Diabetic foot ulcer treatment currently focuses on targeting bacterial biofilms, while dismissing fungi. To investigate this we used an in vitro biofilm model containing bacteria and fungi, reflective of the wound environment, to test the impact of antimicrobials. Here we showed that while mono-treatment approaches influenced biofilm composition it had no discernible effect on overall quantity. Only by combining bacterial and fungal specific antibiotics were we able to decrease the biofilm bioburden, irrespective of composition
Diabetic Foot Ulcers are a common precursor to the development of infection and amputations. A breac...
Diabetic foot ulcers (DFUs) are a serious complication from diabetes mellitus, with a huge economic,...
Diabetic foot ulcer (DFU), a major complication of both types 1 and 2 diabetes, develops in about 15...
Diabetic foot ulcer treatment currently focuses on targeting bacterial biofilms, while dismissing fu...
Chronic diabetic foot ulcers are frequently colonised and infected by polymicrobial biofilms that ul...
Chronic diabetic foot ulcers are frequently colonised and infected by polymicrobial biofilms that ul...
The impact of biofilm in the effective control of wound microbiome is an ongoing dilemma which has s...
Wounds can commonly become infected with polymicrobial biofilms containing bacterial and fungal micr...
Background:Biofilms represent a complex milieu of matrix-enclosed microorganisms, which can signific...
The management of wound bioburden has previously been evaluated using various antimicrobial wound dr...
Objective: To use in vitro biofilm models of wound bacterial isolates and compare the biofilms produ...
Objective: To use in vitro biofilm models of wound bacterial isolates and compare the biofilms produ...
Objective: To use in vitro biofilm models of wound bacterial isolates and compare the biofilms produ...
Objective: To use in vitro biofilm models of wound bacterial isolates and compare the biofilms produ...
Objective: To use in vitro biofilm models of wound bacterial isolates and compare the biofilms produ...
Diabetic Foot Ulcers are a common precursor to the development of infection and amputations. A breac...
Diabetic foot ulcers (DFUs) are a serious complication from diabetes mellitus, with a huge economic,...
Diabetic foot ulcer (DFU), a major complication of both types 1 and 2 diabetes, develops in about 15...
Diabetic foot ulcer treatment currently focuses on targeting bacterial biofilms, while dismissing fu...
Chronic diabetic foot ulcers are frequently colonised and infected by polymicrobial biofilms that ul...
Chronic diabetic foot ulcers are frequently colonised and infected by polymicrobial biofilms that ul...
The impact of biofilm in the effective control of wound microbiome is an ongoing dilemma which has s...
Wounds can commonly become infected with polymicrobial biofilms containing bacterial and fungal micr...
Background:Biofilms represent a complex milieu of matrix-enclosed microorganisms, which can signific...
The management of wound bioburden has previously been evaluated using various antimicrobial wound dr...
Objective: To use in vitro biofilm models of wound bacterial isolates and compare the biofilms produ...
Objective: To use in vitro biofilm models of wound bacterial isolates and compare the biofilms produ...
Objective: To use in vitro biofilm models of wound bacterial isolates and compare the biofilms produ...
Objective: To use in vitro biofilm models of wound bacterial isolates and compare the biofilms produ...
Objective: To use in vitro biofilm models of wound bacterial isolates and compare the biofilms produ...
Diabetic Foot Ulcers are a common precursor to the development of infection and amputations. A breac...
Diabetic foot ulcers (DFUs) are a serious complication from diabetes mellitus, with a huge economic,...
Diabetic foot ulcer (DFU), a major complication of both types 1 and 2 diabetes, develops in about 15...