Convert your MD to Skill.MD
An open-source library of clinical decision support skills built from published medical guidelines. Each skill is a structured, step-by-step prompt that turns any AI assistant into a bedside clinical tool.
884 skills · 11 specialties · grounded in published guidelines · MIT licensed
Medical guidelines are long, dense, and hard to use mid-clinic. MD2SKILL extracts the actionable, decision-making parts and converts them into structured prompts (skills) that work with any AI tool.
Instead of reading a 40-page guideline to classify a diabetic foot infection, you describe the case and your AI walks you through the exact same framework — step by step, in real time.
Not a summary. A clinical decision tool.
flowchart TD
A["🔍 Step 1 — Identify the Skill Gap\nWhat clinical decision is hard, slow,\nor inconsistent at the bedside?"]
B["📚 Step 2 — Find the Evidence\nLocate the published guideline or research\narticle that addresses the skill gap"]
C["⚙️ Step 3 — Process with MD2SKILL Identifier\nExtract actionable decision components\nfrom the guideline using md2skill-converter.md"]
D["🛠️ Step 4 — Build the Skill\nCreate SKILL.md + system-prompt.md\nfor each identified component"]
E["🧠 Step 5 — Refine with Expertise\nAdjust, validate, and enrich the skill\nusing your own clinical knowledge"]
F["🚀 Step 6 — Deploy\nUse the skill in your AI platform of choice"]
A --> B
B --> C
C --> D
D --> E
E --> F
F --> G["Claude\n(SKILL.md)"]
F --> H["ChatGPT\n(Custom GPT)"]
F --> I["Gemini\n(Gem)"]
F --> J["Perplexity\n(Spaces)"]
style A fill:#1e3a5f,color:#fff,stroke:#1e3a5f
style B fill:#1e3a5f,color:#fff,stroke:#1e3a5f
style C fill:#1e3a5f,color:#fff,stroke:#1e3a5f
style D fill:#1e3a5f,color:#fff,stroke:#1e3a5f
style E fill:#1e3a5f,color:#fff,stroke:#1e3a5f
style F fill:#2d6a4f,color:#fff,stroke:#2d6a4f
style G fill:#40916c,color:#fff,stroke:#40916c
style H fill:#40916c,color:#fff,stroke:#40916c
style I fill:#40916c,color:#fff,stroke:#40916c
style J fill:#40916c,color:#fff,stroke:#40916c
Full methodology:
meta/md2skill-philosophy.md· Skill builder:meta/md2skill-converter.md
Each skill has two files:
| File | For |
|---|---|
SKILL.md |
Claude · OpenClaw · Perplexity Computer — native skill install, auto-triggers |
system-prompt.md |
ChatGPT · Gemini · Perplexity Spaces — paste as Instructions |
Two modes — see meta/chatgpt-custom-gpt-setup.md for full instructions:
| Mode | When to use | What to do |
|---|---|---|
| Single-skill GPT | One GPT, one clinical task | Paste system-prompt.md into Instructions field |
| Multi-skill GPT | One GPT, multiple related skills | Paste master routing prompt into Instructions + upload SKILL.md files to Knowledge |
The meta/chatgpt-master-system-prompt.md file contains a copy-paste ready master prompt with routing logic, skill chaining, structured response format, and a worked example (Transplant Medicine — DBD Donor Eligibility + MAPI Score Calculator).
| Platform | How to install |
|---|---|
| Claude (Cowork / Claude Code) | Drop into .claude/skills/<skill-name>/ |
| OpenClaw | Install via the platform's skill installer |
| Perplexity Computer | Install via the platform's skill installer |
| Platform | Where to paste |
|---|---|
| ChatGPT Custom GPT | GPT Builder → Configure → Instructions |
| ChatGPT Projects | Project → Instructions |
| Gemini | gem.google.com → Create a Gem → Instructions |
| Perplexity Spaces | Space → Settings → Instructions |
884 skills across 11 specialties. The tables below show coverage by sub-specialty — click any folder link to browse the skills inside.
