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European Biopharmaceutical Review

ebr
Winter 2013

   
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BioResearch and Innovation
Cell Based Therapies

Nobels and Stem Cells


The work of Sir John Gurdon and Shinya Yamanaka was recently awarded the Nobel Prize in Physiology or Medicine. Their groundbreaking work has led Dean Griffiths at Cambridge Consultants to investigate how a major discovery can start from a minor question.
 
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Single-use Bioreactors

Rapid Reaction


Traditional stainless steel reactors are being overtaken by single-use bioreactors. Lee Madrid at EMD Millipore Corporation and Aurore Poles-Lahille at Millipore SAS outline the advantages that this new technology can bring.
 
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Discovery Technology
Cloud Computing

Up, Up and Away


Inefficient data processing often stifles innovation in research and development. Richard Heitmann at Aspera discusses the vast possibilities to be gained in new medical advancements when modern technology is used to its full potential.
 
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BioDevelopment
Sharing Data

Personal Medicine


In order to provide more bespoke therapeutics for cancer treatment, the industry needs to make a more conscious effort to collaborate and share patient data, says Markus Warmuth at H3 Biomedicine.
 
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Drug Discovery
Stem Cell Technology

Treatment from Within


Distinguishing the correct cell types in liver cell transplantation is a vital factor that contributes substantially to the success of this therapy. Eric Halioua and Etienne Marc Sokal atPromethera Biosciences explore the advantages that intrahepatic cells have over other sources.
 
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Differentiated Cells

iPS Power

The world of patient therapeutics can be drastically transformed through the use of in vitro differentiated cells that are derived from human induced pluripotent stem cells, Felix Haniel of Axiogenesis AG explains.
 
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Safety Profile

A Marked Difference


Biomarkers are an invaluable tool in drug discovery and development. Federica Crivellente and Elena Vicentini at Aptuit suggest that the use of high throughput technologies can help to generate high quality data in a more efficient and cost-effective way.
 
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Stem Cells in Drug Discovery

Patient in a Dish


Roberto Iacone at Roche and Blake Anson at Celluar Dynamics International examine how using improved induced pluripotent stem cell models will result in more effective medicines and help to overcome some of the challenges in this field.
 
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BioRegional
Biosimilars: Asian Markets

Biotech in China


James C Greenwood
at Biotechnology Industry Organization assesses the growth of the Chinese biotech industry and how investment into new products could secure their position in the drug development and manufacturing market.
 
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DEVELOPMENT AND PRODUCTION
Cell Line Development

Database Power


When trying to identify new cell lines, progress can be stifled by the data management process. If a more highly developed system were to be implemented, development timelines would decrease rapidly, as Eliot Randle at IDBS demonstrates.
 
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Diabetes Therapeutics

Crackling the Code


A promising alternative for the treatment of type 1 diabetes has been discovered. Peter Hosking at Living Cell Technologies illustrates how using encapsulated porcine insulin-producing cells significantly reduces the number of hypoglycaemic events.
 
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Published quarterly in
January, April,
July, and October

News and Press Releases

Nemera to build state-of-the-art manufacturing facility in Poland to serve more customers and patients

Based in Szczecin, this facility extends Nemera’s manufacturing capabilities and will bring more drug delivery device solutions to patients. Following the dynamic growth of the drug delivery devices market, as a world leader, Nemera is thrilled to extend its manufacturing capabilities in Poland.
More info >>

White Papers

BioT ULT Transporter

BioCision

The growth of biobanking, cell therapy, and complex biopharmaceutical therapies like cancer vaccines has created a strong need for products and processes to ensure the stability of temperature­-sensitive biospecimens. Proper collection, handling, characterization, packaging and shipping of these materials is critical, as poor sample handling impacts researchers working on discovery with patient samples, as well as clinicians treating patients with cutting edge therapies. This white paper describes in detail the BioCision BioT™ ULT Transporter, the first-of-its-kind dry ice-based portable cooling system that maintains a stable -75° to -50°C environment for over 24 hours on one charge of dry ice, enabling reliable handling and transfer of valuable temperature-sensitive biospecimens as part of a larger cold chain standardization process.
More info >>

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