Featured Articles

BIORESORBABLE POLYMERIC MATRICES - Convergence of Materials Science & Drug Development to Treat Challenging ENT Diseases

Maria Palasis, PhD, and Robert Kern, MD, review how The XTreo platform represents a unique and powerful convergence of materials science, drug development, and formulation chemistry, enabling the local delivery of medication to anatomical spaces not accessible by conventional therapeutic approaches.

CLINICAL TRIALS SOLUTIONS - Cracking Down on the Rising Costs of Drug Development: How Pinpointing the Complexity of Individual Patients Can Improve Success Rates

Dominique Demolle, PhD, and Erica Smith, PhD, say taking a more holistic, patient-centric approach by considering patients’ individual psychology, perceptions, and beliefs provides drug developers the opportunity to quantify these interpersonal differences between patients and address this source of variability in data analysis and interpretation.

FREEZE-DRYING MICROSCOPY - Unravelling the Complexities of Freeze-Drying Pharmaceuticals With Advanced Microscopy Techniques

Paul Matejtschuk, PhD, Prof Yvonne Perrie, and Robert Gurney, PhD, say FDM is being used to analyze the most challenging formulations that require sophisticated stabilization methods. By altering and adapting the three main freeze-drying stages to specific formulations, researchers are providing the tools needed for the pharma industry to improve its drug development processes and maintain drug stability when scaling up to production.

PLATFORM TECHNOLOGY - Predictive Medicine, Biomarkers & the Multiple Unmet Needs in Acute Respiratory Distress Syndrome

Joe G.N. Garcia, MD, and Stan Miele believe the unmet need in ARDS is to identify reliable, validated ARDS biomarkers that minimize ARDS heterogeneity and allow for stratification of subject selection for enrollment in clinical trials of tailored therapies. Combined with a more streamlined drug-approval process, biomarker- and genotype-based treatment of specific ARDS endotypes has never been as within reach as it is today.