RECENT WEBINARS
Accelerating CHO Media Development: From Screening To AI Design
Discover how high-throughput screening, process analytics, and AI-guided modeling can help identify promising CHO media and feed combinations faster and support a more predictive approach.
Lessons In Building Connected Lab Operations Across Development And GMP
Building connected operations across development and GMP environments removes bottlenecks and ensures data integrity. Explore practical insights to scale and standardize your lab workflows.
Evaluating Modular CAR T Manufacturing Workflows
As CAR T manufacturing scales, balancing throughput, flexibility, and cell quality becomes increasingly complex. Explore strategies for improving process control, reducing bottlenecks, and more.
Scaling Cell And Gene Therapy Manufacturing
Artificial intelligence is reshaping healthcare. Discover proven strategies for secure, compliant AI adoption, strong data governance, and seamless integration to improve patient outcomes.
IND In As Little As 6 Months: Now Beyond mAbs - Accelerating Bispecifics, Fc-Fusions And High-Concentration Biologics To The Clinic
Listen as our experts outline expanded accelerated DNA-to-IND pathways for a broader range of biologic modalities, examining how expression technologies and integrated CMC strategies can shorten development timelines.
How Sodium Hydroxide CIP Affects Column Performance And Resin Lifetime
Sodium hydroxide CIP is essential for column hygiene, but cleaning decisions carry real tradeoffs for resin longevity and long-term chromatography performance.
Annex 1 In Practice: Turning CCS Into Cleanroom Design
Learn how embedding a contamination control strategy into early facility design mitigates risk, protects product quality, and ensures regulatory compliance.
De-Risking The Path To GMP Manufacturing At Another Organization
Successful tech transfer depends on more than moving a process. Early alignment across process readiness, analytical strategy, governance, and decision-making helps reduce execution risk.
Challenges And Opportunities For MSC Expansion Workflows
Discover how optimizing cell culture platforms and closed systems reduces manufacturing costs, improves media efficiency, and supports scalable stem cell production.
Improving Scale-Up Starts With Expression Strategy
Early expression screening and strain-engineering strategies can reveal manufacturing risks and clarify which recombinant protein candidates are worth advancing before major investments are made.
Improving Clinical Translation For ADCs And Immuno-Oncology With Human-Relevant Tumor Models
When preclinical tumor models fail to reflect clinical reality, promising therapies pay the price. This webinar examines how advanced patient-derived organoids and 3D models improve predictive accuracy for ADC and immuno-oncology programs.
A Smarter Microbial Approach To Therapeutic Peptide Manufacturing
See how microbial expression can improve therapeutic peptide yields, reduce costs, and simplify downstream processing while supporting development from research through manufacturing.
Scaling AAV Manufacturing To 1000 L: Strategies For Robust Production
Learn how integrated cell line, media, and process design can support consistent AAV production at larger volumes while maintaining productivity and quality, as well as reducing scale-up risk.
Driving Productivity Across The Antibody Manufacturing Workflow
Learn how integrated upstream and downstream strategies can reduce harvest bottlenecks, improve purification efficiency, and support scalable therapeutic antibody manufacturing.
De-Risking Cell Culture Media Scale-Up For Late-Stage Manufacturing
Explore practical approaches to scaling cell culture media manufacturing, from supply assurance to evolving quality requirements, digital formulation tools, and strategies for controlling costs.
Autonomous Impinging Jet Mixing For LNP Process Development
Discover how impinging jet mixing combined with automation and data-driven optimization offers a more systematic path to identifying process parameters for scalable, reproducible LNP manufacturing.
How To Achieve Stable, High-Output Stickpack Production
Explore practical ways to improve stickpack production through accurate dosing, reliable sealing, automated quality control, and efficient material handling while reducing complexity.
Beyond Breakdowns: Building A Culture Of Proactive Maintenance
Reactive maintenance can drive costly downtime, deviations, and reliability challenges. Learn how proactive maintenance strategies help improve equipment uptime and strengthen compliance.
Building Robust Potency Assays
Robust potency assays depend on reliable biological readouts. Learn how quantitative protein expression analysis can provide sensitive, reproducible measurements of cellular responses.
Overcome Early Development Challenges Before They Impact Your Program
Poor manufacturability and immunogenicity can delay development. Learn how early developability assessments support IND readiness.
How Sponsors Should Evaluate Manufacturing Resilience
Learn how continuity planning, technology transfer capabilities, global network flexibility, and digital visibility contribute to resilient supply chains and help protect programs from disruption.
Enabling The Full Potential Of Process Chromatography
Real-time analytics can provide greater visibility into chromatography performance during scale-up, helping teams monitor purification, maintain critical process parameters and quality attributes.
A CCS Is A Purpose-Built Machine, Not A Black Box: Understand The Workings
Learn how to transform your contamination control strategy into a dynamic operational framework that identifies risks and strengthens facility control.
AI-Readiness In A Regulated World: A Practical Playbook For Life Sciences
Uncover how life science teams build defensible governance, maintain human oversight, and manage regulatory risks when adopting advanced digital tools.
How To Define, Monitor, And Hit Critical Endpoints
Improve UF/DF repeatability by defining clear concentration and diafiltration endpoints, matching them with appropriate measurements, and applying real-time in-line analytics to reduce variability.
Characterizing Process Performance And Robustness In An End-To-End Cryopreserved Autologous CAR-T/TCR Workflow
A systematic evaluation of an end-to-end cryopreserved CAR-T workflow examines how critical process parameters and unit operation interdependencies affect manufacturing consistency and robustness.
Driving Measurable Productivity Gains In CHO Cell Culture
Explore how targeted media supplementation can improve CHO cell culture outcomes, simplify process optimization, and increase productivity across monoclonal antibodies and emerging modalities.
Take The Turbulence Out Of Your Transfections
Run-to-run AAV titer variability can jeopardize production. Controlling incubation timing, DNA input, and media conditions improves yield and batch consistency.
The Future Of Cell Culture Media Development
Predictive modeling and AI are helping reshape cell culture media. Learn how these approaches can focus experimental efforts, accelerate learning, and support more efficient development decisions.
From Data To Decisions: AI And Multi-Omics For Cell Culture Development
See how combining multi-omics data, AI-enabled analytics, and expertise can reveal the biological drivers of process performance, helping biologics developers identify optimization opportunities.