Aims This study aimed to evaluate anti-biofilm and wound healing effects of NX-AS-911 in
an ex vivo wound model infected with 'gold standard'Pseudomonas aeruginosa and …

Aim: To evaluate the anti-biofilm activity of 4 antimicrobial dressings using a series of
increasingly relevant and complex in vitro biofilm tests. Method: The Centers for Disease …

In the in vivo wound model, the wound was visually much smaller after three days with
KerraContact Ag and histological analysis revealed a smaller wound area when compared …

There is an alarming increase in antibiotic resistance especially on common bacterial
infections that could be 25 attributed to extensive unregulated use of antibiotics. Continuous …

Objective: To assess the effectiveness of a new, next-generation antimicrobial dressing
(NGAD; AQUACEL Ag+ EXTRA dressing) in managing wound exudate, infection and …

Chronic or hard to heal wounds are very susceptible to infections. Due to the biofilm mode of
growth in these wound, conventional therapies, such as antibiotics, do not eradicate the …

Objective: To assess the effectiveness of a new, next-generation antimicrobial dressing
(AQUACEL Ag+ dressing) in facilitating healing in a variety of hard-to-heal wounds that may …

Loss of the skin barrier facilitates the colonization of underlying tissues with various bacteria,
where they form biofilms that protect them from antibiotics and host responses. Such wounds …

Objective: To assess the in vitro antimicrobial performance of a non-medicated hydro-
responsive wound dressing (HRWD) on the sequestration and killing of wound relevant …

This article is based on a Made Easy workshop held at the Wounds UK annual conference
in Harrogate, UK, on the 5th of November 2018, sponsored by ActivHeal®, from Advanced …