Focus Laboratories Inc.

FocusSterility

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Once the bioburden of the medical device is understood, appropriate parameters can be established for assuring device sterility.  Sterility must be verified, and this is typically accomplished by direct immersion of the devices in media and incubation for times prescribed by USP .

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FOCUS Laboratories can help determine quantities of product needed for adequate sterilization validation.

  • Total Organic Carbon (TOC)

Chemical contaminants are also a concern in the manufacture of medical devices.   Lubricants, plasticizers, detergents are just some of the undesirable residues that might remain on a device after manufacture and cleaning.

Total Organic Carbon (TOC) is one tool for determining the amount of chemical residue left on a medical device.  FOCUS Laboratories can help develop and execute a medical device cleaning validation protocol utilizing TOC.

  • Cytotoxicity

Medical Devices may have leachable components that can prove to be toxic.  USP <87> Biological Reactivity Tests – in vitro provides a method for determining if medical device extracts are potentially harmful.  Cytotoxicity testing relies on subjecting a tissue culture to an extract of the device.  FOCUS Laboratories can develop and execute a cytotoxicity test for medical device and device components.