Pioneering the ‘omics era of cell physiology
Fluxion
AI-powered drug decisions from live cell signals
Omics gave us snapshots. But real-time cell behavior was missing. We unlock it.
We call it Physiomics
Physiomics is a new field of biotech focused on capturing dynamic cell activity in real time—through automated electrical recordings and AI analysis.
A missing layer in drug R&D
Unlocks functional, time-based insights no static assay can provide
We welcome alpha- users for our ScorpION© Automated Patch-Clamp QC and Analytics tool.
ScorpION© provides automated QC and basic analytics for ion channel patch-clamp datasets. “We apply a combination of 4 ML models: Elliptical Distance Model, Margin-Based Boundary, Unsupervised Random Forest, and Local Outlier Factor - in developing our 1st iteration of a QC module capable of learning relevant QC parameters from existing and synthetic datasets, and apply those to new data streams” - Ilia Buianov, Chief Data Officer.
Fluxion seeks co-development partners interested in early access to ScorpION©. Please reach out to BD@flxion.ai.
This is our first video demonstration of the ScorpION© early capabilities: it allows for the 384 well sweep visualizations, automated QC and basic ephys parameters calculations. It works with 384 Synchropatch and Qube outputs as well as the manual recordings.
Instead of evaluating a single-parameter assay, we record dynamic cell response
snapshot
• One binary answer: open or closed
• One data point
• Limited resolution
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FROM A snapshot TO A MOVIE
movie
• full dynamic profile:
• Dozens of features per channel
• Rich, multi-dimensional insight
We’re building the next 'omics' layer for drug R&D
We bring AI to bioelectricity
Built by experts in electrophysiology, AI, and drug development
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