01.05.24 -- 4 Strategies To Formulate Poorly Soluble APIs

Physiologically based pharmacokinetic (PBPK) modeling advancements are helping drug sponsors mitigate risk in preclinical and clinical studies through early identification of poor absorption properties.

There are many factors to consider when tasked with acquiring the equipment needed to run a pharma facility. Being aware of every up-front cost is a must when determining optimal equipment ownership.

Cleanroom systems are purposely designed to simplify implementation of the aseptic manufacturing space that the industry needs to meet future sterile injectable capacity demand.

Learn about a systematic approach to determining the best disinfectant solution for your facility, including tool selection and variables that impact disinfection of surfaces.

A TheraPEA polymer-based injectable formulation designed to deliver the same dose of triamcinolone acetonide (TAA) as in Zilretta has shown promising results in a series of preclinical studies.

Here, we address several OHS, regulatory, and process requirements imperative to the delivery of critical containment systems.

A key challenge to sensitive biotechnological or biologic drugs, especially proteins, is the potential presence of tungsten and tungsten oxides from the syringe forming process.

Discover a single high-performance liquid chromatography (HPLC) method for the analysis of assays and organic impurities of naphazoline hydrochloride and pheniramine maleate APIs.

The wide-ranging polarities spanning across all 20 amino acids can make analysis challenging. Learn about an LC-MS/MS method that achieves this, without derivatization, utilizing a carbon LC column.

Improve traceability and prevent product falsification with the right compact system for your thermoforming line that ensures comprehensive quality control.

Hear from a senior GMP scientist about environmental monitoring and contamination control for aseptic pharmaceutical manufacturers, along with the impact of effective cleanroom monitoring.

Explore the latest trends in cell culture technology, tools and enablers for scale-up, strategies to accelerate cell line development, media development, raw material characterization, and more.