Manufacturing

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Review of SUT Adoption in Biopharma Manufacturing

The evolution of therapeutic modalities drives the adoption of single-use technologies.

Review of SUT Adoption in Biopharma Manufacturing

Why Are Pharmaceutical Companies Reluctant to Adopt Cloud Technologies?

Despite its understandable hesitancy, the pharma industry is facing a need for more widespread adoption of cloud-based solutions.

Why Are Pharmaceutical Companies Reluctant to Adopt Cloud Technologies?

Automating the Future of Fill/Finish

Given the criticality of fill/finish processes, it is clear that automation is the next technological step.

 Automating the Future of Fill/Finish

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Understanding the impact of reactive mass transfer and local flow in multiphase systems is crucial for maximizing reaction selectivity and minimizing the formation of byproducts. The authors study the influence of mixing on fast liquid–liquid reactions. The iodination of L-tyrosine was used to demonstrate the relationship of droplet size and shape on reaction selectivity and to verify computational predictions. By understanding that droplet dynamics affect the yield and selectivity of fast reactions, the formation of byproducts can be minimized by optimizing operating parameters.

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The trend towards developing pharmaceutical products and their manufacturing processes in tandem supports optimized production. Such developments rely on gathering process-relevant information at an early stage and being able to draw on past and current processing experience. Here, we discuss how powder rheometers can make a real difference in building a database of powder properties and removing subjectivity.

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Clean rooms are critical areas in bio/pharma facilities, and it is essential that users are responsible for their care and upkeep, and familiarize themselves with the relevant regulations.

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Quality by design and PAT approaches are increasingly being used for the biotech manufacturing of medicines. Complex manufacturing processes can not only be controlled using PAT principles, but optimized with respect to both product quality and economic value. This column describes how the fermentation process is often the first to benefit from this type of implementation.

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The ¤9.5 billion therapeutic antibody market comprises over a dozen antibodies that have been generated using recombinant genetic methods developed over the last 20 years.

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This article examines what other industries have done to address the challenges associated with successfully implementing the principles and concepts of process analytical technology, particularly the specific elements of measurement, analysis, and control. The author explores how other industries' approaches can be applied directly to pharmaceutical manufacturing.

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Modeling conducted in the process development and early commercialization stages can increase process efficiency and lead to process-control improvement. A virtual plant environment, running on a PC, can incorporate the same industrial control systems and configuration expertise used in manufacturing and helps many parts of process analytical technology. It also can make possible the enlightened use of technologies such as model predictive control, first-principal models, neural networks, and multivariate statistical process control.

Growth in the global pharmaceutical market is expected to slow in 2007, based on the industry's increasing reliance on niche and specialty products and greater generic drug penetration, according to a forecast by IMS Health. Generic drugs, along with biotechnology and specialist-initiated products, are expected to outperform the overall market in 2007. Despite slower growth in the United States and Europe, growth in emerging countries, including China, is projected in the double digits.

New York, NY (Oct. 19)-Pfizer, Inc. plans to implement a new company-wide cost-cutting initiative in 2007 as part of strategy to improve operating performance. The cuts are in addition to a previous cost-reduction program that Pfizer launched in 2005.

CPhI Worldwide, Paris (Oct. 3)-Archimica, participating in its first CPhI Worldwide exhibition since being launched as new company earlier this year, outlined manufacturing expansions, technology additions, and recent projects at its facilities in the United States and Europe.

CPhI Worldwide, Paris (Oct. 3)-The Synthetic Organic Chemical Manufacturers Association and the European Fine Chemicals Group have teamed to urge US and European regulatory authorities to increase inspections of foreign manufacturing facilities of active pharmaceutical ingredients (APIs) to reduce patient risk from sub-par drugs, to increase national security, and to level the economic playing field.

CPhI Worlwide, Paris, (Oct. 5)-Following its recently announced acquisition of EaglePicher Pharmaceutical Aptuit, Inc. plans further investment in infrastructure and staff in building its capabilities in manufacturing active pharmaceutical ingredients (APIs).

CPhI Worldwide, Paris (Oct. 3)-Carbogen Amcis AG, a subsidiary of Dishman Pharmaceuticals and Chemicals Ltd., is planning several investments in its pharmaceutical chemical development and manufacturing activities.

SAFC, the custom manufacturing group of Sigma-Aldrich Corporation, announced at CPhI Worldwide that it will invest $16 million to expand its CGMP protein-purification capacity to meet increased market demand for therapeutic proteins from plant- and animal-sourced starting materials.

Paris (Oct. 3)-In gearing up for opportunities in the generic drug market, Codexis, which specializes in biocatalysis for pharmaceutical chemical development, is expanding into direct sale of pharmaceutical intermediates with the receipt of its first commercial orders from generic drug manufacturers for ATS-8, a chemical intermediate in atorvastatin, the API in Pfizer's top-selling drug ?Lipitor.?