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Company	Title
Ahura Scientific	Raw material testing and identity verification Raw material testing and identity verification are critical steps in the quality control process with tremendous impact on customer safety as well as speed — and cost — of production. Global pharmaceutical manufacturers are seeking technology that will allow them to approach a 100 percent raw materials inspection goal, without prohibitive financial or staff investment.
Ahura Scientific	TruScan enables users to confirm the authenticity of pharmaceuticals TruScan enables users to confirm the authenticity of pharmaceuticals directly through sealed packaging such as blister packs.
Catalent Pharma Solutions, Inc.	Catalent Pharma Solutions Catalent Pharma Solutions is one of the leading providers of advanced dose form and packaging technologies as well as development, manufacturing and packaging services for pharmaceutical, biotechnology and consumer healthcare companies in nearly 100 countries.
Dow Wolff Cellulosics	Dow Pharmaceutical Excipients Application Resources This application search engine provides access to a wide variety of information on all The Dow Chemical Company Pharmaceutical Excipients.
Dow Wolff Cellulosics	Sample Ordering of Dow Pharmaceutical Excipients Samples of Dow pharmaceutical excipients for North America and Puerto Rico can be ordered online through this Web site. For Controlled-Release applications, you will be directed to Colorcon and the Controlled-Release Alliance.
HunterLab	Opalescence Physical Standards for Visual Evaluation of Opalesence and Instrument Correlation to EP Opalescence Standards. Opalescence is a type of dichroism seen in highly dispersed systems with little opacity. The material appears yellowish-red in transmitted light and blue in the scatter light perpendicular to the transmitted light. The phenomenon is named after the appearance of opals.
HunterLab	Hunter L, a, b Versus CIE 1976 L*a*b* (CIELAB) HunterLab Tech Note: Hunter L, a, b Versus CIE 1976 L*a*b* (CIELAB) Which color scale should you use? Both are color scales based on the Opponent-Colors Theory which assumes that the receptors in the human eye perceive color as the following pairs of Opposites: Light-dark, Red-green and Yellow-blue.
HunterLab	How to Color Measure Translucent Materials. HunterLab Tech Note: Translucent materials offer a significant color measurement challenge since they interact with light in far less controlled manner than most other materials.
HunterLab	Color versus Appearance by HunterLab How do you choose the most appropriate Color Measurement instrument? Understand the difference between measuring color and measuring appearance plus which geometry is best.
Shimadzu Scientific Instruments Inc.	Swab / Direct Combustion Analysis of Detergent Residue At pharmaceutical facilities, it is essential that residues of previously processed products and detergent used for equipment cleaning do not exceed specified permissible limits; in this application, quick, accurate measurement with a TOC analyzer, in combination with a solid sample combustion unit, is shown.
Shimadzu Scientific Instruments Inc.	Measurement Examples Using Polycapillary Parallel-beam Optics System Examining the use of an X-ray Diffraction (XRD) spectrometer, which utilizes a polycapillary parallel-beam optics system, for the direct measurement of complex-shaped samples such as pharmaceuticals or organisms.
Waters Corp.	Application of ACQUITY TQD for the Analysis of Mycotoxins This application note demonstrates the proficiency of the ACQUITY TQ detector (TQD) for the analysis of various mycotoxins using multiple reaction monitoring (MRM) experiments. Pistachio, almond, and cashew nut matrices were used for this analysis. The contaminants that cause serious harm to human health, such as aflatoxins, ochratoxin A, and trichothecenes, can be quantified using this method.
Waters Corp.	Application of ACQUITY TQD for the Analysis of Chloramphenicol Chloramphenicol, which can cause serious harm to human health, is used by beekeepers to control American Foulbrood Disease within hives. Japanese Positive List and U.S. FDA both state that chloramphenicol should not be present in honey and have banned it from food in both countries. With Waters ACQUITY TQD, chloramphenicol can be quantified in honey matrix at levels below the EU legislation limits.

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