Can a biotech create a CDMO market? GeoVax, an infectious disease/oncology biotech, may have just done so. David Dodd, CEO, believes we should all concentrate more on whether the outsourcing model can align with evolving technology platforms. Both sponsors and CDMOs may need to change things up.
- April 2026 — CDMO Opportunities And Threats Report
- Why Your MES RFP Is Failing Before It Starts
- Here's How FDA's Accelerated Approval Pathway Has Evolved Since '24
- Why Dilution Gets Tricky: The Role Of Measurement Variability
- Gaining An Edge In GLP-1 Production
- Inside March Biosciences' CD5-Targeting CAR-T Approach
- Causal Mechanism And Effect Analysis (CMEA): FMEA's Simpler, Effective Alternative
EDITOR'S DESK
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What If The U.S. Government Stopped Funding Biotech?
It sets off a real tension – ideological, economic, even personal. But what would happen if the U.S. government cut direct financial support for “biotechnology research,” leaving it entirely to investors, private and public markets, and bigger pharma? "Our industry’s mind-meld says with no government largesse our biotech industry collapses," writes Chief Editor Louis Garguilo. It's an "outlandish hypothetical," but he asks for a few minutes to go through this. And he has help in making his case.
“I assist C-suite executives to transfer quality from a painful cost center to a competitive asset." It's the type of bold statement that draws one's attention. Chief Editor Louis Garguilo asked David Grote on what his assertion means materially – and how that’s applied to working with CDMOs. Here's their discussion that focuses on a transformation that moves executives from regarding quality as ‘overhead’ to recognizing quality as “an operational element for business advantage.”
For biotechs meeting with current and potential investors, says Edward Ahn, CEO, Medipost Inc., “it should be about demonstrating your business continuity more than anything else.” Investors know, he says, “any supply chain may be fragile.” Indeed, Ahn’s organization has put in place an intriguing business model to address such concerns. It includes owning part of a CDMO.
Stephanie Wimberly graduated from Howard University in 2012 with a degree in biology. What was next? An online search turned up an intriguing area – pharmaceutical manufacturing. “It was manufacturing,” she thought, “but I could still help patients." It was a fortuitous start. This young female professional with a penchant for helping others started a manufacturing career that has wound through GSK, and leadership roles at Shire/Takeda. Now as a manufacturing consultant, here is her advice for manufacturing outsourcing, and careers.
AbbVie's head of biologics purification development and digitization teams, Moiz Diwan, Ph.D., and independent technology consultant Kat Kozyrytska share their thoughts on AI and smart technology adoption in this recap of the Bioprocess Online Live event, “How Digital Tools Are Accelerating Biopharma Development.”
GUEST COLUMNISTS
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Why Your MES RFP Is Failing Before It Starts
Many manufacturing execution system requests for proposals fail. Not because vendors cannot deliver or the tech is immature, but because the requirements are written backward.
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Here's How FDA's Accelerated Approval Pathway Has Evolved Since '24
FDA's accelerated approval guidance kicked off a rebalancing of new drug approval pathways. Since its 2024 release, the agency has been building on it in a few key areas.
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Why Dilution Gets Tricky: The Role Of Measurement Variability
Dilution's effects on downstream processes and final formulation is often understated. A statistical framework can quantify measurement uncertainty's impacts.
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Gaining An Edge In GLP-1 Production
The shortage-driven production of GLP-1 drugs of the past few years is giving way to a long-term operation model characterized by digital enablement and supply chain resilience.
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Inside March Biosciences' CD5-Targeting CAR-T Approach
Fratricide is one of the key reasons T-cell therapies targeting T-cell malignancies have faltered. March's approach aims to solve that with its MB-105 candidate.
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Causal Mechanism And Effect Analysis (CMEA): FMEA's Simpler, Effective Alternative
This article describes causal mechanism and effect analysis (CMEA) as an alternative to failure mode and effect analysis (FMEA) for analyzing and managing the industry’s risks.
