May 1st 2025
Aviva Capital Partners and developer Socius are investing £1 billion to develop a cancer research and treatment center in Sutton, London.
Accurately targeted immunotherapies through reliable neoantigen recognition enable personalized medicine development.
PhRMA Reports Identifies More than 400 Biotech Drugs in Development
August 24th 2006Washington, DC (Aug. 14)?A new report issued by the Pharmaceutical Research and Manufacturers of America identifies 418 drugs and vaccines developed through biotechnology. All of the biotechnology medicines and vaccines are now in clinical trials or awaiting approval by the US Food and Drug Administration (Rockville, MD).
Enhancement of Xcelodose Capsule-Filling Capabilities Using Roller Compaction
August 2nd 2006Using a novel automated microfilling system, the authors demonstrate that roller compaction followed by milling is a viable preprocessing technique for high-dose chemical-in-capsule dosage forms. The process results in higher bulk and tapped densities for drug substances compared with milling alone.
Baxter Healthcare Signs Consent Decree
July 6th 2006The US Food and Drug Administration (Rockville, MD) announced that Baxter Healthcare Corp. (Deerfield, IL) signed a consent decree relating to the company's "Colleague" volumetric infusion pump and "Syndeo" patient-controlled analgesic syringe pump.
Hep E Vaccine Developed Using Novel Liposome Technology
July 6th 2006Biopharmaceutical company Lipoxen PLC (London, UK) has developed a Hepatitis E vaccine using its novel vaccine delivery technology "ImuXen," which the company claims to be easy to manufacture. According to the company, the proprietary liposomal formulation method delivers vaccine materials to the immune system in a manner designed to emulate the response of a natural encounter with the infection agent.
The Simplified Akers–Agalloco Method for Aseptic Processing Risk Analysis
July 2nd 2006This article summarizes changes to the Akers–Agalloco aseptic processing risk analysis model (first presented in Pharmaceutical Technology's November 2005 issue) as well as some of the underlying thinking behind the revision. The simplified model makes the method easier to use because of its greater flexibility of environmental control practice. It maintains the emphasis on human activity as the primary consideration in risk management for aseptic processing.
Application of a modelling system in the formulation of extended release hydrophilic matrices
July 1st 2006The hydrophilic matrix system continues to be the most popular and widely used strategy to achieve extended drug release. Hypromellose (hydroxypropylmethylcellulose [HPMC]) is typically the polymer of choice for the rate-controlling carrier in these systems.
Strategies for Optimizing the Preformulation Process Examined
June 16th 2006Preformulation represents an early-stage opportunity to facilitate the eventual movement of a drug substance into a commercial product. Strategies to optimize the preformulation process were outlined by Harry Brittain, institute director for the Center for Pharmaceutical Physics (Milford, NJ). He spoke at the PharmTech Annual Event in Somerset, New Jersey this week.
SR Pharma Develops One-Step Reconstitution for Lyophilized siRNA Drugs
June 8th 2006RNAi therapeutics company SR Pharma plc (London, UK) has developed a process that allows it proprietary liposomal-based siRNA formulations ?AtuRNAi? drugs to be stored at room temperature and reconstituted in one step.
WHO Urged to Release All Sequestered Sequences of H5N1
June 8th 2006Recombinomics (Pittsburgh, PA) is again urging the World Health Organization to fully release all H5N1 avian influenza sequences, claiming their release would improve the selection of vaccines by helping scientists to identify the origin of the isolates and predict sequence changes.
Evolving concepts in plant design: part 1
June 1st 2006The construction of a new oral solid form (OSF) plant is an important decision and a real challenge. The team in charge of the basic conceptual design has to ensure that the new plant will be up-to-date and efficient not only at start-up, but for the next 15–20 years. This means that the project must be able to adjust to capacity changes, product changes and technology changes. It sometimes seems like an impossible challenge.
Criticality of functional excipients and decoding methods during generic product development
June 1st 2006Bioequivalence with the reference product is the only reliable measure of demonstrating the therapeutic equivalence of a generic product to the innovator product. Systematic and comprehensive innovator product characterization can be used to make generic product development easier. This involves characterization of API and quantification of the critical excipients. The latter contributes towards performance of the final dosage form. This article describes the capsule formulation of a poorly water-soluble drug, celecoxib, which contains sodium lauryl sulphate as a critical excipient. The importance of a decoding process aimed at developing a generic product that matches the innovator formulation in a discriminating dissolution method is demonstrated.
An Approach Using Bezier Curves to Control pH and Decrease Enzyme Inactivity
May 2nd 2006Using Bezier curves, an experimental process controller has been developed for biosynthesis applications in which the inactivity of a pH-sensitive enzyme must be decreased. By taking into account various control scenarios of pH and growth rate, as well as the physical and chemical characteristics of the environment, a suitable human-machine interface can be developed.