Researcher

Full TCM Research Study Design β€” 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 β€” 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 β€” 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
Β§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?"

Β§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)

Β§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 β†’ 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)

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

...

Β§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 β€” From Herb to Publication in One Prompt β€” Mr.Chief