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Rapid Sterility Testing – The Why’s And When’s Answered!

Rapid Sterility Testing uses the latest in bioburden scanning and detection technology in order to accurately predict the growth of bacterium, debris and other microorganisms over the course of time. If there is an issue with bacterial colonies growing on a sample or product, rapid sterility testing will quickly detect that the process used to sterilize that product is in fact, not efficient enough for the FDA to accept and authorize said product for public consumption. The FDA is only half of your problem though, the other half falls upon the integrity and respect of your patients, doctors and clientele. Effective sterilization services protect your business, protect your patients and protect your reputation; getting approval from the FDA is an added bonus.

When do we think Rapid Sterility Testing is necessary? Well, any time when something is going to be in direct contact with a sensitive part of your body or inside your body, we believe that sterility testing should be done rapidly to further curb the development of bioburden and debris on any medical or pharmaceutical device or product. With that being said, let’s focus on some things that we think rapid sterility testing is perfect for. You might just agree with us.

Water for Injection (WFI)

WFI gets overlooked by many, but not us. When you make water for injection, that water is going to be infused with some kind of medicine at some point in time. Some kind of vaccination or medication, sometimes with a biological product within will be used in that product, and and presence of microorganisms will greatly hinder that process. If someone’s immune system is already compromised and they need injectable medication, it’s of utmost importance that medical professionals eliminate any bioburden from that WFI.

WFI is quite clean and can be perfect for microorganisms to grow. For that reason, rapid sterility testing is more important than ever. WFI should be bought by medical facilities, used as quickly as possible and then disposed of. Prolonging the sterility testing and shipping processes just decreases the amount of time that product is actually good to be used for.

Liquid Parenteral Products

Liquid parenteral products such as dextrose solution, sodium chloride solution, etc. are among the most frequently used medicines in the acute and post-acute care settings. These products can be released to the marketplace much faster when rapid sterility testing and bioburden testing are performed.

These are just a few items that our rapid sterility testing greatly benefits. Rapid sterility testing provides a great return on investment for anyone investing within the medical and pharmaceutical industries. At Gibraltar Labs we provide comprehensive contract research services from the ground up, working transparently every step of the way. For more information on our services and how our rapid sterility testing services and depyrogenation services can help your business contact us today at 877.315.5847

 

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How Medical Equipment is Sterilized – A Simple Overview

Ever wondered how medical equipment is sterilized? Ever wondered what the procedure for medical device cleaning and sterilization was? Well, here is a basic overview of medical instrument sterilization and cleaning. Mind you, different hospitals and clinics may have different or more specific approaches. However, this is a basic overview.

Frequent Cleaning

Whenever a medical instrument is used, it is constantly cleaned after every use. This ensures that blood or other infectious material or bacteria do not accumulate on the instrument. If that were to happen, it becomes even more difficult to remove the stains.

Thorough Cleaning with Steam

Even though medical equipment is wiped down after every use, medical device cleaning via steam is crucial for complete instrument sterilization. In most cases, sterilization using steam is a vital process that most hospitals employ to safeguard patient safety.

Instrument sterilization using steam leaves no harmful chemical residues and all microbes are destroyed.

Thorough Drying

After thorough cleaning, medical equipment is thoroughly dried. This is an important process for complete instrument sterilization. Proper medical device cleaning requires that equipment should be thoroughly washed and dried before it is put into an autoclave. Many hospitals use the process of sterilization via dry heat to dry medical instruments.

Putting Equipment in an Autoclave

Once equipment has been properly washed and dried, it is then put into an autoclave. It is here that more heat, steam and high pressure is used to truly ensure proper instrument sterilization. Each instrument is placed approximately 1 inch away from each other and the machine is closed and the sterilization is allowed to continue for the validated cycle.

Maintain a Log

Once instrument sterilization has been achieved, it is vital that a medical device cleaning and sterilization log is maintained. Documentation is critical for compliance of the necessary steps required to achieve patient safety.

For more information, visit www.gibraltarlabsinc.com.