Standardise records
Capture structures and associated identifiers in a consistent workflow that supports individual and bulk loading.
Create consistent compound records, search structures correctly and keep every molecule connected to its reactions, targets and assay results.
Registration is where scientific data quality begins. Adroit gives teams a searchable system of record without isolating chemistry from the biological evidence around it.
Capture structures and associated identifiers in a consistent workflow that supports individual and bulk loading.
Use exact, substructure and similarity searches with options for strict or flexible stereochemistry matching.
Move from a registered compound to linked synthesis reactions, targets and assay results without spreadsheet reconciliation.
| Requirement | Adroit approach |
|---|---|
| Existing compound files | Bulk-load common chemistry formats and preserve source information during migration. |
| Very large libraries | RDKit cartridge indexing and server-side pagination are designed for collections above 10 million molecules. |
| Sensitive intellectual property | Deploy on premises, in the cloud or as a hybrid environment. |
| Biology and assay context | Connect registered compounds to protein targets and assay results through the shared schema. |
It can be evaluated as a replacement or as part of a staged migration. The appropriate approach depends on identifiers, duplicate rules, chemistry conventions and integrations in the existing environment.
Yes. RXN and RDF reaction records can be stored and linked to molecules in the same data platform.
Yes. On-premises and air-gapped deployment are supported for organisations that need compound intellectual property to remain within their own infrastructure.
A useful demonstration should use representative structures, stereochemistry and the searches your scientists perform.
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