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Event summary

When: 21st - 23rd June 2010

Where: Sheraton Frankfurt Hotel & Towers, Frankfurt, Germany

Price: US$800

Summary: Leading biomanufacturing event on cGMP upstream and downstream processing.

Key Topics: Shortening development timelines, flex factory of the future, economic cost of goods forecasting, process optimisation, yield improvement methodologies, cell culture media and productivity gains, continuously improving upstream processes to reduce costs.

Website: http://www.biologicalproduction.com


Speaker Highlights

Dr Wolfgang Berthold,
Chief Technology Officer, Biogen Idec
Future Capacity Utilisation

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Edgar Sur,
Director of Operational Excellence, Product Supply Biotech/Product Supply NA, , Bayer Healthcare
Successful Opex - Creating Lasting Change

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Speakers (26)
Edgar Sur

Director of Operational Excellence, Product Supply Biotech/Product Supply NA,
Bayer Healthcare





Dr Divakar Ramakrishnan

General Manager operations Kinsale
Eli Lilly & Company




Divakar Ramakrishnan, Ph.D., presently serves as General Manager of Eli Lilly S.A – Irish Operations, where he has leadership responsibilities for a multi-mission commercialization & manufacturing operations site spanning biotech & chemical process technologies. By way of educational background, Divakar has a Ph.D. in Chemical Engineering from Pennsylvania State University, an MBA from Harvard Business School, and a B. Tech in Chemi...more
Dr Wolfgang Berthold

Chief Technology Officer
Biogen Idec





Dr. Markus Schneider

Technology Director
Novartis Pharma





Marc Bastiaansen

Senior Staff Scientist
Schering Plough




Schering-Plough is an innovation-driven, science-centered global health care company. Through its own biopharmaceutical research and collaborations with partners, Schering-Plough creates therapies that help save and improve lives around the world. The company applies its research-and-development platform to human prescription and consumer products as well as to animal health products. Schering-Plough's vision is to "Earn Trust, Every Day&...more
Klaus Kohler

Industry Manager Life Sciences
Endress+Hauser




Shorter times to market, fast-track-projects and shorter plant life-cycles are getting a bigger challenge in the Life Science industry. This workshop demonstrates how a qualified industry specialist and instrumentation/automation one-stop-shop can help reduce time to production and increase plant efficiency and quality at the same time. New technologies for instrumentation and process analytics support faster qualification in a regulated environ...more
Dr. Stefan Schlatter

Associate Director Cell Culture Technology
Boehringer Ingelheim





Dr. Gunter Jagschies

Senior Director Strategic Customer Relations
GE Healthcare Life Sciences




A step-by-step review of a typical Mab platform process from inoculation to final filtration will provide solutions for single- or campaign-use technology as well as technical and economical criteria to decide what the best alternative would be: a classic equipment setup or the disposable option.
Dr. Justin Neway

Executive Vice President and Chief Science Officer
Aegis Analytical Corporation




The FDA now defines process validation as "the collection and evaluation of data, from the process design stage throughout production, which establishes scientific evidence that a process is capable of consistently delivering quality products." On-going process validation is therefore the most important practical outcome of any QbD prorgam.
Dr. Amit Mehta

Snr. Engineer/Group Leader Late Stage Purification
Genentech





Michael Schousboe

Principal Scientist, Expert Manufacturing Science and Quality, Member of the ASTM E55 Committee on PAT
Novo Nordisk




The session will illustrate how Novo Nordisk is approaching the implementation of Quality by Design. The implementation is focussing on pragmatic and effective change management where good examples are used to pave the road for changing the mindset in development of products and processes. The changing of mindset takes time, and requires buy in at all levels. The implementation realised from the beginning that old and new concepts had to be worki...more
Dr. Barbara A. Paldus

CEO
Finesse Solutions, LLC




As cell culture titers continue to increase, more processes will leverage the benefits of single-use bioreactors. In order to accelerate the adoption process of single-use upstream systems, from labscale to production, bioreactor systems need to take one final step of evolution, however. We will present the newly launched “Generation 3” single-use measurement and automation systems, which have fully integrated single-use sensors (t...more
Prof. Dr. Christian Frech


University of Applied Sciences




Therapeutic proteins make up an increasing proportion of new drugs. Their production requires robust and rapid processes with high purity and yield. Recovery and purification operations are the most time-consuming and the development of the individual purification strategy is complex. Ion exchange chromatography (IEC) plays a crucial role in almost all protein purification processes. IEC results in high purities combined with high recoveries and ...more
Jon Reid

Director of Strategic Market Development
Thermo Fisher Scientific




Single-use bioreactors are becoming accepted for cGMP bioproduction and are also resulting in a change of approach to that used with conventional systems. This presentation looks at the design of available systems of the Thermo Scientific HyClone Single-Use Bioreactor (S.U.B.) concentrating on the mixing, sparging, monitoring, control and sampling options. Modes of use and process operating parameters are shown with examples of the range of...more
Huw Hughes

Head of Development
Pfizer





Terts Ashibi

Site OE Lead
Medimmune UK Ltd.





