
ABOUT THERMO FISHER SCIENTIFIC
Thermo Fisher Scientific is a leading global provider of cell and gene therapy development solutions. We accelerate your novel therapeutics from clinical development to commercialization. With our comprehensive portfolio of products and services we will be your dedicated partner throughout the development journey.
Key Capabilities:
- Plasmid construction, vector production, and purification
- Cell isolation, engineering, expansion
- Lot release, characterization, and preservation
- Formulation, fill, and finish
- Expert professional support to meet process, scale, quality, and regulatory requirement
WEBINARS AND VIDEOS
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Simplify complex biopharma downstream processing tasks using a suite of powerful, web-based calculators designed to streamline workflows and automate intricate mathematical modeling.
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Achieving sustainability in bioprocessing labs presents distinct challenges. Learn how to reduce your environmental footprint while maintaining efficiency and avoiding extensive re-validation efforts.
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Minimize regulatory risks and ensure compliance in the evolving biopharma sector. Watch this on-demand discussion for insights on change management, supplier collaboration, and future market trends.
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Kimberly Benton, Ph.D., Master Principal and Head of Regulatory at Dark Horse Consulting and Bambi Grilley, RPh, RAC, CIP, CCRC, CCRP, Director, Clinical Research and Early Product Development Center for Cell and Gene Therapy, Professor of Pediatrics Baylor College of Medicine, and Chief Regulatory Officer of International Society for Cell & Gene Therapy (ISCT) answer questions from the audience. They covered key regulatory topics, including the FDA’s process for finalizing draft guidances, the status of INTERACT meetings, and the use of the term “critical component” in manufacturing regulations.
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Kimberly Benton, Ph.D., Master Principal and Head of Regulatory at Dark Horse Consulting and Bambi Grilley, RPh, RAC, CIP, CCRC, CCRP, Director, Clinical Research and Early Product Development Center for Cell and Gene Therapy, Professor of Pediatrics Baylor College of Medicine, and Chief Regulatory Officer of International Society for Cell & Gene Therapy (ISCT) continue the discussion to explore the complexities of expanded access programs (EAPs) in CGT, highlighting global regulatory differences, ethical concerns, and accessibility challenges.
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Kimberly Benton, Ph.D., Master Principal and Head of Regulatory at Dark Horse Consulting and Bambi Grilley, RPh, RAC, CIP, CCRC, CCRP, Director, Clinical Research and Early Product Development Center for Cell and Gene Therapy, Professor of Pediatrics Baylor College of Medicine, and Chief Regulatory Officer of International Society for Cell & Gene Therapy (ISCT) share why the FDA’s 2024 draft guidance documents are expected to shape regulatory standards for cell and gene therapy in 2025, with topics ranging from safety testing of allogeneic cells to manufacturing practices and the use of human and animal-derived materials.
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Kimberly Benton, Ph.D., Master Principal and Head of Regulatory at Dark Horse Consulting and Bambi Grilley, RPh, RAC, CIP, CCRC, CCRP, Director, Clinical Research and Early Product Development Center for Cell and Gene Therapy, Professor of Pediatrics Baylor College of Medicine, and Chief Regulatory Officer of International Society for Cell & Gene Therapy (ISCT) share why the new administration may influence the regulatory landscape for cell and gene therapy, particularly regarding enforcement actions against unproven stem cell products and challenges to FDA authority at the state level.
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Kimberly Benton, Ph.D., Master Principal and Head of Regulatory at Dark Horse Consulting and Bambi Grilley, RPh, RAC, CIP, CCRC, CCRP, Director, Clinical Research and Early Product Development Center for Cell and Gene Therapy, Professor of Pediatrics Baylor College of Medicine, and Chief Regulatory Officer of International Society for Cell & Gene Therapy (ISCT) explain why the FDA is signaling a stronger commitment to dialogue with sponsors and advancing cell and gene therapies, particularly through early-stage engagement and regulatory guidance. Key initiatives include enhanced pre-IND meetings, increased guidance document cross-referencing, and a focus on addressing potency challenges.
