Each of these started as a real bottleneck in a real lab. We build it, validate against your manual baseline, document it, and hand it off — so what you see below is a pipeline a lab owns and runs, not a demo. We describe what each one does; the methods stay yours.
Documented QuPath pipelines for stained tissue sections — MOVAT for plaque and matrix composition, Picrosirius Red for collagen. A batch that took a postdoc a full day of manual scoring becomes a reproducible run anyone in the lab can repeat, with counts that don't drift between sessions.
Vessel morphometry and statistics for vascular studies, computed the same way on every section — wall and lumen measurements through to publication-ready tables. The numbers are reproducible, and they still hold up when a reviewer asks six months later.
One structured system for the records that live across spreadsheets today: animal colony records, genotyping logs, cage assignments, weaning schedules, and sample inventories. It runs on a stack your institution can support, so nobody loses a cage or a genotype to a stale tab again.
R and Python workflows that clean, join, QC, and model your experimental data — logistic regression, count, survival, and mixed-effects models — producing reproducible tables and figures instead of a folder called FINAL_v3.
What this looks like in practice
How we deliver: the Laminar Sprint
One decision. One fixed cost. No open-ended retainer.
If you're on the fence
Messy is the normal starting point. The folder called FINAL_v3 is exactly what we work with — you don't need to clean anything up before you reach out.
The scoping call is free, and you get a fixed price before you commit to anything. No hourly meter, no open-ended retainer — a single number you can take to your budget.
We deliver in local files, documented scripts, or institution-approved stacks, and scope around IT restrictions from day one. The result runs inside your lab, not around it.
Free, no-obligation call. Fixed-price proposal within 48 hours. You own everything we build.