install
source · Clone the upstream repo
git clone https://github.com/Runchuan-BU/BioClaw
Claude Code · Install into ~/.claude/skills/
T=$(mktemp -d) && git clone --depth=1 https://github.com/Runchuan-BU/BioClaw "$T" && mkdir -p ~/.claude/skills && cp -r "$T/container/skills/bio-manuscript-text" ~/.claude/skills/runchuan-bu-bioclaw-bio-manuscript-text && rm -rf "$T"
manifest:
container/skills/bio-manuscript-text/SKILL.mdsource content
bio-manuscript-text
Step 7: Manuscript drafting (论文文案生成)
Draft the main manuscript text from the figure plan, metric system, and analysis system.
Purpose
- Write the Introduction
- Draft the Results around the figure logic
- Draft the Discussion
- Draft the Methods skeleton
Input Format
topic: [research topic] figure_designs: [figure design document] innovation: [innovation summary] base_work: [related prior work] metric_system: [metric system] analysis_system: [analysis system] paper_count: [number of related papers] related_papers: [optional list] target_journal: [target journal]
Workflow
Step 7.1: Write the Introduction
Use a five-paragraph structure:
- field background
- related work
- limitations of current methods
- introduce the proposed method
- significance and broader impact
Step 7.2: Write the Results
Organize the Results around figure order:
- Figure 1: framework / method overview
- Figure 2-N: one main task or claim per figure
For each figure section, explain:
- setup
- quantitative findings
- qualitative or biological findings
- take-home message
Step 7.3: Write the Discussion
Cover:
- method strengths
- comparison to prior methods
- biological implications
- limitations
- future directions
Step 7.4: Write the Methods skeleton
Include at minimum:
- preprocessing
- model architecture
- training strategy
- metrics
- biological analyses
- baselines
Output Format
# Manuscript Text ## INTRODUCTION ### Paragraph 1: Field background ### Paragraph 2: Related work ### Paragraph 3: Current limitations ### Paragraph 4: Our method ### Paragraph 5: Significance ## RESULTS ### 2.1 Framework overview ### 2.2 Task 1 / Figure 2 ### 2.3 Task 2 / Figure 3 ### 2.4 Task 3 / Figure 4 ### 2.5 Task 4 / Figure 5 ## DISCUSSION - strengths - comparisons - biological implications - limitations - future work ## METHODS - preprocessing - model - training - metrics - biological analyses - baselines
Writing Principles
- Make the manuscript track the figure logic.
- Keep claims tied to evidence.
- Separate technical and biological claims clearly.
- Prefer reviewer-friendly clarity over stylistic complexity.
Usage
/bio-manuscript-text "topic: spatial multi-omics integration | figure_designs: [...] | innovation: [...] | base_work: [...] | paper_count: 5 | target_journal: nat-communications"
Notes
- Do not draft text before the figure logic is stable.
- Every Results subsection should map to a figure.
- Keep Methods detailed enough that later implementation planning remains consistent.