Our Science
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We employ a digital-first strategy that blends computational acceleration with in vitro validation through our proprietary tools, offering unique data and insights that inform our formulation rationale.
Aerosol Dynamics Simulations Engines
AquaSol
Aqueous droplet kinetics for drying and inhalation scenarios
Applications:
Nebulisers, SMI, Nasal Sprays, Spray Drying
ProVap
Propellant evaporation and droplet composition evolution
Applications:
pMDIs
PowDisSolve (Beta)
Aerosol dissolution time from material properties.
Applications:
Dry Powder Inhalers
Links formulation, aerosol dynamics, and device outputs to delivered dose.
Physiologically relevant readouts that account for formulation behaviour
Lung Deposition Simulations
Micro-scale characetrisation
By leveraging a digital-first approach, we utilise proprietary tools to combine computational acceleration with in vitro validation, providing unique data and insights that guide our formulation rationale.
Low-volume, high-throughput measurements
Less material usage, richer data
Validate predictions
Measurements in lung-relevant conditions
Link formulation to biological response
Formulation properties, aerosol performance
bioassay readouts
Microsol integrates with existing development steps
