The purpose of this study is to investigate the safety and effectiveness of a nitric oxide releasing solution, delivered as a footbath, to act as an antimicrobial treatment for participants presenting with a diabetic foot ulcer.
It is hypothesized that a single, relatively short exposure (three times a week for a half hour) of a nitric oxide releasing solution (NORS) for four (4) week period will be well tolerated and may have other beneficial secondary outcomes for individuals presenting with diabetic foot ulcers.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
QUADRUPLE
Enrollment
40
Active antimicrobial
Placebo
Achilles Foot Health Centre
Vancouver, British Columbia, Canada
To measure the number of participants discontinued or lost to follow-up in the NORS compared to hypotonic saline in participants with diabetic foot ulcers (DFU)
Proportion of participants lost-to-follow-up, discontinuing study treatment due to intolerance or adverse events, or initiating new medications or treatments, or leaving/discontinuing the study for any other reason
Time frame: 28 days
To measure the severity of adverse events of NORS compared to hypotonic saline in participants with DFU
Severity as measured by adverse event scale (1-5) and frequency of adverse events that results in discontinuation of the investigative treatment.
Time frame: 29 days
To measure the negative changes in laboratory values of NORS compared to hypotonic saline with DFU
Proportion of negative laboratory changes resulting in discontinuation of investigative treatments.
Time frame: 29 days
To measure the negative changes in vital sign during NORS compared to hypotonic saline administration in participants with DFU
Proportion of subjects with deterioration in vital signs resulting in discontinuation of investigative treatment.
Time frame: 29 days
To measure worsening of wound infection during NORS compared to hypotonic saline administration in participants with DFU
Proportion of subjects with incidence of infection resulting in discontinuation of the investigative treatment.
Time frame: 29 days
To measure worsening of wound area during NORS compared to hypotonic saline administration in participants with DFU
Proportion of subjects with increased wound area resulting in discontinuation of the investigative treatment.
Time frame: 29 days
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To measure the methemoglobin percent level during NORS compared to hypotonic saline administration in participants withe DFU
Proportion of subjects with an increase in methemoglobin percent level resulting in discontinuation of the investigative treatment.
Time frame: 29 days
To measure the efficacy of NORS compared to placebo on the change in pathogen load in participants with DFU
Mean change in pathogen density as measured by colony forming units per milliliter (cfu/mL) compared to control
Time frame: 29 days
To measure the efficacy of NORS compared to placebo on the change in bacterial load (CFU/mL) in participants with DFU
Proportion of participants with a reduction in bacterial load as compared to control
Time frame: 29 days
To measure the efficacy of NORS compared to placebo on the reduction of the number of clinical signs of infection in participants with diabetic foot ulcers (DFU)
Proportion of participants with Clinical Response defined as resolution of one or more clinical signs of infection reported compared to control
Time frame: 29 days
To measure the efficacy of NORS compared to placebo on the change in wound bacterial microbiota (species) in participants with DFU
Mean changes in percentage of bacterial microbiota (species) will be determined by comparing to control
Time frame: 29 days
To measure the efficacy of NORS compared to placebo on the change in wound area in participants with DFU
Mean % change in wound area calculated for DFU compared to control
Time frame: 29 days