> Intake and normalize a new radiology research project. Classifies project type, summarizes current state, identifies missing inputs, recommends next steps, and scaffolds lightweight project memory files.
npx skills add https://github.com/Aperivue/medsci-skills --skill intake-project
This skill is the front door for a new or messy project. It converts a folder, document bundle, or mixed set of notes into a structured project state that other skills can use safely.
Use this skill when:
Accept any of the following:
If information is incomplete, infer cautiously from file names and contents, then label uncertain items clearly.
Determine:
original | review | meta-analysis | case report | technical note | grant | peer review | challenge | career-docradiology | medical AI | multimodal LLM | intervention | survival/prognostic | diagnostic accuracy | workflowpaper | abstract | grant | review | rebuttal | CVIdentify:
If missing, propose or create lightweight anchor files:
PROJECT.mdSTATUS.mdCLAIMS.mdDATA_DICTIONARY.mdANALYSIS_PLAN.mdREVIEW_LOG.mdCreate only files that are justified by the project type.
Produce the next 3-5 actions in dependency order.
For any manuscript project (cohort, MA, RCT, case series), enforce this structure when scaffolding or reorganizing. Map every new artifact into one of these slots — do not invent ad-hoc folders.
{project_root}/
├── HANDOFF.md # session handoff entry point
├── README.md # project overview
├── data/ # raw data (NEVER edit; read-only)
├── analysis/ # reproducible scripts (00_* → 04_*)
├── output/ # analysis outputs: CSVs, PNGs, intermediates
├── irb/ # IRB/ethics docs
├── proposal/ # original protocol / approved proposal
├── reviews/ # external correspondence
├── manuscript/ # SOURCE manuscript + drafting
│ ├── manuscript_v{N}.{md,docx,pdf} # current canonical working version (top level)
│ ├── build_unified_docx.py # or pandoc wrapper
│ ├── archive/ # ALL prior versions v1 .. v{N-1}
│ ├── reviews/ # QC: self_review, peer_review, STROBE/PRISMA, critic
│ ├── figures/ # figure scripts + rendered PNG/PDF
│ └── tables/ # table scripts + rendered docx
└── submission/ # per-journal packages
└── {journal-slug}/ # e.g., chest/, kjr/
├── CHECKLIST.md
├── cover_letter.{md,docx,pdf}
├── title_page.docx # separated for double-anonymized
├── manuscript_anonymized.{docx,pdf}
├── supplement.{docx,pdf}
├── strobe_checklist.md # or PRISMA / CONSORT
├── circulation_email.md
└── figures/ # submission-ready DPI copies
manuscript/ = source; submission/{journal}/ = derived artifacts. Regenerate submission files from manuscript/manuscript_v{N}.md; never edit anonymized/title-page directly.manuscript/manuscript_v{N}.{md,docx,pdf}. Older versions move to manuscript/archive/ immediately on version bump.HANDOFF.md, README.md, folder entries.manuscript/reviews/, not at manuscript top level.cp -r submission/{old} submission/{new}, then rewrite cover letter and reformat.submission/{journal}/.submission/{journal}/ and populate.manuscript/ has >3 versioned files or QC docs at top level, reorganize.Precedent: an STROBE cohort with a mortality endpoint reorganized v1–v6 plus QC docs from the manuscript/ top level so that a reject-retarget path to a different journal requires only cp -r submission/chest submission/<new_journal>.
Assign one current stage:
ideadata assemblyanalysis planninganalysis in progressdraftingrevisionsubmission preparchived/unclearGate: Present the classification (project type, stage, target output) to the user.
Confirm before creating any files — misclassification leads to wrong scaffold and
wrong skill routing.
Check for common gaps:
Output this structure:
## Project Intake Summary
Project: ...
Type: ...
Current stage: ...
Likely target: ...
### What exists
- ...
### What is missing
- ...
### Risks / ambiguities
- ...
### Recommended next actions
1. ...
2. ...
3. ...
PROJECT.md# PROJECT
- Title:
- Type:
- Primary question:
- Target journal/venue:
- Lead folder:
- Collaborators:
- Last updated:
STATUS.md# STATUS
- Current stage:
- Current blocker:
- Next actions:
1.
2.
3.
- Last updated:
After intake:
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Interact with Zotero reference management libraries using the pyzotero Python client. Retrieve, create, update, and delete items, collections, tags, and attachments via the Zotero Web API v3. Use this skill when working with Zotero libraries programmatically, managing bibliographic references, exporting citations, searching library contents, uploading PDF attachments, or building research automation workflows that integrate with Zotero.
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Take aperivue/intake-project from the repository into ~/.claude/skills for personal
use, or into .claude/skills inside a project.
The agent identifies a skill by the name field in its header. Two skills with the
same name cannot sit side by side — one of them will be ignored.