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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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.
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What is the Office of Therapeutic Products, where did it originate, and what's on its regulatory agenda for 2024?
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During our Cell & Gene Live, mRNA For Cancer Immunotherapy 2024 Outlook, our expert panelists answered audience questions regarding patient safety, foreseeable challenges in mRNA cancer immunotherapy for solid tumors, and much more.
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Explore some of the biggest supply chain challenges facing mRNA cancer therapeutics and what short-term solutions may exist, starting with Chain of Custody/Chain of Identity.
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Expert panelists J. Andrew Case (Andy) and Daniel Getts cover the biggest bottlenecks facing mRNA cancer vaccine manufacturing today.
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Expert panelists for this Cell & Gene live event share some of things researchers are exploring to keep mRNA more stable.
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Experts on this Cell & Gene live event discuss the major scientific biological advances in understanding the potential for mRNA-based immunotherapies vaccines for cancer over the last 2 years.
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Experts at a Cell & Gene Live event discussed the use of mRNA technology in cancer immunotherapy, including a brief overview of the different approaches being used to leverage mRNA technology.
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Improve your commercial manufacturing process with advice from regulatory and raw materials experts on the development journey from pre-clinical to licensure.
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How can you face the challenges of AAV production, scale up your AAV manufacturing effectively, and enhance the recovery and purity in your downstream processing.
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Dave Maheu, VP, Head of Process & Analytical Development at Candel Therapeutics and Curran Simpson, Chief Operating Officer at REGENXBIO answer the audience questions in real time and cover the analytical testing systems used in formulation optimization and more.
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Industry experts cover the high operational costs associated with viral vectors, along with the challenge presented by their shot shelf life and scalability.
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How can CGT biotechs overcome issues such as building an in house facility and ultimately get their therapies to patients.
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Here, Dave Maheu, VP, Head of Process & Analytical Development at Candel Therapeutics and Curran Simpson, Chief Operating Officer at REGENXBIO detail the key factors driving the adeno associated virus manufacturing market.
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Discover an innovative active release solution that will serve autologous and allogeneic processes to the benefit of cell therapy patients.
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Hear from experts who detail the specific regulatory challenges for advanced therapies, as well as how the regulatory requirements differ in early research and development in academia and in industrial vector production.
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With a wide range of viral vector-based drugs already approved, viral vectors are expected to remain the primary delivery mechanism for the foreseeable future. However, as the demand for viral vectors increases, addressing the challenges related to their manufacture and scale-up is critical. In this segment, Dave Maheu, VP, Head of Process & Analytical Development at Candel Therapeutics and Curran Simpson, Chief Operating Officer at REGENXBIO share what they consider to be the most difficult challenges in vector development and manufacturing currently.
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Two company leaders detail not only the vectors their respective companies use and why but also the quality control assays performed on viral vectors.
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Learn about a first-of-its-kind platform technology that enables isolation and activation of T cells in one step using an active release mechanism for clinical trial or commercial manufacturing.
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Build scalable material sourcing strategies for R&D and early phases through to commercialization and learn how to accelerate the development process and ensure the scalability of your biologics.
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Expert panelists provide detailed answers to questions submitted in real time by our registrants providing insightful responses regarding analytical challenges to automation, test automation, and more.
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Expert CTO's detail how automation improves safety and efficiency when collecting source material.
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CTO experts debate autologous and allogeneic, and how automation improves the CAR-T cell process every step from collection to infusion. They also discuss the major ways AI optimizes automation.
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Experts working on robust pipelines that focus on various therapeutic areas explain how process automation looks different per therapeutic focus area.
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Two Chief Technical Officer's for therapeutic organizations cover the various ways in which automation helps to reduce risk and why closing systems and reducing the number of manual manipulations is so critical.
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Investigate the importance of technology as it relates to automation and standardization within cell therapy manufacturing. The panelists in this discussion cover solutions and services needed for process automation in CGT.
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Experts explain the general benefits of automated manufacturing as well as the key areas that need improvement to scale up quality and to help reduce the costs of therapeutics.
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Subject matter experts in research and development, product management, and bioprocessing research introduce a single-use centrifuge, and its simplified, automated, intensified processing.
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During each Cell & Gene Live, our audience has the opportunity to submit real-time questions for our expert panelists. Watch and listen as Nina Hunter, Ph.D., VP Corporate Strategy at REGENXBIO and Adora Ndu, PharmD, JD, Chief Regulatory Affairs Officer at BridgeBio provide detailed, insightful responses to our audience questions on everything from regulatory timelines to successful and unsuccessful strategies needed to convince the regulators that current regulation requirements are either inappropriate or alternatively excessively burdensome for cell and gene-based therapies.
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There are more than 7,000 unique, rare diseases recognized in the United States, and 300 million people worldwide living with a rare disease; patients often experience a long journey to receive their diagnosis. Our expert panelists, Nina Hunter, Ph.D., VP Corporate Strategy at REGENXBIO and Adora Ndu, PharmD, JD, Chief Regulatory Affairs Officer at BridgeBio, examine the regulatory requirements for safety and efficacy demonstration and identify the gaps in regulatory oversight that require clearer guidance.
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By 2030, 60 CGTs are expected to reach regulatory approval. One of the biopharmaceutical industry's most closely watched regulatory developments is the FDA’s reauthorization of the Prescription Drug User Fee Act (PDUFA) or PDUFA VII, as it provides resources for the FDA and CBER to have the capacity to provide feedback on development and review submitted applications, among other critical activities. During our Cell & Gene Live, Tackling Cell and Gene Therapies’ Top 3 Regulatory Impediments, Nina Hunter, Ph.D., VP Corporate Strategy at REGENXBIO and Adora Ndu, PharmD, JD, Chief Regulatory Affairs Officer at BridgeBio break down how PDUFA VII, Fiscal Year 2023 Omnibus Appropriations Bill, and more will impact the cell and gene therapy field in the next few years.