| Sub-specialty | Skills | Scope |
|---|---|---|
| Pituitary & Acromegaly | 98 | Acromegaly diagnosis & management (SRL/pegvisomant/surgery/RT), central diabetes insipidus (DDAVP protocols), central hypothyroidism (LT4 dosing, TSH targets), pituitary apoplexy, prolactinoma, GH deficiency testing & replacement, hypopituitarism workup, LH/FSH/ACTH/TSH deficiency (ES 2025 guidelines) |
| Adrenal | 115 | ES-PA (ARR screening, AVS, MRA selection), JES-PA (confirmatory tests, pregnancy), ESA-PA (18-oxo/18-OHB interpretation, GRA management), ENDA primary adrenal insufficiency (glucocorticoid/mineralocorticoid dosing, sick-day rules, crisis management), ATA secondary AI (stress dosing, HPA axis recovery) |
| Phaeochromocytoma & PPGL | 70 | Full ATA-PPGL + JES-PPGL set — screening, biochemistry, imaging modality selection (123I-MIBG / 68Ga-DOTATATE / 18F-FDG-PET), genetic testing, GAPP/COPPS/PASS metastasis risk scoring, surgical approach, perioperative alpha-blockade, pregnancy, metastatic treatment, radionuclide therapy |
| Hypogonadism, FHA & Hirsutism | 128 | Functional hypothalamic amenorrhea (ES 2023 — energy rebalancing, BMD, fertility, HRT options), hirsutism/PCOS (ES 2018 — androgen testing, pharmacotherapy, cosmetic options), testosterone therapy in women (diagnosis, indications, monitoring, cessation); male hypogonadism & testosterone therapy (ICSM 2025 — diagnosis confirmation, assay selection, indications, contraindications, prostate/haematocrit monitoring, fertility preservation, shared decision-making) |
| Inpatient Diabetes & GCIH | 70 | Basal/correctional/premeal insulin protocols, GCIH classification & titration, perioperative BG targets, inpatient CGM, DPP-4i use, glucagon, carb counting, structured education (ES 2022 inpatient hyperglycemia) |
| Diabetes Technology | 58 | CGM initiation, continuation & discontinuation (inpatient & outpatient), rtCGM vs SMBG, CSII candidacy, training & assessment protocols, pump hospital policies, insulin bolus calculator, DKA prevention, hypoglycemia management (ES/ADA 2023) |
| Lipidology | 52 | Statin/non-statin selection, ASCVD risk, lipoprotein(a), TG management, lipid monitoring, familial dyslipidaemia, special populations |
| Cushing Syndrome | 45 | ES 2024 — diagnosis (UFC, LNSC, DST), TSS vs alternative surgery, pituitary-directed medical therapy, steroidogenesis inhibitors, bilateral adrenalectomy, postoperative cortisol management, recurrence surveillance, comorbidity treatment |
| Preventive Care | 29 | ADA vaccination, vitamin D screening (who NOT to test), supplementation thresholds by age/risk group, daily vs intermittent dosing |
| Pediatric Obesity | 34 | CMAJ 2025 set + ESO 2025 — BMI classification, comorbidity triggers, pharmacotherapy initiation & discontinuation, bariatric eligibility, lipid/glucose/BP interpretation by age, healthy eating & activity |
| Metabolic Bone (Paget's Disease) | 23 | Diagnostic workup, treatment indication, bisphosphonate selection & monitoring, complications; glucocorticoid & LT4 overreplacement fracture risk |
| Obesity | 23 | Pharmacotherapy eligibility, dose escalation, 5% efficacy threshold, off-label prescribing, antihypertensive & antihistamine & AED/antidepressant/antipsychotic weight-conscious selection, shared decision-making tools |
| Calcium Disorders | 25 | Hypercalcemia severity, diagnostic algorithm, malignancy workup, medication-induced screen; ES HCM protocol (IV fluids, bisphosphonate/denosumab/calcimimetic selection, renal dose adjustment, parathyroid carcinoma) |
| Gender Medicine | 26 | ES 2017 gender-affirming hormone therapy — eligibility criteria, pubertal suppression, sex-hormone induction, surgery readiness, CVD & bone & cancer surveillance, fertility counselling |
| GLP-1 Receptor Agonists | 17 | Candidacy, dose escalation, GI AE management, perioperative aspiration, ocular safety (NAION, DR), prescribing guides (Mounjaro, Wegovy, Noveltreat) |
| Diabetes in Pregnancy | 10 | Pre-existing diabetes management in pregnancy (PDM) |
| Thyroid Cancer | 4 | ATA DTC initial risk stratification, dynamic risk reclassification, Bethesda cytology management, RAI decision |
| Thyroid Nodule | 3 | EU-TIRADS classifier, ATA FNA decision, palpable nodule ultrasound |
| T2DM | 1 + 2 root | HbA1c targets & intensification, comorbidity-driven medicine selector, newly-diagnosed OAD selector |
| Sub-specialty | Skills | Scope |
|---|---|---|
| Pediatric Obesity | 6 | Cross-listed with endocrinology — CMAJ 2025 full set |
