SPECIAL FEATURE - Bioavailability & Solubility: Experimental Techniques Combined With Computational Decision-Making Rapidly ID the Most Viable Enhancement Pathway

Contributor Cindy H. Dubin highlights other ways formulators are relying on automation, such as Artificial Intelligence and Machine Learning, and how these tools are being combined with experimental confirmation to identify the most promising development strategies.

BIOAVAILABILITY & SOLUBILITY - Formulation Strategies for Tackling Poor Oral Bioavailability

Richard Johnson, PhD, says better characterization of NCEs in the early stages of development and identifying solubility issues early offers the opportunity to address poor bioavailability using formulation techniques that deliver enhanced drug exposure – reducing risk, conserving resources, and increasing the chances of clinical success.

SPECIAL FEATURE - Artificial Intelligence in Drug Discovery, Development & Delivery

Contributor Cindy H. Dubin speaks with leading drug makers, device manufacturers, and contract organizations who dispel the myths around AI and Machine Learning in the pharma industry and share how they are using AI to streamline clinical trials, automate lab tests, optimize resource allocation, enhance development timelines, and improve patient-friendly dosage forms.

CONTROLLED RELEASE - Challenges in Consistent & Predictable Delivery of Drugs Using Oral Controlled Release Technologies

True Rogers, RPh, PhD, Matthias Knarr, PhD, and Mark Dreibelbis, PhD, say excipient selection is a key consideration within the QbD framework, particularly for CR technologies. Excipients must be chosen carefully to ensure they deliver the needed processability, quality, stability, and performance during and following the manufacture of dosage forms.