Selecting A Test Method For Your Container System

Selecting CCIT requires matching methods like vacuum decay to product traits. Assess liquid conductivity, headspace, and lifecycle risks to build a compliant leak-detection strategy.

When Unexpected Particles Threaten Your Biologic

Particle contamination risks biologic safety. Advanced tools like Raman and SEM-EDS identify root causes fast to support robust, regulator-ready strategies that protect product quality.

Controlling Nitrosamine Risk In Drug Products: Detection, Formation, And Control Strategies

Bioprocess control relies on clear insight into cell health. Automated tracking cuts risk, saves time, boosts yield, and helps scale up fast to ensure smooth, top quality batch production runs daily.

Enhancing AAV Manufacturing Yield Via Mini-Helper Plasmid

Learn how rational plasmid engineering and promoter optimization can significantly improve AAV productivity while reducing plasmid burden, paving the way for more efficient and scalable viral vector manufacturing.

When High-Stakes ADC Decisions Can't Wait for More Material or Better Data

Learn how a material-sparing analytical workflow can generate reliable data, reduce dependence on calibration assays, and support faster, more confident candidate evaluation.

Modular VFlexible Aseptic Filling Lines

Modular suites with built-in contamination control streamline sterile manufacturing—supporting complex products, faster timelines, greater flexibility, less disruption, and scalable fill‑finish.

Breaking the Titer Ceiling: Smarter Media Design for Higher Productivity

A bottom-up, data-driven media design approach shows how targeted nutrient optimization overcomes metabolic limits to boost culture performance and titer while maintaining product quality and process consistency.

Automating cell therapy manufacturing without redesigning established workflow

Automating Cell Therapy Manufacturing Without Redesigning Workflows

Cell therapy manufacturing teams face mounting pressure to automate without disrupting workflows. Learn how incremental automation can preserve process integrity and reduce risk.

Smarter DNA, Healthier Cells

Standardizing cross-functional communication and unifying data architectures streamlines technology transfer, minimizes costly manufacturing deviations, and accelerates therapeutic scale-up.

Creative Chromatography Solutions For Complex Small Molecules

Chromatographic modeling enables smarter purification. Discover how digital tools, fraction mapping, and expert execution can improve yield for the most challenging small-molecule separations.

Solving Formulation Challenges Across Modalities

Optimize drug delivery by leveraging advanced nanoparticle engineering to dramatically increase small-molecule oral drug loading and enable ultra-high-concentration subcutaneous formulations.

Viral Safety Testing In Biologics: Detecting What Current Methods Miss

Biologics face unpredictable risks as complexity grows; evolving testing strategies to broaden detection, address gaps, and strengthen safety confidence without disrupting development or compliance.

Cracking Complexity: Learnings From 70+ Bispecific Antibody Programs

The goal is practical: help development teams make early decisions that balance speed, quality, and risk and support a smoother path to the clinic.

Faster Clones, Simpler Process: What's Changing In CHO Expression?

This presentation examines how enhanced glutamine synthetase selection stringency, combined with a high-strength gene promoter, provides greater control over gene expression and supports CHO cell line development.

How Solid-State Science Solves Your Toughest API Challenges

Difficult small molecules demand more than standard purification strategies. See how combining solid-state expertise with advanced chromatographic modeling improves filtration, purity, and scalability.

Challenges And Opportunities With Novel AAV Capsids

Explore challenges and solutions in developing novel AAV capsids, focusing on manufacturing complexity, analytical testing, and regulatory considerations for advancing gene therapy effectiveness.

Advancing Next Gen Antibodies: From AI Driven CLD To Manufacturing

See how growing ADC complexity is driving the adoption of AI-enabled, data-driven CMC strategies that accelerate development, improve product insight, and strengthen manufacturing readiness.

From Complexity To Confidence: Supporting Tech Transfer With A Prefillable Syringe System

Discover how aligning packaging strategy with technology transfer requirements can accelerate timelines, control costs, and support successful injectable drug product manufacturing.

Quality By Design: The Future Of Automated Pharmaceutical Labeling

Learn how applying Quality by Design principles to automated labeling platforms utilizes robotics to eliminate manual errors and seamlessly adapt to future pharmaceutical packaging formats.

In Vivo CAR-T And Gene Editing: Manufacturing Reality Behind The Promise

Gain practical insights into the manufacturing realities shaping in vivo CAR-T development and learn how leading teams are addressing the challenges of scaling both LNP and viral vector platforms."

How Iteration And Operational Readiness Accelerate Product-To-Patient

See how an iterative, risk‑based approach to Commissioning & Qualification shifts verification earlier, reduces late‑stage pressure, and supports smoother startups through operational readiness.

Understanding The Regulatory Landscape For Ophthalmic Drug Products

Learn how evolving ophthalmic regulations, contamination control strategies, and advanced packaging solutions can help support compliance, product quality, and patient safety.

Strategic Early Material Generation For Accelerated Process Development

Learn how early material generation strategies can accelerate biologics development, streamline process optimization, and enable scalable, production-relevant material supply from the earliest stages of development.

Design Scalable Downstream Processes With Practical Strategies

Downstream purification is becoming more complex as new modalities enter development. Learn how advanced analytics and chromatography strategies can support scalable, confident process development.

From Insights To Impact: Predictive Models And PAT For More Efficient And Robust Biologics Manufacturing

Explore how advanced scale-up methodologies and real-time analytical technologies strengthen both drug substance and drug product manufacturing by enabling process understanding and informed decision-making.

Early Developability Assessment For Antibody Based Therapeutics

Learn how an integrated developability and immunosafety toolbox can help de-risk multi-specific antibody development, improve candidate selection, and accelerate complex biologics toward the clinic.

Enhancing Gene Editing Outcomes And Safety for Clinical Translation

Learn how streamlined vector backbones can improve efficiency, consistency, and expression durability when reliability matters most.

Engineering Precision In Genetic Medicines

Precision genome editing strategies that balance specificity and potency through advanced engineering workflows, AI‑driven optimization, and tailored editor design for clinical genetic medicines.

Using Full DEL Data To Improve Early Compound Decisions

High-throughput screens hold insights beyond individual hits. Examine a broader view of screening data that reveals structure–function patterns to guide smarter compound prioritization.