Articles in this Issue
Emil W. Ciurczak, Ph.D.
While the Raman effect has been in college curricula for decades, for much of that time, it has been considered a research tool. The early (c. 1970) models were driven by quite powerful LASERs and had a nasty habit of burning samples (and eyeballs, if proper protection was not used).
Tony Cundell, Ph.D.
Although marijuana is classified as a Schedule I drug “having no medical use, with a high potential for abuse” by the U.S. Federal Drug Enforcement Administration, Western States including Colorado, Alaska, Oregon and Washington have legalized the sale of powdered cannabis for both recreational and medical use.
Alfred R. Doig, Dawn M. Ecker, Thomas C. Ransohoff
The past thirty years have witnessed an impressive growth in sales of therapeutic monoclonal antibody (MAb) products. This growth of MAbs as a class of therapeutics was made possible in part by the development of large-scale mammalian cell culture, which enabled manufacturing of sufficient quantities of product to meet the market demands.
Stuart Halasz
The implementation of CAPAs (Corrective and Preventive Actions) in Phase 3 clinical trials presents some considerations less common in the better-controlled areas of pharma.
Jeanne Moldenhauer
Many methods and tools used in the modern pharmaceutical microbiology laboratory were derived in the nineteenth century. The methods may not seem to be complicated, but are effective and still used. For example, tools such as agar-based media, petri dishes, glass pipettes, streaking methods, Bunsen burners, and microscopes are still in use and perform well.
Manel Alcalà Bernardez, Lizbeth Martinez, Ramón M Esquerdo, Doug Hausner, Rodolfo J. Romañach, PhD
Continuous manufacturing was one of the topics discussed at the XXXV Symposium of Spain Industrial Pharmacists Association (AEFI - Asociación Española de Farmacéuticos de la Industria) in Barcelona. The leitmotif of the conference was New Horizons, Commitment to Health in Barcelona.
Michiel E. Ultee, PhD
Numerous elements are needed to bring a promising therapeutic protein from research through development, analysis, manufacturing, and quality control (QC) and assurance (QA) for a successful IND application.
Felix Francis, Wan Jiang, PhD, Pradeep Sanghvi, PhD
Quality by Design (QbD) is a systemic approach to pharmaceutical development. It is essentially the information gathered through various stages of designing and developing formulations and manufacturing to provide scientific understanding and to support the design spaces for specification and manufacturing controls.
Eric S. Langer
After years of slow transition, biomanufacturers are finally ranking disposable bioprocessing as their top factor creating improvements in their biomanufacturing performance, according to BioPlan Associates’ latest study, 12th Annual Report and Survey of Biopharmaceutical Manufacturing Capacity and Production.
Michael J. Miller, Ph.D.
The validation and implementation of rapid and alternative microbiological methods has gained significant momentum over the past decade, with multinational firms validating new technologies for a
wide range of applications including finished product release testing (e.g., sterility), environmental monitoring, in-process control, WFI analysis and microbial identification.
Guy Tiene, MA
Environmental monitoring during pharmaceutical and biopharmaceutical production is crucial for ensuring the safety of formulated drug products. While requirements for the control of both viable (living microorganisms) and non-viable particles (e.g. dust,
hair, etc.) and other contaminants (i.e. trace metals, volatiles, etc.) for aseptic manufacturing operations are more extensive than those for non-sterile processes, the quantity of samples that must be analyzed and the amount of data generated can be daunting regardless of the final drug form, particularly for global companies with multiple production facilities.
Tao Chen, Kelly Zhang, Ph.D.,, Jason Gruenhagen, Colin D. Medley
Hydrophobic interaction chromatography (HIC) is an analytical technique that utilizes the hydrophobic properties of molecules to achieve their separation. In this type of chromatography, sample molecules
with hydrophobic portion(s) interact with and bind to the hydrophobic groups (e.g., phenyl groups) attached to the column stationary phase.