NICE and Cochrane recommendations for the treatment of pressure ulcers

The aim of this review was to identify which treatment approach for pressure ulcers that currently are recommended by the National Institute for Clinical Excellence (NICE) guidelines and the latest Cochrane reviews on dressings, topical treatments and NPWT (a pump using vacuum to remove wound exudate) for pressure ulcers. The key statements and conclusions have been included…

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Pilot study: Evaluation of ease-of-use of Acapsil as first-line treatment for active Hidradenitis Suppurativa lesions

We, Willingsford, are recruiting volunteers with active HS lesions. The aim of the evaluation is to optimise the ease-of-use of Acapsil as first-line treatment of active Hidradenitis Suppurativa lesions without sinus tracts.   Purpose The overall purpose of the study is to determine how to optimally use Acapsil (micropore-particle-technology) as first-line treatment of active lesions in Hidradenitis…

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Why is impaired wound healing common to diabetes, spinal cord injury and multiple sclerosis?

A simple scratch on the foot in a person with diabetes or to the skin in a person with spinal cord injury (SCI) or multiple sclerosis (MS) can develop into a large wound that gradually spreads under the skin leading to osteomyelitis (bone infection) and sinus tract formation, i.e. bacteria and fungi boring tunnels into the tissue…

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How antiseptics and disinfectants make you resistant to antibiotics.

It has always been assumed that antimicrobial resistance would only develop in response to the use of antibiotics, but newer data suggest that antiseptics, disinfectants and other antibacterial approaches are even worse at creating resistance. Data namely indicate that these chemicals cause the bacteria to become tolerant or resistant not only to a specific antiseptic or disinfectant,…

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Bite wounds as an example why trauma wounds are “different”

Bite wounds constitute an example of trauma wounds at high risk of “truly pathogenic infections” and care should be taken to initially rinse with antiseptics (preferably hydrogen peroxide), supply systemic antibiotics and combine with MPPT topically. This will assure that the potential infection is being fought both from the “inside” and the “outside”. Bite wounds are caused…

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How often should I change the bandage, i.e. apply MPPT?

MPPT should be applied once daily until the wound is clean, i.e. when the wound exudate is no longer cloudy and the wound is free of slough, pus, maceration and biofilm. Intervals up to 2-4 days between dressing changes have been used successfully. It may, however, prolong the time required to reach a clean wound compared to…

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How do I use MPPT?

Please see refer to Instructions for Use for a complete description. A quick overview: Clean the wound using saline or tap water. Use a lint free swab to help remove any undesired matter. Gently dry the wound dabbing it using a dry lint-free swab or lukewarm air-dryer. Sprinkle on MPPT in an even layer of 1-3mm covering…

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Does Acapsil contribute to the creation of antibiotic resistant bacterial strains?

No. MPPT is not an antibiotic and it does not have any direct antimicrobial action – it does not kill the bacteria. Bacteria have two main defence mechanisms by which they fight off the body’s immune cells: Toxins and biofilm. MPPT removes the toxins when it absorbs the exudate thereby preventing these from attacking the immune cells;…

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Can wounds with antibiotic resistant infections benefit from MPPT?

Yes. MPPT has assisted in clearing up antibiotic resistant infections. MPPT is not an antibiotic but instead allows the body’s own immune system access to the bacteria enabling the immune cells to fight back via many different routes. MPPT will not contribute to the creation of antibiotic resistance.

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