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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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The Necessity of Conducting Proper Sterilization

I have seen medical practitioners fret over the cleanliness of their facility all the time. Sometimes, it becomes so irritating that one starts wondering why it is so necessary to clean each and every thing several times during the course of a day.

It was recently that I came upon an article on the internet that shed light on the requirement of cleanliness and proper medical sterilization in laboratories, hospitals and other medical and medicinal facilities. First of all, medical facilities are places that are constantly being visited by different patients. Some of them are suffering from transmissible diseases. In order to make sure that the staff and the patients at the facility do not catch these diseases from one another, it is necessary that the doctors, nurses and technicians adopt the rules and procedures that have been devised and put in place for medical and surgical sterilization.

There are several prescribed methods for effective surgical sterilization which range from simple soap and water rinsing to high-tech cleaning with the help of ultrasonic sterilization. Ultrasonic surgical sterilization is the most preferred method for cleaning medical tools since it is simple and does not take a lot of time. The process can be carried out with minimum effort while producing astonishing results. Very delicate tools, however, need extra time and effort from the staff because they need to be cleaned manually with special care and precision. The next step of surgical sterilization involves submerging them in an ultrasonic cleaning solution inside the machine. Specially designed thongs are used for this purpose.

The machine takes about five to ten minutes for cleaning the equipment. Once the cleaning is done, the instruments are allowed to dry by themselves. These are, then, placed in perfectly clean and sterilized trays.

Manual cleaning requires a brush and a good scrub. The brush is needed in order to clean the rounds and small points and edges on the instruments that cannot be reached by human fingers. This process involves immersing the instrument in a cleaning solution preferably a detergent and scrubbing as well as brushing it with your hands also immersed in the solution.

Medical sterilization is regarded as a major aspect of diagnosis and treatment of ailments. Surgical sterilization ensures that the instruments being used on different patients do not subject them to further infections from each other. It is also imperative for the well being of the staff at the medical facility. If medical sterilization is not properly carried out, it may be harmful for everyone including the doctors.

Gibraltar Laboratories enjoys an impeccable reputation as a health care service provider. The company boasts a long list of satisfied clients.

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Surgical Sterilization – Keeping you Safe

There are many processes in this world that can be skipped or delayed. When it comes to surgery, surgical sterilization is a process that is never bypassed or skipped on. Each and every piece of equipment that can and may be used in a surgical room is always sterilized. The sterilization of surgical instruments is one way surgeons keep us safe. Let’s see why, shall we?

Keeping the Pain Minimal

You may have heard of many patients who went under the knife, only to go back under it due to an infection during a surgery. Such infections can occur if the surgical room was not properly sterilized. Then again, it can also occur due to the improper sterilization of surgical instruments.

Although it is sometimes unavoidable, the chances you contract an infection during surgery is minimized due to the sterilization of surgical instruments. In fact, it is the only way surgeons minimize any pain you can experience in the future.

Keeping Other Infections at Bay

One of the biggest worries that most people have, when going for an operation, is contracting a disease. When the need for sterilization is brought up, one of the first words that pop up in your mind is probably AIDS. It is true that if the blood of another patient mixes with yours, you can become HIV positive.

In fact, there are many bacteria that can cause a host of problems if they enter your bloodstream. In fact, there are so many infections that can surface if this transfer takes place. Fortunately, the proper sterilization of surgical instruments ensures that you never have to worry about acquiring a serious medical condition on the operating table.

Surgical sterilization ensures that any and every surgical equipment has no bacteria or virus on it. When there are no bacteria or infection on the equipment used on or in your body there is almost no chance that you contract a disease while having another removed.

Surgical sterilization is an important practice that is constantly practiced. In fact, strict standards have been set up to ensure that surgical sterilization meets the requirements of both the patients and governing bodies. If the standards are not met or maintained, a medical clinic is in for a roller-coaster of a lawsuit. Considering that rarely happens, you will always be safe; thanks to sterilization.

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This article has been contributed by Gibraltar Laboratories to educate people about the importance of surgical sterilization.

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Autoclaving – A Simple yet Crucial Process

An autoclave is one of the most widely used machines used in the sterilization of medical devices. In general, the process of autoclaving involves high heat and pressure. However, too few people know how one of the most commonly used machines in medical history works. Here is a closer look at how they work.

Removing the Air from Within

Before sterilization can actually take place, all the air from within the machine has to be removed. Air is one of the biggest barriers to efficient sterilization. If every trace of air is not removed, the sterilization of medical devices will be incomplete and must be done again.

In fact, if air was used for sterilization, it would take hot air over 2 hours, at a temperature of 160 °C, just to properly sterilize the equipment within. However, if all the air was removed and streams of steam were used (at roughly 130°C), the autoclaving process would only take 2 minutes.

To remove all the air from an autoclave, a vacuum pump is used to evacuate the main chamber of every trace of air. Alternatively, steam displacement can also be used. This is when jets of steam are used to displace air out of the main chamber.

The Use of High Heat and Water

The use of water and high heat forms the core of autoclaving. Temperatures of over 130°C are applied to streams of water in order to convert them into jets of steam. When these jets of steam are directed towards medical equipment, it takes approximately 2 minutes for the sterilization of medical devices to be complete.

The Use of High Pressure

High pressures are a must when it comes to sterilization in an autoclave. Without the use of high pressures, it would take a long time for the liquid (water) in the machine to convert into a gas (steam). In order to make the process of sterilization go faster (within 2 minutes), it is essential that the water is subjected not only to high temperature, but high pressure as well.

Autoclaving is a process that is of the utmost importance, especially in the medical field. It fulfills the speed and sterility requirements of medical experts everywhere. Interestingly, it is also increasingly being used in quality assurance checks.

To know more about autoclaving, please visit https://www.gibraltarlabsinc.com/