FEATURED INSIGHTS

• Unlock Viral Vector Yield And Efficiency With Upstream Intensification

  Streamline viral vector manufacturing with perfusion technologies that reduce costs and improve scalability. Discover how a tangential flow depth filtration system enhances yield and quality.

• Scalability And Reproducibility Of The AAV9 Capture Step

  Scaling gene therapies beyond rare diseases demands innovation. Discover a chromatography system that boosts efficiency, protects product integrity, and overcomes viral vector manufacturing challenges.

• The Science of Selection: Choosing The Right Hollow Fiber Filter

  Discover how hollow fiber tangential flow filtration enhances downstream bioprocessing with efficient ultrafiltration and diafiltration, reduced fouling, and scalable performance.

• Why Membrane Matters In AAV Filtration

  Gene therapy is revolutionizing medicine to offer one-time treatments. Find out how AAV vectors are leading the way to optimize production and make these life-changing therapies accessible.

• What Bioprocessing Professionals Think About An Innovative TFF

  Hear firsthand insights from experts to discover how a TFF system empowers bioprocessing teams—from start-ups to global leaders—with unmatched reliability and flexibility.

• Turbocharging pDNA Production: CDMO Case Study In Optimization

  Optimize your plasmid DNA workflows with insights from Forge Biologics. Discover how TFF advancements cut processing time by 300% while improving RNA removal and DNA quality.

• Tulip Tank Case Study: The Unrecognized Role Of Mixing During TFF

  Feed consistency is crucial to TFF performance, yet often overlooked. Discover how improved mixing dynamics using an innovative system can enhance filtration efficiency and reliability.

• Manual TFF: Lab Scale Chaos To Controlled Success

  Not all TFF systems are created equal. Explore how automated solutions eliminate manual chaos, improve reproducibility, and scale with ease.

• Extractables And Functional Design In Bioprocessing Film Development

  Learn more about a single-use film that is engineered for durability and minimal extractables to enhance efficiency, reliability, and product quality across diverse applications and environments.

• Handle Your Large-Scale Buffer Preparation Efficiently

  Discover how to prepare 10x PBS using an innovative system to ensure scalable, efficient, and consistent buffer preparation for large-scale workflows.

• Measure And Control In-Line Protein Concentration

  Streamline protein and antibody purification with an automated TFF system featuring real-time, in-line concentration measurement for enhanced accuracy, reliability, and cGMP compliance.

• The Effect Of Mixing Homogeneity In Retentate Vessel

  Discover a novel analytical method enhancing TFF diafiltration insights that deliver superior mixing, reliable scale-up, and breakthrough interpretation of diavolume performance.

• Manufacturing ADCs: Extractables In Single-Use Systems

  Antibody-drug conjugates offer targeted cancer treatment with reduced toxicity. Discover how single-use technologies simplify ADC manufacturing to ensure safety, flexibility, and efficiency.

• Applying The Lessons From mAbs Production To Advanced Therapeutics

  Continuous bioprocessing is revolutionizing biotherapeutic manufacturing. Gain expert insights about cutting-edge innovations in monoclonal antibody production that enable scalable solutions for next-gen therapies.

• Advanced Technology Platform For Stem Cell-Derived Exosomes

  Demand for EVs is rising due to their therapeutic promise. Explore two scalable platforms that address production challenges to support EVs' expanding clinical and commercial applications.

• Extracellular Vesicle Isolation From Conditioned Media

  Explore a scalable, sterile solution for isolating extracellular vesicles (EVs) in exosome therapeutics to enhance yield, purity, and commercial viability through innovative filtration technology.

• Viral Vector Manufacturing Using Tangential Flow Depth Filtration

  Address the rising gene therapy demands with an innovative perfusion strategy that significantly boosts cell density and viral vector yields to pave the way for scalable, efficient manufacturing.

• Simpler, Faster, Cheaper Advanced Therapy Manufacturing

  Discover how TFDF-based perfusion technology boosts lentiviral vector production by over 10-fold, slashes costs, and accelerates the commercialization of CAR-T and other advanced cell therapies.

• Simplified LV And AAV Clarification With TFDF-Based Intensified Virus Production

  Learn how Tangential Flow Depth Filtration (TFDF) enhances viral vector production, streamlining the clarification process and increasing efficiency and yield for LV and AAV manufacturing.

• Disruptive Technologies Transforming Upstream Process Intensification

  The demand for complex biologics is driving the need for intensified cell culture technologies. Perfusion using ATF has emerged as a leading solution to increase cell density and productivity.