Manufacturing

Hot melt extrusion (HME) formulation development depends heavily on choosing the appropriate polymers. This article reviews HME process parameters and highlights three polymers in HME: polyethylene oxide, ethylcellulose, and hypromellose.

Contract manufactures are faced with multiple challenges when determining whether to implement process analytical technology into their clients' or their own infrastructure.

Amgen Losing Hold on Anemia Drug Market

Bristol-Myers Squibb to Cut Costs by $500 Million

Roche Selects 12 Potential Manufacturing Partners for Tamiflu

FDA issues a warning letter to Nephron Pharmaceuticals.

SEC Loosens Revenue-Recognition Rules for Vaccine Stockpile Participants

NIAID Boosts Vaccine Innovation but Draws Controversy

The monopoly held by the large pharmaceutical companies within drug discovery could be falling into the hands of biotechnology firms claims Frost and Sullivan.

The survival of Bacillus subtilis spores in dicalcium phosphate, lactose, and corn starch and in their binary mixtures depends on the compressional properties of these materials and on parameters involved during the tableting process, including compression speed.

From politics to paychecks and downsizings to deadlines-what it's like to work for one of the world's largest industries.

If judges and juries lack the scientific knowledge to decide drugsafety cases, how can we protect both companies and patients?

CDER is reorganizing staffs and developing new policies to encourage industry adoption of quality production systems.

Particle shape is an important parameter to monitor in the pharmaceutical sector, but has, historically, been too complicated to measure and be utilized on a routine basis. A newly developed digital technique could change this.

In applying a visually clean standard, any residue related to the cleaning process that is visible on the surface should constitute a failure.

OTC Eye-Drop Maker Signs Consent Decree

Merck to Close Plants, Slash Jobs, Streamline Manufacturing

American Pharmaceutical Partners to Merge with American BioScience

Almost all pharmaceutical manufacturing processes require handling and processing cohesive powders. The application of sufficient shear (i.e., the total deformation that the bulk of granular material undergoes under applied shear stress) is an essential factor in such processes. Sufficient shear is required to mill and de-lump materials, achieve sufficient flow, and homogenize cohesive ingredients. Shear mixing plays a critical role in the blending of dry powders, particularly for those that contain a minor cohesive component such as a solid lubricant or a drug. This mechanism is necessary to achieve a satisfactory homogeneity and disintegrate possible agglomerates. Excessive shear can be disadvantageous, however, and can lead to electrostatic buildup, attrition, and overlubrication.

Solid oral drug products are one of the oldest of all manufactured dosage forms (1). Today, the development of an appropriate formulation of drug and excipients and of an effective manufacturing process to create a tablet or capsule is slowly transforming from a practice of applied art to one of applied science. The US Food and Drug Administration supports this change by expecting sponsors of new drug applications to understand, describe, and control materials and processes as well as the risks associated with drug product manufacturing (2). These steps will ensure the consistent production of products that meet their specifications and remain safe and effective during their shelf life.

The potentially huge demand for vaccines in light of the growing avian flu crisis...

Pfizer to Shut Parsippany Plant

Adjuvant for HPV Vaccine Enhances Immune Response Levels

Chiron Looks to Flu Vaccine Cell Culture; FDA Gears Up

Continuous manufacturing processes?little used in the pharmaceutical industry but the norm in oil, food, chemical, and polymer manufacturing?go hand-in-hand with the current emphasis on quality-by-design and automated process monitoring and control (aka, process analytical technology, PAT).