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Kimberly Benton, Ph.D., Master Principal and Head of Regulatory at Dark Horse Consulting and Bambi Grilley, RPh, RAC, CIP, CCRC, CCRP, Director, Clinical Research and Early Product Development Center for Cell and Gene Therapy, Professor of Pediatrics Baylor College of Medicine, and Chief Regulatory Officer of International Society for Cell & Gene Therapy (ISCT) detail how the regulatory landscape for cell and gene therapy in 2025 will continue to be shaped by advancements in science and manufacturing and evolving regulatory guidance.
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Kimberly Benton, Ph.D., Master Principal and Head of Regulatory at Dark Horse Consulting and Bambi Grilley, RPh, RAC, CIP, CCRC, CCRP, Director, Clinical Research and Early Product Development Center for Cell and Gene Therapy, Professor of Pediatrics Baylor College of Medicine, and Chief Regulatory Officer of International Society for Cell & Gene Therapy (ISCT) explain how regulatory standards for cell and gene therapy approvals are largely consistent across regions, with North America typically leading in approvals, followed by Europe and then Asia.
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Watch and discover how to effectively utilize chromatography tools for improved purification of therapeutic monoclonal antibodies and antibody derivatives.
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Watch a Senior Product Manager discuss insights on emerging challenges and advanced downstream purification solutions for biologic therapeutics with chromatography resins, expert knowledge, and dedicated support.
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Discover efficient downstream processing strategies for antibody-based therapeutics. Explore key considerations and trade-offs in purity, yield, speed, and cost, from a CDMO perspective.
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Join this roundtable of biopharmaceutical professionals as they share their insights to help you navigate important quality and planning decisions for the progression of your biologic.
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Accelerate your AAV production journey. Learn how rapid process development and expert support can streamline your path from vial to purified bulk, ensuring scalable and efficient manufacturing.
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Discover how to reduce monoclonal antibody (mAb) manufacturing time and costs through process intensification. Learn about continuous perfusion, ultrahigh cell density banks, and more.
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Peptones can significantly boost CHO cell bioprocessing. We analyze their impact on diverse CHO cell lines using real-world data to assess their effects on titer, protein quality, and cell growth.
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Unlock the power of data-driven bioprocessing. Discover how advanced analytics can optimize your cell culture process, improve performance, and accelerate success.
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Join our webinar on scaling the CTS LV-MAX System in bioreactors, covering transfection scalability, Thermo S.U.B. advantages, and DynaSpin’s efficient gene therapy integration.
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Learn how to build a resilient supply chain to navigate today's complex environment. Expert speakers share insights on optimization, innovation, and strategic planning to meet evolving market conditions.
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An integrated approach can enhance contamination control, boost process efficiency, and ensure the production of high-quality cell therapy products.
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Discover how peptones enhance vaccine manufacturing efficiency with valuable insights into cost-effective solutions, variability control in biologically derived materials, and more.
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This webinar explores mitigating the risk of product loss, and production delays, as well as the critical role rapid sterility testing plays in ensuring the quality and safety of cell therapy products.
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The market for mAbs and mAb variants is growing rapidly. Explore the latest strategies and advancements in early stage mAb up- and downstream process development.
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Learn ways to help improve quality, simplify technology transfer of proprietary media formulations, and mitigate logistical challenges associated with custom media scale-up processes.
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Review downstream process tools from Thermo Fisher Scientific to enable optimal biologics purification, including chromatography resins, chemicals, process liquids, and buffers.
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This presentation reviews next-generation cell culture media and feed options and a recent successful scale-up case study done in collaboration with Centre for Biochemical Engineering and Cell Cultivation Techniques at the Zurich University of Applied Sciences.
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High Throughput Screening (HTS) chromatography tools can accelerate process development and reduce material usage. Learn about a solution that addresses challenges with their use in new modalities.
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Choose the right CHO medium and feed system to optimize your upstream processes and secure a seamless scaling up.
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Expert panelists in this Cell & Gene Therapy Live presentation provided detailed responses to questions about the potential risks of CAR-T therapy, screening criteria for donor material, comparability, and more.
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Recently, many cell therapy companies have been pivoting to autoimmune diseases. Expert panelists discuss whether they think there are any learnings or potential headwinds these pivots could provide to cell therapies for oncology.
