific diagnosis, treatment, dosing, cloning work, or wet-lab execution; those outputs should require qualified clinical, ethical, legal, and biosafety review.
Capability Assessment
Purpose & Capability
The stated purpose is textbook-based medical cell biology education, but artifacts include treatment-selection language for oncology, SCNT and cloning workflows, and hazardous wet-lab procedures. These topics are related to cell biology but exceed ordinary educational support without adequate safeguards.
Instruction Scope
Several subskills are written as execution workflows and broad triggers can route general questions into sensitive clinical or lab-procedure content. Some high-risk content lacks clear licensed-clinician, institutional biosafety, or jurisdiction-specific gating.
Install Mechanism
The artifact is markdown content only. Metadata declares no install commands, required binaries, API keys, or executable files, and static metadata reports no suspicious installation patterns.
Credentials
The skill does not request local file, credential, network, or process authority beyond normal skill installation. The concern is content safety and scope, not runtime environment access.
Persistence & Privilege
No persistence, background workers, privilege escalation, credential use, profile/session access, or mutation authority was found in the artifacts.
How to Use
- Make sure OpenClaw is installed (local or Docker)
- Run the install command in chat:
/install medical-cell-biology-pmph-7edition - After installation, invoke the skill by name or use
/medical-cell-biology-pmph-7edition - Provide required inputs per the skill's parameter spec and get structured output
Version History
v1.0.0
- Major update: Expanded and restructured to cover 146 core competencies from the 7th edition "Medical Cell Biology" textbook (PMPH).
- Skills now systematically organized into 17 major cell biology domains for easier navigation and learning.
- Detailed usage guidelines added for students, researchers, clinicians, and educators.
- Comprehensive table of categories and skill breakdown included for reference.
- Homepage, metadata, and resource links updated.
Metadata
Frequently Asked Questions
What is Medical Cell Biology-PMPH-7edition?
Systematically integrated core skills of Medical Cell Biology — based on the 7th edition of the national planning textbook (PMPH). Covers 146 core competenci... It is an AI Agent Skill for Claude Code / OpenClaw, with 36 downloads so far.
How do I install Medical Cell Biology-PMPH-7edition?
Run "/install medical-cell-biology-pmph-7edition" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.
Is Medical Cell Biology-PMPH-7edition free?
Yes, Medical Cell Biology-PMPH-7edition is completely free, licensed under MIT-0. You can download, install and use it at no cost.
Which platforms does Medical Cell Biology-PMPH-7edition support?
Medical Cell Biology-PMPH-7edition is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).
Who created Medical Cell Biology-PMPH-7edition?
It is built and maintained by xllstudio (@xllgreen); the current version is v1.0.0.
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