FDB (First Databank Inc), a provider of workflow-integrated drug knowledge for healthcare professionals, announced on Thursday the launch of its new gravimetric module, designed to help pharmacies improve the safety, accuracy, and efficiency of sterile compounding workflows for high-risk, high-cost medications.
The FDB Gravimetric Drug Density Module is a new clinical module contained within FDB MedKnowledge, the healthcare industry's most widely integrated drug database used by clinicians to make better medication decisions at the point of care. FDB MedKnowledge combines descriptive drug information, unique identifiers, and pricing data with an extensive array of clinical decision support modules to help pharmacists, physicians, nurses and other medical professionals avoid medication errors, prevent adverse drug events, reduce drug-related expenses, and improve the quality of patient care.
FDB's new Gravimetric Drug Density Module delivers normalised drug density data at the National Drug Code (NDC) level to support gravimetric verification during infusion medication preparation. By enabling clinical systems to calculate expected weights for compounded preparations and compare them against measured values, the module provides an additional layer of validation beyond traditional visual and volumetric checks. This capability is especially critical for high-risk, high-cost oncology therapies where minor deviations in dose can have significant clinical consequences.
Curasight reports encouraging preliminary Phase 1 data for uTREAT in glioblastoma
OriCell's GPC3 CAR-T Phase II hepatocellular carcinoma trial receives Chinese regulatory clearance
Owkin to build AI agents as part of K Pro collaboration with Sanofi
Lupin and Natco secure US FDA approval for generic Eribulin Mesylate Injection
Evogene completes Phase 1 study of BMC128 in combination with Nivolumab
Creatv Bio partners with Neovia Oncology to study multiple drug resistance in solid tumours
FDA accepts Genentech's giredestrant application for early-stage breast cancer