Community recipe · Tool workflows
Segment microscopy images into reviewable cell measurements
Source-backed example. Practical decision guidance is proposed and untested; this is not a full implementation guide.
The problem
Microscopy images require consistent segmentation and measurements before a researcher can assess cell patterns.
Agent job
Run local cell segmentation, measure morphology and export masks, overlays and measurement reports.
Expected output
Reviewable cell masks and morphology measurements.
Where this framing comes from
- Core problem: Editorial purpose framing
- Agent job: Editorial purpose framing
- Expected output: Editorial purpose framing
- Relevant job roles: Editorial purpose framing
- Benefit type: Editorial purpose framing
Editorial framing and outcome limits
Describes the task’s purpose and intended output; measured benefit, safe unsupervised operation and successful delivery are not established by this framing.
Editorial synthesis based on the linked source. This framing does not add evidence of successful delivery or results.
Case-specific decision guidance · untested
Case-specific decision guidance and first checks are original proposals. The linked source supports the attributed task; this added guidance has not been executed.
Read the attributed source evidence and original caveats below ↓
Why use this
A microscopy researcher may need cell measurements from images whose channels, pixel sizes and dimensionality vary. A segmentation overlay can appear convincing while merging neighboring cells or missing dim structures.
This job could prepare a reproducible segmentation plan and the review artifacts needed to inspect later masks. Keeping acquisition metadata and expert quality checks visible helps prevent measurements from being treated as reliable merely because software produced a table.
Why an agent / simpler alternative
- Useful judgment
Reconcile image metadata, identify ambiguous channel/mode choices and organize mask-review criteria for the intended research question.
- Simpler alternative
Use a validated lab segmentation workflow when acquisition conditions and expected morphology already match it.
- Unsuitable when
The task would support diagnosis, process protected images without approval or report biological conclusions without expert validation.
Proposed inputs
- Name
Image manifest
- Owner
Authorized researcher
- Minimum scope
File formats, channels, dimensions and scale metadata
- Quality check
Check pixel-size provenance and sample identifiers
- Name
Segmentation brief
- Owner
Domain lead
- Minimum scope
Desired objects, approved model/mode and review criteria
- Quality check
Specify CPU/GPU and volumetric choices explicitly
Access and setup — proposed or unknown
- Proposed minimum
Review synthetic image manifests and proposed overlay checks; no image processing, model downloads or GPU use.
- Compatibility unknowns
Current model support, image readers, hardware resources and runtime compatibility are unknown.
- External actions requiring approval
Sensitive-image access, uploads, model installation, compute spending and output overwrites requires authorization.
Expected deliverable and review checks
- Proposed artifact
Segmentation-plan candidate with metadata exceptions, parameter record and mask/measurement review checklist.
- Critical checks
Require correct scale and channel mapping; inspect merges/splits and missed objects; separate planned review from measured performance.
- Missing output evidence
This overlay adds no new output inspection, execution or validation; consult the referenced canonical source outcome limits.
Failure signals and proposed responses
- Signal
Pixel size is missing or inconsistent
- Why it matters
Physical measurements lack a reliable basis
- Proposed response
Hold scaled outputs until acquisition metadata is verified.
- Signal
A channel is selected by position rather than identity
- Why it matters
The model may process the wrong signal
- Proposed response
Confirm channel meaning before any run.
Effort and cost — unknown
- Setup work
Define acquisition context and scientific acceptance criteria.
- Ongoing review
Researchers inspect actual overlays and measurements after any authorized analysis.
- Unknowns
Segmentation quality, model suitability, memory demand and compute costs are unknown.
First check — proposed, unexecuted
- Status
proposed_unexecuted
- Synthetic fixture
Invent two image manifests with a swapped channel order and absent pixel size; prepare a preflight table only.
- Acceptance checks
Flag both issues; segment nothing; report no cell measurements or validated accuracy.
- Stop conditions
Stop if scale, channel identity or protected-data authority is unresolved.
Limits
A manifest review cannot establish segmentation accuracy, meaningful morphology measurements or biological interpretation.
Editorial candidate. This is source-backed reporting or a documented workflow. BotCurrent has not independently tested this task. A proposed Canadian adaptation is not evidence of a Canadian deployment or compliance certification.
Original source
https://github.com/ClawBio/ClawBio/blob/main/skills/cell-detection/SKILL.md ↗Attributed to: ClawBio
Community recipe- Original action type
- tool_action
- What the source supports
- The skill loads microscopy images, runs local Cellpose segmentation, measures cell morphology and writes masks, measurements and overlay/report artifacts.
- Source outcome limits
- This community recipe describes a procedure; it does not prove successful execution or independently reproduced results.
- Evidence attribution caveat
- This community recipe describes a procedure; it does not prove successful execution or independently reproduced results.
- Source approval description
- Not specified. CPU/GPU and volumetric modes are explicit parameters.
- Named tools
- OpenClaw; ClawBio; Cellpose/cpsam; tifffile; czifile; nd2; scikit-image
- Model or version
- Unknown
- Publication date
- Unknown
- Source last checked
- 2026-10-14
- Demonstrated in Canada
- Unknown
- Canadian availability
- Unknown
- Proposed Canadian adaptation
- Proposed: begin with public or institution-approved research data in a Canadian-controlled workspace; obtain the institution’s privacy and research-governance review before using identifiable samples. No Canadian deployment was demonstrated.
- Recommended approval boundaries
- Approve images and compute use; a qualified analyst must visually review masks and calibration before interpreting or sharing measurements.