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During this segment, Nguyen and Wagner define why the relationship between CMC and Clinical is so critical, and they also explain what a mutually beneficial partnership between CMC and Clinical looks like.
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During this segment, Nguyen and Wagner agree that scalability will be a top concern for most CGT companies.
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Starting with high quality donor material is critical for allogeneic cell therapy drug manufacturing, and this requires laying the groundwork for a high-touch, end-to-end donor pool management strategy.
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We kicked off this Cell & Gene Live, Unlocking the Future of Allogeneic Cell Therapy for Oncology by discussing the major trends impacting allogeneic cell therapies for oncology.
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Whether you are a researcher, scientist, or industry professional, this video will provide valuable insights into our large volume liquids manufacturing capabilities.
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This video provides an insightful look into the expansion of the large volume liquids manufacturing site at the Grand Island facility, highlighting the various stages of the manufacturing process and the capabilities it offers to support the bioprocessing industry.
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This chromatography system offers a flexible solution, paired with an advanced software platform, allowing easy integration with downstream process automation.
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Experts on the Cell & Gene Live event, 2024 Regulatory Outlook, answer questions about topics including pediatric development in rare diseases, diversity planning for ultra-rare disease, anticipated approvals by 2025, and more.
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In this segment, Dr. Peter Marks and Dr. Nicole Verdun share their advice and best practices for small and emerging biotechs when working with the FDA.
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During this segment, Dr. Peter Marks and Dr. Nicole Verdun share their take on how AI and machine learning will impact FDA regulation in 2024.
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How can sponsor companies accelerate development in pediatric patients for genetic diseases that affect both children and adults, but where gene therapy holds the greatest promise to address unmet needs in pediatric patients?
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Hear advice for developers who are worried that the FDA will not accept changes in their process that include a new analytical method.
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In this segment, Dr. Nicole Verdun shares some of the challenges demonstrating CMC comparability during late-stage product development (i.e., pivotal or Phase 3 clinical trial) that occur while transitioning to commercial manufacturing.
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When CGT products demonstrate dramatic improvements with minimal safety concerns in a Phase 2 study, sponsors may want to modify the protocol mid-study to increase patient enrollment.
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In this segment, Dr. Peter Marks shares developments in CMC for advanced therapies in the near future.
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Learn how clinical requirements change after the FDA and a company agree on a pathway during a pre-IND meeting and how the company might recover as a result.
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Could a platform approach help certain therapies make their way over the regulatory finish line more efficiently?
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Dr. Verdun and Dr. Marks provide detailed feedback on the regulatory challenges facing cell therapy and explain the Agency’s most important focal points for 2024, patient accessibility, and more.
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In this segment of Cell & Gene Live, Dr. Peter Marks shared what he and his team have learned from current gene therapy approvals to accelerate future approvals.
CONTACT INFORMATION
Thermo Fisher Scientific Bioproduction
7305 Executive Way
Frederick, MD 21704
UNITED STATES
Contact: Hunter Tuck
BROCHURES
- Bioproduction Sustain Program: Helping You Meet Your Sustainability Goals
- Looking For A More Affordable Source Of Protein A Resin?
- Evaluate A Chromatography Resin Of Your Choice
- Confidently Match The Right Feed With Your Cell Line
- Thermo Scientific™ DynaSpin™ Single-Use Centrifuge
- Bioproduction Analytical Services
- Focused Analytics Packages For Cell Culture Media
- Metabolite And Lipid Analysis Service
- Gibco Efficient-Pro Medium And Feeds Evaluation Guide
- Rapid Sterility Testing: Actionable Results In Less Than 5 Hours
- Efficient-Pro Medium And Feed Selection Guide
- Prep For The Future With Instruments For Automated Sample Preparation
- Automated Purification For DNA, RNA, Proteins, Or Cells
- Maximize Efficiency With Gibco Process Liquids And Buffers
- Process Liquids Preparation Services For Biopharmaceutical Manufacturers
- Chemically Defined Supplements Designed With Performance In Mind
- Peptones Tailored For Vaccine Production
- Simplify Your Peptone Screening Process With Gibco Starter Paks
- Enhance Efficiency With Ready-To-Use Sodium Chloride Solutions
- Boost Your mAb Purification Workflow With A New Mixed-Mode Resin
- Cell Nutrition That Delivers Young, Healthy T Cells For Your Process
- Reduce Time Detecting Leached Ligands In AAV Purification
- Accelerate Biotherapeutic Commercialization From Drug Development Through Production
- Advance Lentiviral Purification
- Companion Product Solutions For AAV Development
- Microbial Identification For Control In Environmental Monitoring
- Moving Forward In Microbial Identification-MicroSEQ Microbial Identification System
- The Way Forward In Mycoplasma Detection
- Potent, Selective Modulators Of Protein Functions
- Supporting Bench To Production Applications For Multiple Industries
- Chemical Products And Services At A Glance
- Evolve Your Processes With Clinically Proven Cell Therapy Solutions
- CTS Dynacellect Magnetic Separation System
- Bioproduction Regulatory Consulting Capabilities
- Evolve The Future Of Cell Therapy Manufacturing
- DynaDrive Single-Use Bioreactor (S.U.B.)
