Your lab's bottleneck
isn't the biology. It's the analysis stack.
We turn the manual analysis eating your team's weeks — histology scoring, colony records, stats — into reproducible pipelines your lab owns. Shipped in 30 days.
Free 30-min call. No pitch — we'll tell you honestly if a Sprint fits, or point you to a simpler fix.
For research labs losing weeks to manual analysis
- → Your postdoc spends three weeks on histology quantification that should take an afternoon.
- → Your experimental data lives across six spreadsheets and a folder called FINAL_v3.
- → You pay $20–40k a year for imaging software your lab uses at a fraction of its capacity.
We don't hand you a roadmap. We build the thing.
Most help your lab can hire either advises and leaves, or sells you software your team never fully adopts. Laminar embeds, builds the pipeline, validates it against your manual baseline, documents it, and trains your team to run it without us. Strategy is step one, not the deliverable.
What we build
A few of the solutions we've shipped for research labs — histology image pipelines, lab operations databases, and reproducible statistical analysis. See each in detail on the Solutions page.
Reproducible MOVAT/PSR histology scoring in hours, not a postdoc's full day.
Colony records, genotyping, cages and inventories in one system — not six spreadsheets.
Vessel measurements computed the same way every time, with publication-ready tables.
Clean, model and report experimental data — reproducibly, not in a folder called FINAL_v3.
What this looks like in practice
Lineage
A mouse colony management platform for the records and decisions that run a colony: cages and animals, breeding, genotyping, daily work, and a traceable history.
Learn more →
Imaging Pipelines
Validated image-analysis workflows for microscopy and histology, from measurement and quality control through batch export and review. QuPath may be part of the workflow, not the boundary.
Custom Analysis Tools
Purpose-built tools for the data a specific experiment produces. Vessel Stats is one example: analysis for pressure and flow myography. The same approach supports specialized measurements, calculations, and reporting.
Why Laminar
Cardiovascular biology at UVA's Sonkusare Lab. We have done the manual analysis we automate.
Neuroscience and Statistics at UVA. R and Python daily. We know if the model is right, not just if the code runs.
MOVAT/PSR histology, colony databases, vascular stats — already deployed and run day-to-day by lab members, not engineers.
Tell us what's eating your lab's time. We'll tell you if a Sprint can fix it.
Free, no-obligation call. Fixed-price proposal within 48 hours. You own everything we build.