SFT-pKa
Computational prediction of molecular ionisation behaviour and pKa-related properties.
Spacefield Transformation Technologies Ltd
Computational molecular prediction and discovery.
SFT Molecular Platform brings molecular property, ADMET and protein-ligand prediction capabilities into a unified computational workflow for research and molecular discovery.
API online · Version 0.4.4
The platform
One environment for molecular prediction.
The platform combines multiple computational prediction modules behind a common molecular interface, allowing researchers to evaluate complementary molecular properties and biological endpoints within one workflow.
SFT-logP
Prediction of molecular lipophilicity for computational property assessment.
SFT-Solubility
Computational estimation of aqueous solubility-related molecular behaviour.
SFT-BBB
Prediction of blood-brain barrier permeability characteristics.
SFT-ADMET
Integrated computational assessment across supported ADMET endpoints.
SFT-Binding
Computational protein-ligand binding prediction using molecular and protein information.
Workflow
From molecular input to integrated results.
A common service layer provides access to supported prediction endpoints while preserving endpoint-specific scientific outputs.
01
Input
Submit molecular structure information and, where required, protein sequence data.
02
Predict
Run the appropriate SFT computational prediction module.
03
Integrate
Combine supported molecular endpoints through the unified platform interface.
04
Report
Generate structured outputs for downstream research and evaluation.
Developer access
Programmatic access to the platform.
The hosted developmental API provides authenticated access to supported SFT Molecular Platform capabilities.
SFT Molecular API
Service version 0.4.4 · SFT Molecular Platform v2.0.0
Scientific use notice.
SFT Molecular Platform outputs are computational
research predictions. Appropriate independent
experimental validation is required before
conclusions are made for scientific, clinical,
regulatory or development decisions.