The Society of Diagnostic Medical Sonography (SDMS) state, in their most recent published, Guidelines for Reprocessing the Ultrasound Transducer that “Effective disinfection or sterilization requires adequate cleaning.”
As you have been thinking about or reviewing existing SOP’s (Standard Operating Procedures), a key factor that is important to always remember is your staff and the complex job they are tasked to complete.
Becker’s Hospital Review reports that, “The total direct, indirect and nonmedical social costs of HAIs are estimated at around $96 billion to $147 billion annually, including loss of work, legal costs and other patient factors.” How can infections cost so much?
In an effort to reduce the amount of time healthcare professionals must spend reprocessing transesophageal echocardiogram (TEE) ultrasound probes, our scientists and engineers have developed the TD 200® Automated TEE Probe Disinfector with TD 12® AquaCide® High Level Disinfectant.
While transesophageal echocardiography has been helpful in assessing cardiac function for COVID-19 patients, COVID-19 presents healthcare facilities with new challenges.
We have recently upgraded and significantly expanded our in-house Microbiology and Chemistry Laboratories. This renovation helps keep us on the cutting edge of our field and provides you with great products that can get the job done right, every time, saving you time, money, and stress.
The COVID-19 pandemic has caused widespread shortages of PPE in the healthcare world, especially of face masks, like N95 respirators. Seeing this major problem, CS Medical has teamed up with AirClean Systems to provide a solution to the PPE shortage: the UV Light Box.
Fortunately for those who were looking forward to visiting CS Medical’s booth this year, we have some wonderful news: you don’t have to miss out. Because of CS Medical’s dedication to stopping the spread of HAIs, we will be hosting a virtual event in lieu of attending APIC’s Annual Conference.
After you remove your TEE probe from your TEEClean or TD 100 and you dry it off? Should you hang it up, put it in a case, or something else? And once stored, how long can probes stay high-level disinfected? Let’s go over the basics and understand what the best practices are for TEE probe storage.
At the forefront of every healthcare worker’s mind these days are all the new risks posed by COVID-19. It is easy to feel like COVID-19 is an insurmountable disease which requires a major shift in how we think about high-level disinfection.
Evidence has been presented that semi-critical devices, devices that come in contact with mucous membranes or non-intact skin, such as endoscopes and endocavity probes, cause more healthcare associated infections than non-critical or critical medical devices...
According to HIPAA, ePHI is, “any protected health information that is created, stored, transmitted, or received in any electronic format or media.” Any medical device which retains this information can prove to be a weakness in your facility’s defense of patient ePHI...
Do we have any reason to believe our water is always safe for consumption? More importantly, do we know that our municipal water is safe for rinsing semi-critical devices, like TEE probes and endoscopes, so as to retain high-level disinfection status?
Too many facilities have no standardized way of storing transesophageal echocardiogram (TEE) ultrasound probes. Some facilities have used transportation cases to store their TEE probes, but that is not their intended use and is actually prohibited in several countries.
When reprocessing TEE ultrasound probes, it is vital to perform electrical leakage testing after every single use. While the reasons for electrical leakage testing are numerous, there are three reasons that really stand out...
Are you prepared to provide records of every single cleaning, disinfection, and maintenance event for your TEE probes?
When reprocessing transesophageal echocardiogram (TEE) ultrasound probes, sometimes the numerous steps can feel overwhelming