Capability
In Vitro Characterization
Rigorous physicochemical profiling that establishes the empirical baseline every predictive model depends on.
Foundational physical data, measured carefully
Predictive models are only as trustworthy as the measurements beneath them. We characterize the foundational physical properties and solution behaviors of a developmental compound under controlled, reproducible conditions — producing the clean empirical baseline required to move a model from theoretical abstraction to quantitative prediction.
Every measurement is run with documented conditions, appropriate replication, and explicit uncertainty, so the resulting dataset is defensible and ready to calibrate against.
What we measure
- Solubility (kinetic & thermodynamic)
- Physical & chemical stability
- Solution behavior & aggregation
- Partitioning (logP / logD)
- Ionization (pKa)
- Concentration & purity verification
What you receive
- Structured characterization datasets
- Documented, reproducible protocols
- Explicit uncertainty estimates
- A baseline ready for model calibration
How we work
We treat reproducibility as a first-class deliverable. Conditions are fixed and recorded, runs are replicated, and results are captured directly into versioned datasets — so the same experiment yields the same answer, and every number can be traced back to how it was made.
Have a compound to characterize?
Tell us what you're working on and what you need to measure.
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