Are you ready? FDA has begun to implement the use of artificial intelligence in its operations, particularly during inspection activities.
- AI Has Arrived In Biotech CMC Amid Patchwork Governance
- Avoiding Common Pitfalls In CDMO–Sponsor Relationships Through Integrated Execution Models
- The Future Of Continuous Is Integrated Manufacturing: The 4 Misconceptions About A Lean Process
- CDMO Selection: Start With The Relationship, Not The RFP
- Why FAT Should Confirm Alignment, Not Reveal Its Absence
- What Reliance, Annex 1, And AI Mean For The Future Of GMP
- Applying Contamination Control By Design: A Practical Guide For CDMOs
GUEST COLUMNISTS
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AI Has Arrived In Biotech CMC Amid Patchwork Governance
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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Avoiding Common Pitfalls In CDMO–Sponsor Relationships Through Integrated Execution Models
Let's delve into the key pitfalls to avoid when working with a CDMO and the integrated execution model that solves or mitigates these pitfalls before they occur.
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The Future Of Continuous Is Integrated Manufacturing: The 4 Misconceptions About A Lean Process
Pharmaceutical continuous manufacturing is an enabler of better manufacturing, but only when implemented with intention.
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CDMO Selection: Start With The Relationship, Not The RFP
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
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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What Reliance, Annex 1, And AI Mean For The Future Of GMP
EMA’s Brendan Cuddy explains how regulators are adapting oversight to global supply chains, new technologies, and growing operational complexity.
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Applying Contamination Control By Design: A Practical Guide For CDMOs
This article addresses the three contamination control challenges that are specific to the CDMO environment, provides five practical steps any organization can act on now, and more.
BIOSIMILAR WHITE PAPERS
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Why Choose Robotic Processing For Small Batch Aseptic Filling
Reducing human intervention in aseptic filling is critical for safety and cost efficiency. Learn why automation is essential for small-batch applications and how it’s transforming sterile drug manufacturing.
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Life Cycle Assessment Of Extended Use Strategies For Single-Use Assemblies4/17/2026
Examine how extending the use of single‑use assemblies can significantly reduce emissions, resource consumption, and waste in bioprocessing, offering a data‑backed path toward sustainability.
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Revolutionizing Drug Discovery From "Undruggables" To AI6/10/2024
Explore four current trends in drug discovery, how each trend addresses some of the most crucial challenges in drug discovery, and the obstacles to their widespread adoption.
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Optimizing Safety Measures For rAAV Therapies10/11/2024
Explore common process-related impurities found in recombinant Adeno-Associated Virus (rAAV) vectors and the analytical testing methods used for these residuals.
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Solve ATMP Aseptic Filling Challenges With Gloveless Isolators1/9/2026
Human intervention is the top contamination risk in ATMP manufacturing. Robotic gloveless isolators address that risk through full automation and real-time monitoring during aseptic filling.
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Biopharma Supply, Reimagined: Regional, Resilient Manufacturing4/1/2026
Persistent disruption is redefining biopharma supply chains. Explore how regional manufacturing, integrated risk management, and closer collaboration help build resilience and improve agility.
BIOSIMILAR APP NOTES & CASE STUDIES
- Non Animal Origin Squalene For High-Risk Applications
- mRNA Manufacturing With Fed-Batch In Vitro Transcription
- Protect Your Columns And Your Peaks
- Improving Bioprocess Monitoring And Control With Multivariate Data Analysis
- Evaluation Of Extractables And Physical Compatibility Of The Mobius® ADC Reactor Single-Use Components For ADC Manufacturing
BIOSIMILAR DEVELOPMENT CONTENT COLLECTIONS
The debate over whether the biosimilar regulatory paradigm can shift away from comparative efficacy trials has intensified over the past few years. This collection of articles serves as a snapshot of the many different components of this ongoing discussion.
More Content CollectionsBIOSIMILAR DEVELOPMENT NEWS
- PBIRx Hosts Webinar: Biosimilars - The New Savings Frontier For Prescription Drug Benefits
- Lupin Receives Approval From U.S. FDA For Ranluspec™ (ranibizumab) Injection
- Teva Expands European Biosimilars Portfolio With Launch Of AHZANTIVE® (aflibercept) Biosimilar To Eylea®
- Chime Biologics And Daewoong Pharmaceutical Enter Strategic Partnership To Advance Dupilumab Biosimilar Development And Commercialization In Global Markets
- USP Publishes Product-Specific Emerging Biologics Standards For Public Comment
- Henlius' Pertuzumab Approved In China, Solidifying Breast Cancer Strategy As The First China-US-EU Approved Chinese Trastuzumab-Pertuzumab Combination
- Boan Biotech Submits A Biologics License Application For Two Denosumab Biosimilars In The U.S.
- Samsung Bioepis Launches OPUVIZ (Aflibercept) 40 mg/mL Vial Across Europe, To Treat Ophthalmic Conditions
NEWSLETTER ARCHIVE
- 06.04.26 -- Are Biotechs Wasting Time On The Wrong CDMO?
- 05.21.26 -- Minimizing Regulatory Risk For Biologics Manufacturing Changes
- 05.14.26 -- Do Changes Signal The End Of Biosimilar Regulatory Redundancy?
- 05.07.26 -- The Business Case For Continuous Manufacturing In Biologics
- 04.30.26 -- Quantifying Single-Use Waste Produced During mAb Manufacture