This data package provides information on inactive ingredients present in FDA-approved drug products as well as dissol..
~$5,000/yr est.
Quarterly
1
1
Freshness
Recently enriched
Complete
75%
API
API Available
Offering: A comprehensive suite of NLP-based clinical entity recognition models and structured healthcare datasets for pharmacovigilance, clinical research, and population health analytics.
Best for: Healthcare data scientists and clinical researchers building automated pipelines for medical record de-identification and drug safety monitoring.
Get an instant price estimate based on your organization profile — seats, usage rights, and contract term.Estimated ~$5,000/yr est.
Request a sample directly from John Snow Labs.
Gaussian Process with dissolution spline kernel
We assess the model's performance through simulations and real datasets, demonstrating its improvement over a previous GP-based model introduced ...
Predicting the dissolution of tablets based on Raman maps ...
The authors of the article [5] present two methods for estimating the dissolution curve, which they refer to as discretisation (DI) and wavelet analysis. (WA) ...
DeepSeek Powered Solid Dosage Formulation Design and ...
by L Lin · 2025 · Cited by 2 — In this study, DeepSeek 671b is employed for drug dissolution profile design using structured prompt engineering to predict drug release versus time curves ...
Expected fields and columns in this data product
Drug Dissolution Methods is an alternative data product offered by John Snow Labs, available on databricks_marketplace. Data is updated quarterly. API access is available for programmatic integration. Vedex estimates pricing at roughly $5,000/yr (an estimate, not a vendor-published price).
This data package provides information on inactive ingredients present in FDA-approved drug products as well as dissol..
John Snow Labs is a data provider vendor based in Wilmington, Delaware, USA. The model is a powerful tool for extracting SDoH entities from clinical text. It was specifically trained to identify the conditions in which people are born, grow, live, work, and age that impacts th...