- Process Liquid Preparation Services
- Expand T Cells For Allogeneic Therapies With CTS OpTmizer Pro SFM
- ONE Lentiviral Vector Production System
- Scaling Up With Gibco Media
FEATURED ARTICLES
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Optimize your bioprocessing harvest with single-use centrifugation. Reduce costs, waste, and space needs compared to traditional depth filtration methods.
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Learn about strategies such as regional manufacturing and advanced single-use systems and their potential to minimize carbon footprint and enhance sustainable biomanufacturing.
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For successful scale-up, see how optimizing process parameters such as attachment methods, gassing, and agitation can help reduce cell environmental stress, ultimately improving productivity.
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Support the advancement of malaria vaccine development by leveraging innovative bioprocessing solutions to enable efficient, scalable, and accessible vaccine production worldwide.
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This study explores scaling a high-demand fed-batch process from bench to pilot scale, highlighting control parameter differences at 50L and 500L while maintaining consistent growth and product titers.
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Optimize your monoclonal antibody purification with cutting-edge flow-through chromatography. Learn how POROS resins enhance polishing efficiency, improve aggregate removal, and streamline bioprocessing.
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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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Reach new heights in mAb production with a high-intensity perfusion CHO medium designed to support consistently high product yield and quality in continuous perfusion cultures using CHO-K1 cells.
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Peptones, versatile media additives derived from various sources, offer numerous benefits for biopharmaceutical production.
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Explore how Difco™ TC Yeastolate ultra-filtered (TCY UF) enabled over 100% improvement in titer for CHO cell culture through feed optimization and bioreactor scalability in a real-world application.
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Explore scalable processes for lentiviral vector production and clarification at the 50 L scale, utilizing the CTS LV-MAX system and single-use bioreactors for robust gene therapy manufacturing.
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Discover how the Applied Biosystems™ MycoSEQ™ Plus system and Applied Biosystems™ SteriSEQ™ Rapid Sterility Testing System can help accelerate your cell therapy manufacturing process.
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Discover customizable solutions for antibody manufacturing, as well as services for media optimization, feeding strategy optimization, and format conversion.
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For manufacturers working with a dry powder medium (DPM), early consultation with a supplier can increase the likelihood of success. Uncover a two-phase scale-up strategy for the production of DPM.
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Accelerate your biotech company's scale-up process while delivering consistent and strong cell growth, productivity, and product quality.
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This study focuses on characterizing recombinant LVVs used in gene-modified cell therapies, utilizing two real-time PCR assays adapted to the QuantStudio™ Absolute Q™ Digital PCR System.
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This study presents a high-efficiency method for extracting and quantifying residual DNA from host cells using a semi-automated, high-throughput workflow.
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This study demonstrated the effectiveness of a medium and feed system when tested at three different scales for its ability to high-quality, fed-batch monoclonal antibodies.
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Prevent costly disruptions in your bioproduction process. Discover how a PCR-based method can quickly detect the presence of mycoplasmas in raw materials, cell banks, and in-process and lot-release samples.
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Achieve early detection of cell culture contamination with a nucleic acid extraction system to provide an integrated system for rapid and sensitive detection of mycoplasma, MMV, and vesivirus.
