03.20.26 -- SUS Interchangeability Assessment And Qualification Best Practices

Redesigning chemical processes with green chemistry principles can cut emissions, reduce waste, and improve efficiency. See how smarter synthesis and digital tools enable sustainable API manufacturing.

Master the complexities of modern sterility assurance. Explore expert guidance on risk-based planning and automated integration to ensure your new filling line meets the highest standards.

New materials, smart automation, and in-press quality control are optimizing tablet compression. These five key innovations are driving efficiency and consistency in solid dose manufacturing today.

Agentic AI delivers real value only when supported by contextualized data. Discover how unified data fabrics transform siloed records into actionable intelligence, enabling faster, more reliable decisions.

Examine how Isothermal Titration Calorimetry empowers drug discovery, as well as learn about ITC fundamentals, how to eliminate weak candidates, and how to optimize development decisions.

Learn the key to maintaining and enhancing existing and new partnerships, as well as how outsourcing one crucial aspect of bringing products to market can benefit overall supply chain optimization.

As demand for capabilities and resources grows throughout a project, both become strained in-house and the scale-up process becomes a steeper hill to climb.

Gain insights into how expert teams and the right tools help build resilience into manufacturing systems and tackle small, often-overlooked issues before they become costly problems.

Read more about an ex vivo cultured human skin explant model in which pathological tissue integrity, barrier function, and metabolic stability have been characterized over time.

A strategic approach accelerates oral solid dose development by uniting molecular analysis, solubility improvement, formulation design, manufacturing efficiency, and stability testing to reach Phase 1 faster.

Find out how light scattering reveals the structural integrity, aggregation, and stability of GLP-1 analogs to advance drug formulation and enhance treatment efficacy for type 2 diabetes and obesity.

Review the critical factors that define a reliable container closure integrity method, as well as what truly distinguishes robust, reproducible testing in today’s demanding parenteral landscape.