Diabetic Foot Study Group Conference
Are you excited as we are?
Looking forward to resuming exhibition season at the Diabetic Foot Study Group conference in Slovakia.
We'll be exhibiting between 16-18 Sept with our Adtec SteriPlas on demonstration ready to show you just how quick and effective it is to use and combat antibiotic resistant bacteria within diabetic foot ulcers.
Welcoming delegates at The Malvern Diabetic Foot conference
We’re having a great time welcoming you all to our booth at the Malvern Diabetic Foot Conference, introducing you all to the benefits of the SteriPlas cold plasma for the treatment of diabetic foot ulcers.
For those wishing to learn more about our clinical efficacy in diabetic foot ulcers, please contact us at info@adtecplasma.com for more information.
Welcoming Cardiothoracic Specialists at The SCTS
We're having a great time at the Society for Cardiothoracic Surgery in GB & Ireland conference, introducing the strong benefits of our Adtec SteriPlas cold plasma for deep sternal wound infections.
Please do pop by & see us at booth 18 to see our medical device in action.
Next week welcomes the start of the exhibition season
Find us next week at the Society for Cardiothoracic Surgeons in Belfast from 8-10 May. We'll be at booth 18 ready to welcome you and introduce the benefits of #coldplasma in cardiothoracic #infection conditions.
From 10-13 May, we will also be exhibiting at the Malvern Diabetic Foot Conference looking forward to seeing regular faces from this prestigious conference.
We will have our Adtec SteriPlas medical device on our booths, ready to give you a live demonstration of how effective cold plasma is at killing bacteria protected within biofilm.
Taiwan Wound Therapy Society Conference, March 2022
Sharing some photos from last weekend at the Taiwan Wound Therapy Society conference.
Our medical distributor, SG Biomedical, had a productive weekend demonstrating our SteriPlas to doctors and nurses keen to learn about the benefits of cold plasma for the treatment of wounds, surgical site infections and medical dermatology.
For more information about the Adtec SteriPlas and how to obtain this in the SE Asia region, please contact our distributor SG Biomedical for more information.
Our Cold Plasma Medical Device leads the way
Bacteria protected within biofilm are up to 1000x more resistant to antibiotics. This can complicate treatment options for wounds and surgical site infections but as it is an international form of therapy, it remains used throughout patient treatments despite it offering little to no help in healing problematic/stalled wounds and infections.
The cost burden associated to ongoing antibiotic therapy is significant as is the antimicrobial resistance rates that are ever growing. The World Health Organisation recognizes this and more hospitals are reaching out to alternative therapies to help curb the spending costs and antimicrobial resistance rates.
As the Adtec SteriPlas cold plasma has been shown to kill all forms of bacteria, regardless of their resistance profile or if they are Gram -ve or +ve or even if they are protected within biofilm, it has become widely adopted as an alternative to antibiotic therapy specifically in cases where patients are at a severe stage of infection such as those associated to diabetic foot ulcers and left ventricular assist device infections.
It has been praised as a life-saving medical device helping to heal infections that have been stalled for a very long time where conventional therapies have failed to act, reduce amputation and mortality rates.
This year we look forward to releasing a series of Health Economic publications documenting the cost effectiveness of our medical device against the use conventional therapies. We look forward to releasing this information to you in due time.
Until then, please reach out to us to learn more about why the interest in our medical device is growing daily. The data collection of our safety and efficacy shows why using an Adtec SteriPlas could completely change the way you treat patients.
The Safety and Reliability of our Cold Plasma
Is our cold plasma safe?
Yes!
As you can see from the photo, our Adtec technician demonstrates touching the cold plasma jet.
An extensive list of practical tests and experiments were conducted during our first stage, pre clinical studies and ongoing post-market studies. This allowed us to carefully develop a cold plasma medical device that could bring all the antibacterial benefits but at the same time remain painless and contact-free so that it could be well tolerated in patient treatments. We were after all the first company worldwide to introduce cold plasma treatment on wounds demonstrated in our clinical trials.
As cold plasma can be generated through a variety of ways, they are also dependent on the plasma source design and surrounding environment. The components of plasma include reactive oxygen and nitrogen species and UV that need to be controlled to ensure they are within safe levels for medical use. Some plasma devices may also deliver fluctuating inconsistent cold plasma output as they are sensitive to changes in humidity and temperature in the treatment room. This may often result in undesirable side effects.
Because the Adtec SteriPlas is a low energy, microwave-powered, cold atmospheric argon plasma medical device this means its safety remains the main priority in line with delivering repeatable and successful results. It is also the reason why we are proud to state our medical device has NO side effects associated to it.
Our patented 6 electrode Cold Plasma Torch
The Adtec SteriPlas features a patented 6 electrode cold plasma torch. It’s proven efficacy for the destruction of all forms of bacteria including multi-resistant bugs makes it an alternative to antibiotic therapy for the treatment of wounds, surgical site infections and medical dermatology skin conditions. This is due to the unique physical mode of action delivered with our cold plasma as opposed to the chemical mode of action demonstrated with antibiotics. Broader studies have shown that antimicrobial resistance is unlikely to be generated with cold plasma treatment because of this.
A huge collection of our peer reviewed publications documents the clinical efficacy and safety of our medical device across a broad range of conditions including diabetic foot ulcers, left ventricular assist device (LVAD) infections, deep sternal wound infections, actinic keratoses and acne.
To learn more about our medical device or to obtain one in your clinic practice, please contact us at info@adtecplasma.com
Adtec Healthcare's Conference and Exhibition attendance dates for 2022
As we look forward to a promising year ahead, please find the dates of our conference and exhibition participation for 2022:
Society for Cardiothoracic Surgery (SCTS) Annual Meeting – 8-10 May 2022
Malvern Diabetic Foot Conference – 11-13 May 2022
European Wound Management Association (EWMA) – 23-25 May 2022
Diabetic Foot Study Group (DFSG) – 16-18 September 2022
We hope to see you at either of these conferences and as always, we will have our flagship medical device, the Adtec SteriPlas, on demonstration ready for you to test and to see all the benefits linked to our cold plasma strengths for wounds, surgical site infections and medical dermatology.
Characterisation of a Cold Atmospheric Pressure Plasma Torch for Medical Applications
We congratulate Dr Adam Bennett on his most recent publication, “Characterisation of a Cold Atmospheric Pressure Plasma Torch for Medical Applications: Demonstration of Device Safety”.
The safety and effectiveness of plasma devices are of crucial importance, especially for applications where the plasma is discharged near humans. This study presents the novel design and characterisation of a Cold Atmospheric Plasma torch (SteriPlas), which is used in medical applications. The study shows the characterisation methodology that must be undertaken to show that a plasma device is safe, especially when used in an application on human skin. The emission spectrum discharged from the plasma torch is shown. The UV emitted is measured and the effective irradiance is calculated. The effective irradiance enables the determination of the maximum UV exposure limits, which in this application are shown to be over two hours; however, in some applications may be only seconds. NOx and ozone emissions are also recorded. The NOx levels in this application are shown to be orders of magnitude lower than their safety limits and the ozone emissions are also shown to be safe; however, in some plasma technologies the NOx and ozone levels are orders of magnitude higher than the safe levels.
This paper concludes with a discussion of how safety limits vary in different regions around the world and proposes an international standard. It documents the safety of our medical device which further reiterates one of our main strengths where no side effects have been reported.
Access to the full paper can be found here: https://www.mdpi.com/2076-3417/11/24/11864