Industry Insights
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A Comparison Of 6 Analytical Validation Guidelines Using Data Envelopment Analysis
6/5/2026
This is the first published application of data envelopment analysis to six major pharmaceutical analytical validation guidelines, including ICH Q2(R2), USP, ChP, and Brazil's ANVISA.
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Inside AstraZeneca's Fully Electrified Cell Therapy Facility
6/5/2026
The company won an ISPE FOYA for its Rockville, Maryland, manufacturing site that boasts 100% uptime and flexible capacity to produce thousands of batches annually.
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AI Has Arrived In Biotech CMC Amid Patchwork Governance
6/3/2026
AI is surfacing within regulatory and CMC workflows at a vigorous pace. Unfortunately, in small and midsize biotechs, it's happening faster than governance can keep up.
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Driving Gene Therapy Beyond Rare Disease Will Define The Next Era Of CGT
6/2/2026
Gene therapy’s next test is not proving it works, but proving it can scale.
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CDMO Selection: Start With The Relationship, Not The RFP
6/1/2026
Friction often comes from unspoken expectations. Before production begins, treat the combined sponsor-CDMO group as one extended team and intentionally make “how we work together” visible.
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Why FAT Should Confirm Alignment, Not Reveal Its Absence
6/1/2026
In many aseptic fill/finish projects, the factory acceptance test (FAT) has become the first true integration test of the entire project. That is a problem. Here's how to flip that mindset.
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Managing Supply Disruptions In ATIMP Clinical Trials
6/1/2026
ATIMP trials leave little room for error. Learn how teams use contingency planning, real-time data, and AI to prevent supply disruptions.
- Why Cell And Gene Therapy Has Not Reached More Patients — And Why Clinical Operations Is The Bridge 5/29/2026
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What Reliance, Annex 1, And AI Mean For The Future Of GMP
5/29/2026
EMA’s Brendan Cuddy explains how regulators are adapting oversight to global supply chains, new technologies, and growing operational complexity.
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Advancing Autologous Stem Cell Engineering For Diabetes And Vision Loss
5/28/2026
Advances in autologous stem cell and biomaterial engineering are transforming the future of regenerative medicine by enabling scalable, patient-derived therapies.