Flux-Level Understanding and Exploration Suite.
FLUX extends the Meteor platform with dynamic flux modeling, time-resolved pathway simulation, and predictive transducer validation. Currently in active development.
What FLUX will enable.
Designed to complement FORCE by adding dynamic and predictive modeling to Meteor's analytical stack.
Dynamic Flux Modeling
Time-resolved metabolic flux simulations using constraint-based modeling with kinetic parameter estimation.
Temporal Pathway Analysis
Track pathway activity changes over time to identify metabolic switching events and compensatory responses.
Pathway Branching Prediction
Predict metabolic branch points and shunting behavior under perturbation conditions.
Flux Balance Integration
Integrate flux balance analysis with stoichiometric models for genome-scale metabolic network reconstruction.
In Silico Perturbation
Simulate transducer interventions to predict downstream metabolic effects before wet-lab validation.
Comparative Flux Maps
Overlay flux maps across conditions to visualize metabolic rewiring at the whole-network level.
Core flux modeling engine and stoichiometric network import
Temporal pathway analysis and time-series integration
In silico perturbation and predictive transducer validation
Full FORCE-FLUX integration and comparative flux overlays
Get early access to FLUX.
Join our development partner program for preview access and collaborative input on features.