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This article details the design and application of a Plasmid DNA - Kanamycin Resistance Gene (pDNA-KanR) kit for residual plasmid quantification in gene therapy manufacturing.
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This comparative bench-scale study features active-release beads that could improve the reliability, consistency, and longevity of cell therapy treatments.
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With a helpful assessment and the right process liquid preparation services, the CDMO featured in this study was able to find a path toward meeting the surge in demand for a client's therapeutic .
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A customer sought to replace a chemically defined CHO medium with a more efficient medium and feed pairing strategy in bioreactors.
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For small and midsize biopharmaceutical organizations, outsourcing buffer and process liquid preparation, quality testing, and storage could significantly streamline operations and reduce regulatory risk.
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The rapid sterility test kit used in the study was able to quickly detect bacteria and fungi in complex cell therapy product matrices, detecting six species listed in USP chapter <71>.
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Dive into the importance of peptone selection, instructions for reconstituting peptone powders for mammalian cell culture, and discover starter packs containing commonly used peptones for specific applications.
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Explore innovative solutions for CDMO's striving to remain competitive as the biopharmaceutical market grows and evolves.
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Study the development and performance of this animal origin-free (AOF) T cell culture medium designed for T cell expansion through an experiment comparing it to other AOF or xeno-free basal offerings.
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Explore a solution for biopharmaceutical companies concerned about the risks an increase in campaign volume can pose to their production timeline.
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Explore the stocking solution offered to a mid-sized CDMO in need of a high volume of safety stock inventory to support their customer portfolio growth.
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The demand for viral vectors continues to grow, making addressing the challenges related to their manufacturing and scale-up increasingly critical.
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Elevate your viral vector production to commercial scale by choosing the optimal production system paired with the right single-use bioreactor combination.
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Explore data demonstrating the performance of a scalable system for AAV manufacturing that enables gene therapy researchers to utilize a single system throughout the entire development process.
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Reduce the time-to-results for microbial identification by taking advantage of the shorter run cycle and off-instrument data analysis provided by this optimized and validated workflow.
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Streamline your workflow while enabling early and accurate detection of mycoplasma contamination with mycoplasma detection and sample preparation kits
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Produce your desired T cell phenotype while controlling the activation with user-defined dissociation of the active-release beads at any time after activation.
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Learn about the common challenges and risks associated with accelerating your molecule's timeline from lab to clinic, along with important supply chain considerations for emerging biopharma companies.
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Learn about the steps of buffer development, supply approach and strategy selection, choosing between in-house and outsourcing buffer activities, and other related buffer use topics.
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Evaluate the performance of an E. coli kit based on it's detection sensitivity, quantification accuracy, and replicate uniformity as it performed when tested on a Digital PCR System.
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Explore a cell processing platform using magnetic beads to support the cell therapy industry through struggles with challenges such as product quality and slow, inefficient manufacturing processes.
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Explore a Magnetic Separation System designed to enable closed, fully automated, and rapid cell isolation and bead removal, while decreasing variability in cell therapy manufacturing.
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Explore one companies experience with a magnetic separation system used at a vital step in cell therapy development to improve their cell purity.
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A new era of optimized cell therapy manufacturing is on the horizon, however, development and collaboration are needed in three key areas to overcome the challenges immuno-oncology 2.0 faces.
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Follow one CDMO's collaboration with Thermo Fisher Scientific to combat supply chain risks after one of the high-volume raw materials critical to their manufacturing process experienced a global shortage.
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This article addresses the focus on the variability and importance of having robust young (TCM) populations for efficacious therapies.
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Learn about optimizing your T cell manufacturing process and reducing operating costs with rocking bioreactors using CTS OpTmizer T Cell Expansion SFM.
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Rocking motion bioreactors have long been the mainstay in T-cell therapy, but stirred-tank bioreactors have garnered a lot of excitement because of several potential advantages.
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Early identification of a robust, commercially available, optimized platform medium and cell line–specific feed could be the keys to achieving strong productivity and delivering product to market more rapidly.
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This commercially available platform can enhance process productivity and reduce development time, thereby enabling potential reductions in manufacturing costs and accelerating time-to-market.