PRODUCTION
How To Develop An Efficient Downstream Purification Process For bsAbs
Bispecific antibodies (bsAbs) have gained increasing interest in recent years. Learn how to develop an efficient downstream purification process for a cancer immunotherapy bsAb.
mAb Up- And Downstream Process Intensification Strategies
Discover how to reduce monoclonal antibody (mAb) manufacturing time and costs through process intensification. Learn about continuous perfusion, ultrahigh cell density banks, and more.
Showcasing A Scalable Downstream Platform For Multiple AAV Serotypes
Watch to explore how to maximize AAV full capsid recovery, establish a scalable platform for various serotypes, and utilize analytical tools to measure empty/full capsid ratios and AAV titers.
Thermo Fisher Scientific Suzhou, China Manufacturing Site Capabilities
Watch this video to learn more about this manufacturing site capabilities, quality management systems, PPI implementation, product expansion, assurance of supply and lead times.
Strategies For Scaling Up mRNA Manufacturing
The clinical promise of mRNA therapeutics and vaccines is clear, but compared to monoclonal antibodies or viral vectors, their novelty also brings new challenges to the manufacturing process.
Thermo Fisher Scientific Single-Use Global Manufacturing Network
We have implemented a multi-tier strategy to improve the resiliency of our supply chain and created the largest networked single-use manufacturing organization in the world.
Single-Use Technology For Quality mRNA Manufacturing
Learn how single-use technologies deliver important benefits for mRNA manufacturing, including increased speed, quality, flexibility, and adaptability to different dosages and scale-up strategies.
How mRNA Manufacturers Disrupt The Industry
Learn how biopharmaceutical companies can apply proven strategies to overcome hidden complexities in mRNA production, and discover solutions that can help you rapidly design and build a SU facility.
Slurry Bin Functionality With The DAC Ergo
Check out how our optional stainless-steel bin works in conjunction with the DAC Ergo to capture spent media.
Solving The Analytics Bottleneck In Cell Line Development
Discover a fully automated, benchtop, walk-away system for accelerated and efficient cell culture sample preparation. Learn how this system clarifies and purifies mAbs in one step without sacrificing quality.
The Fusion-Based, Solvent-Free Process Disrupting Spray Drying
Review a commercially-ready process capable of reproducing spray-dried dispersions with less manufacturing complexity and environmental impact, and out-designing and outperforming spray drying.
Meet The Experts: PAT, Raman Spectroscopy, And Chemometrics
Gain a better understanding of process analytical technology (PAT), Raman spectroscopy, chemometrics, and Raman applications in bioprocessing.
The Route To Faster Microbial Quality Control
Join product and application experts Anne-Grit Klees, Carine Krebs, and Esther Welterlin to discover the benefits of using a new rapid microbial detection platform.
Simplify Your Downstream Calculations With Bioprocessing Downstream Calculators
Simplify complex biopharma downstream processing tasks using a suite of powerful, web-based calculators designed to streamline workflows and automate intricate mathematical modeling.
Nitrosamine Impurities Deadline: Are Your Products Compliant?
Learn how to select an experienced nitrosamine mitigation provider and how a tailored, quantified strategy can help you bring your product into compliance while maintaining control of the process.
Biopharma Resilience: Building Biomanufacturing Capacity
Building back biomanufacturing resilience must remain a top priority to secure global life science supply chains. Learn how Arranta Bio is helping prepare the biopharma industry for future demand.
Thermo Fisher Scientific Customer Testimonial - Libbs
An overview of Libbs product portfolio and how they benefit from Thermo Fisher Scientific services.
How To Select Your DSP Chromatography Technology
Watch to explore the differences between the conventional single-column batch method and the multi-column approach for mAb capture.
Thermo Fisher Scientific North America Single-Use Technologies Capacity Expansion
Thermo Fisher Scientific is expanding our single-use manufacturing network globally. Some of the largest investments are taking place at our existing Logan, Utah, and Millersburg, Pennsylvania, sites. We are adding space for clean rooms for the manufacturing and assembly ...
A Conceptual Overview Of The BioSMB MCC Platform
In this video, our technology expert Jason Forte describes how the BioSMB system offers 3-5 fold increase in productivity, yielding up to 80% savings on chromatography resin costs with minimal disruption to the accepted ways of doing chromatography today.
Your Contract Manufacturer Partner
Discover an integrated solution for pharmaceutical companies that offers a broad range of manufacturing services and capabilities to produce high-quality devices.
Ensure Speed And Success With Your Drug Delivery Project
Hear from experienced professionals in the drug delivery space on how to ensure success and speed-to-market by establishing a firm foundation when working with a CMO.
Solvent-Free, Fusion-Based Amorphic Dispersion Process
Discover a solvent-free, fusion-based process that leverages frictional and shear forces to rapidly convert crystalline drugs and polymers into amorphous solid dispersions (ASDs).
Thermo Fisher Scientific EMEA Single-Use Technologies Capacity Expansion
Thermo Fisher Scientific is expanding our single-use manufacturing network globally. Our Cramlington, UK site has expanded clean room space and invested in chamber manufacturing equipment for our BioProcess Containers and fluid transfer assemblies. Quality systems and pro...
Break Free From The Protein A Low-Productivity Paradigm
Protein A resins, with low flow rates and mass transport, lead to low productivity. Discover a solution that removes the bottleneck, offering a disposable alternative for mAb capture.
Accelerating Progress: Key Considerations For CDMOs To Maximize Productivity And Scalability
Due to the urgent demand for vaccines and treatments, the biopharmaceutical industry is experiencing disruptive changes and increased demand on resources that are requiring a significant operational transformation. To accelerate the delivery of life-saving therapeutics, i...
Small-Scale Oligonucleotide Synthesizer That Supports Scale Up
Learn about a small oligonucleotide synthesizer with big impact that features a user-friendly interface, compact footprint, and more. This small scale system is user friendly and supports scale up.
How To Choose A Capping Method In MRNA Production
Is your mRNA production process ready for scale up? Learn how to choose a capping method to optimize your mRNA yield and process costs.
Strategies And Emerging Technologies For mAb Capture
Explore opportunities with the introduction of high-capacity protein A resins, how and when multicolumn chromatography is beneficial, and how emerging technologies can address bottlenecks.
UPLC Columns: Fundamentals, Chemistries, And Selected Small-Molecule Applications
Discover the fundamentals of UPLC columns and their diverse chemistries. Learn more about versatility in separating small-molecule analytes using reversed-phase and hydrophilic interaction techniques.