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Error-Free Sample Retrieval with Wheaton’s Wide Mouth Glass Ampules

Error-Free Sample Retrieval with Wheaton’s Wide Mouth Glass Ampules
When chlorine is dissolved in water, it will destroy disease-causing organisms without becoming harmful to humans. The chlorine is used up as organisms are destroyed, meaning if enough chlorine is added, there will be some left over in the water after all the organisms have been destroyed; this occurrence is known as free chlorine or residual chlorine. Therefore, when water is tested and there is still chlorine left, it proves that most dangerous organisms have been destroyed and the water is safe to drink.

Controlling Sub-visible Particles in Injections
Pre-sterilization preparation of packaging components such as ampules, vials, and rubber stoppers usually consists of a series of rinses with USP purified water and Water for Injections (WFI). These cycles are critical for removing foreign matter from the packaging components, minimizing the risk of patient harm from particulate matter.

Depyrogenation of Pharmaceutical Packaging Components
Packaging components used in pharmaceutical drugs and medical devices are scrupulously cleaned before use to ensure patient safety. Regulators expect drug manufacturers to demonstrate compliance with federal requirements intended to assure clean, sterile and safe drug products enter the medical marketplace. Depyrogenation, the reduction of bacterial endotoxin, is critical in preparing packaging components for use in injectable drug products.

Chromatography Sample Integrity with High-Density Sample Handling Solutions
Maintaining sample integrity to obtain ultimate sample separation and analysis is essential for chromatographic applications. It becomes even more critical - and more difficult - when using high-throughput, autosamplers and instruments that are compatible with the Society of Bio-molecular Screening (SBS) standards. Although high-throughput systems allow for the high-speed injections and sample processing while decreasing sample waste,they increase the risk of sample cross-contamination as well as raise issues regarding solvent resistance.

High Recovery Vials Reduce Residual Product Waste by 99%
Pharmaceutical companies manufacturing billions of liquid doses each year risk significant product waste when using flat-bottom vials for end user packaging. According to the U.S. Pharmacopoeia (USP), “each container of an injection contains sufficient excess” of the labeled dose or size to allow withdrawal of the labeled quantity of drug. High Recovery Vials (HRVs) that feature conical shaped bottoms significantly reduce residual waste by enabling maximum product retrieval without the need to overfill.