Capture
The measurement design defines target, matrix, controls, and event capture logic.
Direct Molecular Counting
An assay framework for turning single-molecule events into interpretable measurements with calibration, quality control, and traceable review.

Overview
Direct Molecular Counting is framed as a measurement workflow that converts individual events into calibrated, quality-aware outputs while preserving the path from signal to report.
Measurement dimensions
The measurement design defines target, matrix, controls, and event capture logic.
Individual events are classified with explicit thresholds and review rules.
Corrections and calibration connect raw events to interpretable quantities.
Quality-control results and limitations travel with the measurement.
Workflow
Each transition creates a review point for evidence, assumptions, ownership, and next-step decisions.
Program fit
Public examples describe where a conversation may begin. Final scope, evidence requirements, availability, and access are confirmed through review.
Programs where low-abundance events require careful quality interpretation.
Research workflows centered on discrete molecular observations.
Reference and comparison studies for measurement-system development.
Public evidence framework
Collaboration
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