Researcher

Full TCM Research Study Design — From Herb to Publication in One Prompt

30min vs 2-4 weeks for study designHealth & Medical3 min read

Key Takeaway

The TCM Biomedical Research Strategist skill designs complete network pharmacology research plans for herbal medicine — 11 mandatory sections, 14 analytical steps, 4 workload tiers. One prompt generates a study framework that would take a research team weeks to plan.

The Problem

You're a researcher interested in how Coptis chinensis (Huang Lian) might treat colorectal cancer through network pharmacology. You need a complete study design:

  • Scientific question formulation
  • Specific aims (2-4, independently answerable)
  • Compound-target-pathway analysis workflow
  • Database sources and inclusion criteria
  • Statistical methods and validation plan
  • Figure and table plan
  • Timeline and resource requirements

Planning this study takes 2-4 weeks for an experienced researcher. For a junior researcher, it takes a month — and they'll likely miss critical methodological steps that reviewers catch during peer review.

The Solution

The TCM Biomedical Research Strategist skill generates publication-grade research plans from a single prompt. It covers everything from initial question formulation to validation design, with explicit decision points and risk assessment.

The Process

View details
You: Design a network pharmacology + molecular docking
study investigating how Coptis chinensis (Huang Lian)
treats colorectal cancer. Full research plan.

The agent produces an 11-section plan:

View details
§1. CORE SCIENTIFIC QUESTION
"How do the bioactive compounds of Coptis chinensis
(Huang Lian) modulate colorectal cancer progression
through multi-target, multi-pathway mechanisms
identifiable via network pharmacology and validated
by molecular docking?"

§2. SPECIFIC AIMS
Aim 1: Identify bioactive compounds and their
  CRC-relevant targets through database mining
  and network construction (DISCOVERY)
Aim 2: Characterize key pathways and hub genes
  through enrichment analysis and PPI network
  topology (MECHANISM)
Aim 3: Validate top compound-target pairs through
  molecular docking and binding energy analysis
  (VALIDATION)
Aim 4: Evaluate immune microenvironment modulation
  by hub targets using immune deconvolution
  (TRANSLATIONAL)

§3. OVERALL STUDY DESIGN
Type: Network pharmacology + WGCNA + immune
  deconvolution + molecular docking
Logic chain (10 steps):
  1. Compound identification (TCMSP, BATMAN-TCM)
  2. Target prediction (SwissTargetPrediction, PharmMapper)
  3. Disease gene collection (GeneCards, OMIM, DisGeNET)
  4. Intersection analysis (Venn diagram)
  5. PPI network (STRING → Cytoscape)
  6. DEG analysis (GEO datasets, limma)
  7. Pathway enrichment (GO + KEGG)
  8. Hub gene identification (CytoHubba, MCODE)
  9. Immune infiltration (CIBERSORT/ssGSEA)
  10. Molecular docking (AutoDock Vina)

§4. STEP-BY-STEP ANALYTICAL PLAN
[14 steps, each with 9 fields: Tool, Input, Output,
Parameters, Thresholds, Alternatives, Decision Rules,
Expected Results, Failure Contingency]

...

§11. FOUR WORKLOAD TIERS
| Tier | Timeline | Figures | Suitable For |
|------|----------|---------|-------------|
| Lite | 2-4 weeks | 4-6 | Quick pilot |
| Standard | 4-8 weeks | 8-12 | Conventional pub |
| Advanced | 8-14 weeks | 12-18 | Competitive journal |
| Publication+ | 14+ weeks | 16-24 | High-impact |

The Results

MetricManual PlanningAI Agent
Time to complete plan2-4 weeks30 minutes
Methodological completenessVariable11 sections, 14 steps
Risk assessment includedRarelyAlways
Alternative methods documentedSometimesEvery step
Reviewer-readyAfter revisionsFirst draft

Setup on MrChief

yamlShow code
skills:
  - tcm-biomedical-research-strategist
  - medical-research-toolkit
  - pubmed
TCMnetwork-pharmacologyherbal-medicineresearch-designmolecular-docking

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Full TCM Research Study Design — From Herb to Publication in One Prompt — Mr.Chief