| Congenital Adrenal Hyperplasia (CAH) | 4 | Newborn screening 17-OHP interpretation, newborn subtype differentiator, infant hydrocortisone dosing, adrenal crisis protocol |
| Growth & GH Therapy | 8 | ES 2022 GH treatment in children with cancer history — contraindications (TKI, spinal RT), oncologist consultation, treatment offer & regimen, short stature screening, sitting height |
| Growth Hormone (extended) | 6 | Extended GH therapy skills — additional indications, monitoring protocols, and dose adjustment guidance |
| Puberty Disorders | 3 | Central precocious puberty — screening indication, treatment approach, hormone testing |
| Folder | Skills | Scope |
|---|---|---|
| Pediatric Obesity | 6 | Cross-listed CMAJ 2025 set for non-endocrine pediatric workflow |
| Sub-specialty | Skills | Scope |
|---|---|---|
| Vestibular / Dizziness | 4 | Dizziness type classifier, red-flag screener, peripheral vs central vertigo, BPPV differential |
| Sub-specialty | Skills | Scope |
|---|---|---|
| Constipation | 3 | Laxative selector, defecatory disorder workup, Movicol prescribing |
| Pre-Procedure (GLP-1) | 1 | AGA 2024 — proceed / postpone / modify for patients on GLP-1 RAs |
| Sub-specialty | Skills | Scope |
|---|---|---|
| Multiple Myeloma | 3 | Diagnostic workup, ASCT eligibility, MRD assessment |
| Folder | Skills | Scope |
|---|---|---|
| Kidney Transplant | 2 | DBD donor eligibility (DM/HTN), MAPI score calculator |
| Sub-specialty | Skills | Scope |
|---|---|---|
| Diabetic Foot | 2 | IWGDF/IDSA 2023 — severity classifier, empiric antibiotic selector |
| Sub-specialty | Skills | Scope |
|---|---|---|
| Lipidology | 1 | Bemdec (bempedoic acid) prescribing guide |
| Folder | Skills | Scope |
|---|---|---|
| NHS Genomic Test Directory | 1 | Lookup of R-codes, gene panels & commissioning categories across 457 rare-disease indications (NHS England v9.0, April 2026) |
| Folder | Skills | Scope |
|---|---|---|
| Overactive Bladder | 1 | Mirago (mirabegron) prescribing guide |
🫘 Nephrology · 🫁 Respiratory · 🦴 Rheumatology — coming soon. Contributions welcome.
MD2SKILL/
├── README.md
├── CONTRIBUTING.md
├── assets/
│ └── md2skill-logo.png
├── meta/
│ ├── md2skill-philosophy.md ← The 6-step pipeline
│ ├── md2skill-converter.md ← How to convert a guideline (native skill)
│ ├── chatgpt-md2skill-converter-system-prompt.md ← Converter as a ChatGPT Custom GPT prompt
│ ├── chatgpt-custom-gpt-setup.md ← How to use skills in ChatGPT
│ └── chatgpt-master-system-prompt.md ← Multi-skill GPT master prompt with citation rules
└── skills/
├── cardiology/lipidology/ (1)
├── endocrinology/
│ ├── adrenal/ (115)
│ ├── calcium-disorders/ (25)
│ ├── cushing/ (45) ← NEW
│ ├── diabetes-in-pregnancy/ (10)
│ ├── diabetes-technology/ (58)
│ ├── gender-medicine/ (26) ← NEW
│ ├── glp1-receptor-agonists/ (17)
│ ├── hypogonadism/ (128)
│ ├── inpatient-diabetes/ (70)
│ ├── lipidology/ (52)
│ ├── metabolic-bone/ (23)
│ ├── obesity/ (23)
│ ├── pediatric-obesity/ (34)
│ ├── phaeochromocytoma/ (70)
│ ├── pituitary/ (98) ← NEW
│ ├── preventive-care/ (29)
│ ├── t2dm/ (3)
│ ├── thyroid-cancer/ (4)
│ ├── thyroid-nodule/ (3)
│ └── (plus loose HbA1c & comorbidity skills at root)
├── gastroenterology/
│ ├── constipation/ (3)
│ └── glp1-endoscopy-pre-procedure/ (1)
├── genetics/nhs-genomic-test-finder/ (1, with CSV reference)
├── haematology/multiple-myeloma/ (3)
├── infectious-disease/diabetic-foot/ (2)
├── neurology/vestibular/ (4)
├── pediatric-endocrinology/
│ ├── cah/ (4)
│ ├── growth/ (8) ← NEW
│ ├── pediatric-obesity/ (6)
│ └── puberty/ (3) ← NEW
├── pediatric-medicine/ (6, pediatric-obesity)
├── transplant-medicine/ (2)
└── urology/ (1)
Each skill folder:
skill-name/
├── SKILL.md ← Claude
├── system-prompt.md ← ChatGPT / Gemini / Perplexity / OpenClaw / any tool
└── README.md ← What it does + how to use on each platform
- Pick a published guideline with a clear decision framework
- Follow the methodology in
meta/md2skill-converter.md - Build a step-by-step skill (not a summary)
- Create
SKILL.md(Claude) andsystem-prompt.md(universal) - Place in the correct specialty folder and submit a PR
See CONTRIBUTING.md for full instructions.
These are clinical decision support tools, not autonomous diagnostic systems. They assist qualified healthcare professionals and do not replace clinical judgment or physical examination.
MIT — use freely in clinical practice, education, and product development.
Built by Dr. Om Lakhani