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The Stepwise Path Lilly Mapped From Paper To Digital Logbooks
Eli Lilly and Company started at the front lines, on the shop floor gathering operator input, when switching from paper to digital logbooks.
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Minimizing Regulatory Risk For Biologics Manufacturing Changes
Any manufacturing process change for a biologic can raise comparability questions. Here’s a practical, action-oriented strategy to ensure health authorities are satisfied.
BIOPROCESSING WHITE PAPERS
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The Importance Of Quality In Raw Material Selection
Learn how to select high-quality raw materials for cell-based manufacturing in this exploration of the criticality of raw materials, from preclinical development to commercialization.
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The Impact Of Annex 1 (2022) On Sterility Assurance4/24/2025
Airflow visualization studies, crucial for GMP compliance, validate unidirectional airflow effectiveness in contamination control. Discover their enhanced role in quality by design and revised Annex 1 guidelines.
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Achieving Rapid, High-Titer Expression For Next-Generation Biologics3/5/2025
This advanced cell line development technology overcomes production challenges related to the expression and scalability of complex biologics.
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Collaborative Variability Reduction In Cell Culture Media2/13/2026
Variability reduction programs improve biomanufacturing by controlling raw‑material complexity, optimizing critical attributes, and boosting productivity through data‑driven partnerships.
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Learn, Confirm, Then Scale: A Leader's Guide To Transforming QC1/21/2026
Legacy lab systems hinder innovation and scalability. Explore a proven approach to modernize QC through cloud-based LIMS, starting with small pilots that validate strategy and reduce risk.
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Biomanufacturing Readiness: A Validation Model For Multiproduct Facilities6/12/2025
Optimize your validation strategy to meet evolving regulatory demands and product complexities with a scalable, efficient framework that accelerates facility readiness and ensures consistent quality.
BIOPROCESSING APP NOTES & CASE STUDIES
- Simplified LV And AAV Clarification With TFDF-Based Intensified Virus Production
- Denaturing SEC-MS Analysis Of High Molecular Weight Impurities
- Automated Cell Washing And Formulation In CAR T Cell Therapy Manufacturing
- Characterization And Impurity Profiling Of Combined Amylin And GLP-1 Analogs
- Quality Control In IVT RNA Workflow
- On The Ground At NextGen Biomed 2026
- Integrate Upstream/Downstream To Reduce Development Risks And Costs
- Taking The First Steps Towards Digitalizing Biopharma Development
- Bioprocess Online's 2025 Editorial Reflections
- FDA Releases Draft Guidance To Accelerate Biosimilar Development
- Supporting The Next Generation Of ADCs
- AbbVie And Amgen's Blueprint To Digitalize Biomanufacturing
BIOPROCESS ONLINE CONTENT COLLECTIONS
This collection of articles digs into the industry’s growing focus on knowledge management as an indispensable facet of biomanufacturing and pharmaceutical development, exploring how it plays into risk management, quality, vendor relationships, and supply chain resilience.
More Content CollectionsFEATURED PRODUCTS AND SERVICES
ON-DEMAND WEBINARS
- Optimizing Outcomes In ADC Manufacturing
- Beyond One-Size-Fits-All: Connecting Systems Without Compromising Compliance
- Design Scalable Downstream Processes With Practical Strategies
- From Insights To Impact: Predictive Models And PAT For More Efficient And Robust Biologics Manufacturing
- The Confidence To Go Faster: A Playbook For Digital Lab Operations
INDUSTRY NEWS
NEWSLETTER ARCHIVE
- 05.13.26 -- How MTP Is Transforming Pharma Production Lines
- 05.13.26 -- Expanding The IV → SC Framework: What Reformulation Really Means
- 05.12.26 -- West Vantage: End-to-End Combination Product Solutions
- 05.12.26 -- FDA's First cGMP Enforcement Action On AI Misuse In Drug Manufacturing
- 05.11.26 -- Building Better Bioprocesses: Risk Reduction, Flexible Scaling, and Smarter Design