Volume 90 Issue 33 | p. 14
Issue Date: August 13, 2012

Cover Stories: Finding Fakes

Remote Testing: Minilabs Offer An Affordable Chemistry-Based Approach

Department: Business
News Channels: Analytical SCENE
Keywords: instrumentation, analytical chemistry, counterfeit drugs, pharmaceuticals

Portable and handheld analytical devices for counterfeit drug detection can cost anywhere from $10,000 to $50,000. To make testing accessible in developing countries where counterfeiting is widespread, the Global Pharma Health Fund has provided the wet-chemistry-based GPHF-Minilab since 1998. GPHF has been funded exclusively by Germany’s Merck for the past five years. International organizations participate in programs to use and distribute the Minilabs.

Housed in two suitcases, the $4,700 Minilab contains lab ware and reagents to run about 1,000 thin-layer chromatography (TLC) tests and at least 3,000 dye tests. Drug identity and quality can be verified, and counterfeits detected, through the kit’s simple physical and chemical tests, along with available reference standards for comparison. Methods include visual inspection of dosage forms and packaging, disintegration testing to confirm formulations, color reactions to identify a drug’s presence, and TLC to check drug content and potency.

The self-contained lab doesn’t require special storage and can work outdoors in tropical climates. Reference standards have a shelf life of about two years, and reagents can last for at least five. Manuals provided in different languages “read more like a cooking recipe than an instruction booklet,” GPHF states, and are “written in a nonscientific format and rich in illustrations.” Training is also available.

The $3,200 TLC portion works for 58 drug compounds, and the $1,500 dye test part covers 32. The compounds were selected “on the basis of prevailing prescription practices, public health interest, and existing counterfeit case reports,” according to GPHF. Its list includes antimicrobials, anthelmintics, antiretrovirals, antimalarials, and antituberculosis drugs.

 
Chemical & Engineering News
ISSN 0009-2347
Copyright © American Chemical Society

Leave A Comment

*Required to comment