Use cases

Your research question changes. The workflow doesn't.

Five qPCR workflow types. One platform. Every workflow built to MIQE standards by the scientists who wrote them — from design to publication-ready results.

MIQE co-authors on the founding team
geNorm built in — no separate tool
Free to start, no credit card

Every workflow built on peer-reviewed methods — the same team that co-authored MIQE, created geNorm, and built qbase+.

Most qPCR labs use three or more disconnected tools to get from raw Cq values to a reportable result — a spreadsheet for normalization, a separate tool for geNorm, and another for figures. Clarida consolidates five qPCR experiment types into one MIQE-compliant workflow: gene expression analysis, reference gene validation, quality control, biomarker validation, and copy number variation. Each follows the same five-stage DEAR process, adapted to the specific statistical requirements of that experiment type.

Expression & profiling

Most qPCR labs spend more time normalizing data across tools than interpreting it — gene expression and biomarker workflows in Clarida run efficiency-corrected ΔΔCq, geNorm reference gene validation, and MIQE-compliant reporting in a single pipeline.

Validation & QC

A single unstable reference gene or undetected batch effect can invalidate months of RT-qPCR data — Clarida enforces validation checks at every step so quality issues surface before they reach publication.

Specialized

Copy number variation and other specialized qPCR analyses require ratio statistics and confidence intervals that expression-analysis spreadsheets were never designed to handle — Clarida provides purpose-built workflows for each.

5 more workflows in development

Tell us which one matters most to your lab.

Expression & profiling

Treatment response

Validation & QC

Method comparisonCell line verification

Specialized

Splice variant detectionPathogen quantification

Your next experiment starts here.

Free to start. No credit card. Export your data anytime.