Vikas Gupta

Group Product Manager Process Systems
Millipore Corporation




While single-use assemblies have demonstrated performance benefits including lower risk of contamination, reduced cleaning and validation requirements, and increased flexibility, questions exist about the environmental sustainability of disposable technologies. End-of-life management is of particular concern since the solid waste generated at end-of-life is often perceived as being a major contributor to the total life cycle environmental burden...more
Stefan Egli

Vice President Marketing Europe & Asia
Pall Life Sciences





Dr. Aziz Cayli

Chief Executive Officer
Cellca GmbH




An expression platform was developed comprising a CHO cell line for easy manufacturing. The cell line grows rapidly in all scales, doesn’t produce the typical metabolic waste products and thus represents a paradigm change. The expression platform was tested with antibodies as well as with non-antibodies and product concentrations up to 7 g/l have been achieved in fed-batch processes. The scalability has been demonstrated at 2500 l scale. Th...more
Dr Christian Grote-Westrick

Director of Recombinant Protein Production
imusyn GmbH & Co. KG




Providing multi-product capabilities enables parallel production of biological agents and reveals high requirements to project management strategies. Broadband production lines can be consolidated by robust platform concepts. The way to a successful platform crosses challenges in optimising a mixture of plant design, innovation, lean management, regulatory affairs, analytical toolboxes and disposable technologies. Long-life cycles of product line...more
Frank Kohne

Group Leader DSP Development
Rentschler Biotechnologie




Frank Kohne is head of DSP Development at Rentschler Biotechnologie in Laupheim, Germany, which he joined in 2003. The main task of the group comprises all aspects of downstream development in animal cell culture-based processes for therapeutic protein production including process transfer to GMP manufacturing and formulation development as well as all the respective demanding services for client- and partner-driven processes. Before joining Rent...more
laura chirica






Villaume Kal

Vice-President
DSM BioSolutions




The largest paradox in development of novel biopharmaceuticals is that in early clinical stages there is a continuous pressure to keep process development time and costs minimal (as risk of failure in the clinic is still very high), while in later clinical stages process robustness, scalability and economics become important factors for eventual commercial success. However, only minor process changes are allowed in this clinical development traje...more
Dr. Ing-Marie , Olsson

Application Specialist
Umetrics AB




To achieve successful implementation of Qbd/ PAT solutions in biopharmaceutical industries a strong and long term commitment from the company is necessary. A team of dedicated experts from various fields is essential, both from within and outside the company, to cover all pieces required to reach the goal. In this talk one piece of the puzzle will be considered, the multivariate online monitoring systems. A typical route to implementation, from s...more
Dr Michael Li

Manager of Process Sciences
Asahi Kasei Bioprocess




Michael Li received a Doctoral Degree in Chemistry from the University of Hawaii. His past work experience include analytical methods development of protein and peptide therapeutics, and custom-made chromatography resins to separate closely related protein and peptide species. In the past, Dr. Li taught “Analysis of Protein and Peptide by HPLC” for American Chemical Society and a webinar “Applying PAT-based technology to Liquid ...more
Biological Production Forum 2010: It has (26) available sessions.
Preview Title Speaker Company
Developing a Process Oriented Organisation - Dramatically Increasing Productivity
Keynote: Green Production and Process Improvement - Realising the Opportunities for Cost Reduction
Identifying and managing product life cycle environmental impacts
Total Containment Control
The Secret of USP Scalability Discussed
Flexible Factory of the Future - Multi Product Manufacturing Strategies
Recent Development Approaches to Purification Processes of Monoclonal Antibody Products
Innovative Technologies in Downstream Biomanufacturing
Mastering the Biopharmaceutical Development Paradox
Achieve Business Value Based on Knowledge and Continuous Improvement by Applying PAT
PAT-based In-line-Buffer Dilution: Serving the Paradigm of Quality by Design
Successful Opex - Creating Lasting Change
Future Capacity Utilisation
Economic Cost of Goods Forecasting vis a vis Capacity Utilisation and Future Planning Requirements
Shortening Development Timelines - Achieving Faster Transitions to Facilitate Commercial Scale Manufacturing
Improving Monoclonal Antibody Production by Host Cell Line Engineering
Fully Disposable, Multiple Mab Processing for Clinical Trials
Implementing a QbD Program To Make Process Validation A Lifestyle Rather than an Event
Process Efficiency by Innovative Measurement Solutions
Mechanistic Understanding of Virus Log Retention Value (LRV) Decline during Parvovirus Filtration
Applying QBD to Old and New Processes
Third Generation Single-Use Bioreactor Systems: Smart Measurement and Control
Study of Ion-Exchange Media Surfaces Design for Efficient Purification
Single Use Bioractor Optimisation
Developing Strategies for Answering Market Needs
Panel Debate Disposable Technology - Cost Comparisons and Flexible Manufacturing Strategies