07.24.25 -- Lilly's Calculated Approach To Upgrade Trade-Offs

How can biopharma reduce its environmental footprint? Discover a refurbishment model that transforms single-use components into a multi-use system, significantly cutting down on disposable plastic waste.

There are three major options when building a pharmaceutical grade cleanroom on your existing site — stick built, modular, or podular. Here, modular installation and stick built construction are compared.

Determining the best single-use systems to implement in a given manufacturing operation requires a thorough understanding of both the process specifications and the capabilities of the component.

In the evolving world of biopharmaceutical manufacturing, explore how single-use filtration remains a vital yet overlooked process essential to ensuring product purity and patient safety.

Pharma 4.0 and RNA therapeutics are transforming drug manufacturing. Discover how digital tools, real-time monitoring, and scalable platforms are enhancing quality and efficiency in this evolving landscape.

The life sciences industry is rapidly evolving through digital transformation and agility. Discover why embracing modern technologies is essential to thrive in today’s competitive landscape.

Integrating AI and having a robust IT infrastructure is crucial for modernizing your processes. Discover how digital twins and mechanistic modeling enhance efficiency and reduce costs in biomanufacturing.

The convergence of data-driven insights and environmentally responsible operations is redefining the future of therapeutic development, marking a pivotal moment for the industry's evolution.

The global electronic laboratory notebook (ELN) market is growing, however, ELNs must form part of a more comprehensive data strategy and ecosystem or they can impede progress.

The use of AI and machine learning tools can begin the process of moving from predictive, human-driven inventory management and manufacturing processes to genuine, data-driven decision making

Embrace the future of drug development by leveraging AI and innovative protein synthesis technologies to accelerate the creation of effective therapies and transform patient outcomes.

Read about the key findings of a new wearable injector clinical trial, including its positive impact on patient experience and the broader benefits of wearable injectors for chronic disease management.

Explore how the advantages of modular automation in life sciences emphasize flexibility, efficiency, and cost savings through plug-and-produce systems that enhance production adaptability and speed.

Life science organizations are shifting to data-driven oversight. Discover how remote monitoring technologies are revolutionizing operational efficiency and innovation.

Validation in GxP environments is often the bottleneck in digital transformation—manual, repetitive, and complex. One company's Intelligent Agents are transforming that process.

Discover how AI is revolutionizing Pharma 5.0 with Daniel Tobin as he reveals practical strategies to enhance quality assurance, ensure compliance, and accelerate innovation in life sciences.

Learn how a leading CDMO was able to create a data model for its bioreactors, resulting in easily contextualized data, time savings in manual tasks, and the ability to share insights in real time.