Newsletter | August 14, 2026

08.14.26 -- On The Ground At BIO 2026: Johanna Kaufmann, Ph.D., On The Oncology Modality Puzzle

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The New Economics of Biologics: Breaking the $50/g Barrier — Now

What do different processing scenarios mean for mAb manufacturing economics? In this new report, cost modeling shows that intensified single-use and continuous processes can reduce costs across demand levels, while stainless-steel facilities become cost-competitive only at higher titers and larger campaign sizes. Read the report to explore the economics of breaking the $50/g barrier.

Strategies To Combat Aggregation, Impurities, And Low Yields

Webinar | Cytiva

Explore how process conditions affect bispecific antibody stability, as well as practical strategies to minimize aggregation.

 

Reducing Particulate-Related Batch Risk In Bioprocessing

Webinar | Thermo Fisher Scientific Bioproduction

Increasing scrutiny around particulate contamination is pushing teams to act earlier. Learn how you can ease challenges across production.

 

A Targeted Molecular Method For Sensitive Viral Detection In Just Days

Video | MilliporeSigma

Discover the motivations, scientific breakthroughs, and collaborative efforts that contributed to the development of this innovative testing solution to help drive safer, animal-free biomanufacturing solutions.

On The Ground At BIO 2026: Johanna Kaufmann, Ph.D., On The Oncology Modality Puzzle

From The Editor | 

At the 2026 BIO International Convention, Bioprocess Online caught up with Johanna Kaufmann, Ph.D., CSO at Deck Bio, a company developing multi-targeted T-cell engagers for solid tumors.

Digital Logbooks Improve Data Integrity And Audit Readiness

Video | Honeywell Life Sciences

Paper-based logging creates delays, errors, and compliance risk. See how digital logbooks improve data integrity, audit readiness, and operational efficiency while making records easier to manage.

How To Successfully Control The Upscaling Of Your LNP Formulation

Webinar | KNAUER

Delve into key strategies for controlling LNP formulation and upscaling, as well as the science behind lipid nanoparticles, critical parameters, and achieving effective turbulent mixing for optimal outcomes.

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