Improving biologics process development, control, and comparability with Multiplexing Optical Methods
Explore how Multiplexing Optical Methods (MOM™) and Prometheus Panta C help drive Quality by Design (QbD) through process control, comparability studies, and lifecycle management in biologics.
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How to identify critical quality attributes and define design space in biologics using Multiplexing Optical Methods
A data-driven approach to Quality by Design (QbD): Learn how to identify CQAs and define design space in biologics development using Multiplexing Optical Methods (MOM™) and Prometheus Panta.
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Guide: Prometheus Panta Parameters Explained
This guide provides an overview of the key analytical parameters obtained with Prometheus Panta, their definitions and practical relevance for protein characterization and drug development.
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Powering Precision: How Automated Analytical Devices are Driving Smarter Biomanufacturing
Learn about Prometheus Panta C: A next-generation stability characterization platform that's helping biomanufacturers bring automation into the analytical core of their development and process control
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Unfolding insights: How nanoDSF is reshaping biotherapeutics development at Johnson & Johnson Innovative Medicine
Dr. Marius Müller of Johnson & Johnson Innovative Medicine shares insights from questions about the use of nanoDSF™ technology for ID-testing and at several late stages of biotherapeutics development.
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NanoTemper Announces Prometheus Panta C: Powering Biopharma Breakthroughs from Preclinical to Commercial Manufacturing
NanoTemper Technologies announces the launch of Prometheus Panta C, a solution designed to meet the evolving needs of biopharmaceutical development—from preclinical phase to commercial manufacturing.
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3 trends shaping the future of Biomanufacturing
Expert Marius Müller, PhD, Team Lead at Johnson & Johnson Innovative Medicine, shares insights into three significant trends that have potential to reshape the biopharma and biomanufacturing industry
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Pushing Boundaries in Biophysics and Biomanufacturing
Marius, a biophysics expert at Johnson & Johnson Innovative Medicine, shares his insights into this rapidly evolving field of biomanufacturing.
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Boost Your Lab's Performance: 3 Ways to Increase Efficiency with Prometheus Panta
Learn how to enhance your lab's efficiency with Prometheus Panta, from using capillary chips for high-throughput sample loading to solutions for seamless integration in automated workflows
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nanoDSF as an efficient, high-throughput method for ID testing in biologics manufacturing
Watch this webinar to discover how Dr. Marius Müller from Johnson & Johnson Innovative Medicine, uses nanoDSF, a high-throughput method that assesses protein stability, for drug substance ID testing.
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5 biologics conferences you won’t want to miss in 2025
Use this curated list of must-attend 2025 biologics conferences to plan your year. Find out when and where each conference takes place, who will be there, and what you can expect.
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5 types of formulation excipients and how they impact biologics stability
Each excipient class helps stabilize biologics – from monoclonal antibodies to vaccine antigens – in different ways. Read on to learn more about some of the most important excipients for...
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5 considerations for buffer optimization during biologics pre-formulation
The work of pre-formulations scientists is critical to de-risk the entire development process for biologics. Read on to learn more about what to consider about your buffer components for...
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