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Host and Moderator, Erin Harris, Chief Editor of Cell & Gene, began this Cell & Gene Live, Tackling Cell and Gene Therapies’ Top 3 Regulatory Impediments, featuring Nina Hunter, Ph.D., VP Corporate Strategy at REGENXBIO and Adora Ndu, PharmD, JD, Chief Regulatory Affairs Officer at BridgeBio, by asking the experts to highlight the main opportunities where the cell and gene therapy industry is working to meet regulatory requirements. They cover accelerated and expedited designation of regenerative medicines, navigating the regulatory requirements around the root causes of genetic disease by repairing or replacing a patient’s genes, and much more.
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During this segment of Cell & Gene Live, Tackling Cell and Gene Therapies’ Top 3 Regulatory Impediments, Nina Hunter, Ph.D., VP Corporate Strategy at REGENXBIO and Adora Ndu, PharmD, JD, Chief Regulatory Affairs Officer at BridgeBio detail their own experiences with roadblocks with regulators and how they and their teams worked to overcome them.
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Many cell and gene therapies are intended for diseases and conditions that primarily impact pediatric patients, requiring the prospect of direct benefit to individual subjects enrolled in the trial. In the absence of good animal models, there may be challenges demonstrating the prospect of direct benefit. During this segment of Cell & Gene Live, Nina Hunter, Ph.D., VP Corporate Strategy at REGENXBIO discusses novel approaches to consider going forward.
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Explore efficient and effective ways to identify a formulation for your clone – helping you streamline your process and achieve desired results.
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To accelerate the delivery of life-saving therapeutics, it is essential to evaluate ways to maximize efficiencies, while minimizing risk, to stay up to speed with the growing demand.
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As more products are moved into single use fermenters, there is greater need to improved oxygen delivery closer to or beyond the abilities of stainless-steel vessels.
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Learn how leading biopharma companies such as Sanofi and single-use solutions provider Thermo Fisher Scientific are addressing supply challenges and developing collaborative processes.
CONTACT INFORMATION
Thermo Fisher Scientific Bioproduction
7305 Executive Way
Frederick, MD 21704
UNITED STATES
Contact: Hunter Tuck
BROCHURES
- Boost Your mAb Purification Workflow With A New Mixed-Mode Resin
- Find Your Way To Improved mRNA Purity And Yield
- Cell Nutrition That Delivers Young, Healthy T Cells For Your Process
- Reduce Time Detecting Leached Ligands In AAV Purification
- Chromatography And Purification Solutions For Bioprocessing
- 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
- 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
- The Way Forward In Antibody Therapeutics Purification
- 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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Explore a single-use chromatography system that introduces micro-efficiencies into the manufacturing workflow process, potentially leading to time and cost savings throughout the production life cycle.
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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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Review the results of a study where Hydrophobic Interaction Chromatography (HIC) techniques were used with a resin for the removal of aggregates in the manufacturing of monoclonal antibodies.
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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.
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Can supply chain assurance be maintained while offering an array of possibilities to achieve complex process designs? Learn if you could benefit from a modularized, standardized single-use manifold design.
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It is essential to identify potential areas for optimization early in CAR T cell therapy development—particularly with respect to equipment, reagents, and analytics.
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Here we will discuss the scalable process workflow solutions available from initial R&D investment to clinical testing and commercialization.
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Results demonstrate that the system can enable vaccine manufacturers to reduce the use of FBS while achieving potential increases in viral specific productivity with diploid cells.
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The use of this Diploid Growth Serum-Reduced Medium (SRM) helps vaccine manufacturers using diploid cells meet their production forecasts while reducing production costs and serum use.
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This application note outlines the capabilities of CTS OpTmizer Pro SFM compared with a control medium in both diseased patients’ and healthy donors’ cells.
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Regulatory T cells (Tregs) are a subpopulation of T cells with the unique ability to suppress the activation of effector T cells and thereby prevent T cell function. This application note describes an optimized protocol for activation and expansion of flow-sorted Tregs with Gibco™ CTS™ Dynabeads™ Treg Xpander.
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Traditional microbial media for E. coli often contain animal-origin components and are complex. Stemmed from an overall industry drive to develop animal origin–free (AOF) and chemically defined (CD) media, Gibco™ Bacto™ CD Supreme Fermentation Production Medium (FPM) supports process flexibility and consistency in production. Read the results of a head-to-head comparison between Bacto CD Supreme FPM and Terrific Broth (TB), a traditional microbial medium.
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In this application note we demonstrate nearly 100% recovery of naive and early memory T cells using Gibco™ CTS™ Dynabeads™ CD3/CD28 beads. This one-step process of simultaneous T cell isolation and activation yields pure and uniformly activated T cells.
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To evaluate whether a perfusion application will work in a production process, standardized terminology is critical. This white paper explains key terms that are essential for understanding the process.
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The gene therapy division of a major pharmaceutical manufacturer was looking for ways to overcome capacity constraints due to the increased production demands for process liquids and buffers. Non-core manufacturing activities, including the weigh and dispense steps in the process liquid and buffer preparation, were identified as bottlenecks impacting the overall production schedule. The proposed solution would provide ready-to-hydrate, trustedweight dry powder chemicals. Read how the customer benefited from the procurement of larger lot sizes that were not capable of being handled within their facility, resulting in annual savings for raw materials and QC testing.
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Helpful methodology that can be applied to the large-scale expansion of other cell types for use in various applications using Cell Factory systems.