This webcast features: Dr. Josefina Nilsson, Head of Vironova Services, as well as her colleagues, Gustaf Kylberg and Mathieu Colomb-Delsuc. Advanced analytics that provide objective and reliable data can help to improve processes and shorten development time of drug and gene delivery platforms. The use of electron microscopy (EM) imaging combined with analysis using the proprietary Vironova Analyzing Software (VAS) enables semi-automated particle detection and classification. Statistically significant results are obtained in a time and cost effective manner. Typical data…
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Taking Advantage of High Capacity Protein A: An Economic Comparison of the Resin Cost Per Gram of Antibody Produced
With pressures mounting to reduce production costs at many companies, and protein A being the most expensive resin used in mAb purification, the use of a high capacity protein A resin can significantly impact the overall cost of doing business. This report details how using a high capacity protein A resin will reduce production costs, on a per-gram produced basis, for companies that implement its use in their chromatography platform.
Future Immunoassay Approaches in Modern Bioprocess Development
Modern bioprocess development requires accurate, high throughput analytical methods to match scaled-down, high-throughput screening, the application of DoE, and science-based decision making consistent with QbD. Gyrolabâ„¢ systems and Gyros’ immunoassay kits constitute a proven platform that supports these needs today and has the capability to meet future challenges. The assay principle uses high-capacity, flow-through affinity columns embedded within a CD. Centrifugal force, capillary action and hydrophobic barriers are exploited during parallel processing of up to 112 samples on each CD.…
Decreasing Cost of Clinical Trials Through the Use of Two Novel Protein A Resins
Tackling the High Cost of Protein A in Early Clinical Phases The cost of Protein A resins is very high, commonly 5-10 times higher compared to standard chromatography resins. One way to address this issue is to use a less expensive Protein A resin during early clinical trials, where the risk of failure is higher and fewer cycles are run, and subsequently switch to a resin designed for manufacturing if the product makes it to PIII and beyond. The higher…
Eliminating the Ups and Downs of Staffing Challenges
This webcast features: Beth DiPaolo, M.A., SPHR, President, Eurofins Lancaster Laboratories Professional Scientific ServicesSM Many pharmaceutical and biopharmaceutical companies are currently experiencing strong development pipelines, but they face challenges associated with balancing the expanded workloads with restrictions on employee headcounts. To combat this, companies often turn to temporary staffing; however, due to the challenges in finding, training, and retaining motivated talent, the temporary staffing model does not meet current demands in these areas. As an expert with 14 years of…
Applying Single-Use Efficiencies to Room-to-Room Fluid Transfer
Biopharma manufacturers need to transfer critical fluids from cleanroom to cleanroom quickly, aseptically, and with minimal effort and expense for maximum productivity. Traditional hard piping involves intensive cleaning operations and down time between uses. Portable tanks run the risk of damage and leaks and also present cleaning challenges. Incorporating Single-Use components and practices with in-wall transfer systems can help speed and streamline operations while maintaining isolated environments. These types of systems help remove the risk of breakage, spillage and lost…
Robust, Load Independent Viral Clearance in Monoclonal Antibody Purification
Anion exchange chromatography is an important flow-through polishing step for viral clearance of monoclonal antibodies. Resin based materials are most commonly used for this but the large size of virus particles limits diffusion and binding capacity. It is therefore necessary to use large volumes of resin and oversized column hardware. Column chromatography as a unit operation also means high operational costs, including validation, cleaning and storage. This is a particular issue for clinical manufacturing, where a column is used for…
Ask the Expert: FOLDTEC Refolding of Biopharmaceuticals A Case Study of Recombinant Thrombin
with Dr. Andreas Anton and Dr. Sebastian Schuck Poorly soluble substances form aggregated inclusion bodies (IBs) in microbial cells containing incorrectly and/or incompletely folded target proteins. Wacker Biotech, a full-service contract manufacturer of biopharmaceuticals based on microbial systems, has introduced FOLDTEC refolding technology for bioengineered therapeutic proteins. The proprietary platform uses specifically developed and optimized bacterial strains and a patented, antibiotic-free expression system. In a BPI webinar on 9 November 2015, Wacker’s director of bioprocess development (Andreas Anton) and head…
Special Report: Toward Sustainable Engineering Practices in Biologics Manufacturing
Introduction by William P. Flanagan Biopharmaceutical development and manufacturing demand scalable processes that can be quickly developed, easily implemented, and smoothly transferred to production. Disposable, ready-to-use technologies play a crucial role in providing flexibility to support agile biomanufacturing operations. Single-use systems provide process efficiencies by removing steps such as cleaning and cleaning validation, thus allowing for faster change-over between manufacturing runs. The biopharmaceutical industry is increasingly adopting single-use approaches, and the global market for such bioprocessing tools is expected to…
Single-Use Biopharma Product Recycling: An Alternative Process to Unlock the Challenges
This webcast features: Jacqueline Hollands Ignacio, Corporate Responsibility Programs Manager – Customer Initiatives, MilliporeSigma, and Michael Farrell is Corporate Disposal Coordinator, Triumvirate Environmental. As the biopharmaceutical industry increases the adoption of single-use manufacturing products, the issue of recycling becomes a challenge. Disposal and recycling the plastics from these products is a challenging task due to many factors such as limitations within the recycling infrastructure, products containing a mix of materials and plastics, and biopharmaceutical products can contain biologically hazardous materials…