Bovine Lung Surfactant is used as standard therapy for reducing alveolar surface tension in preterm infants. Here the drug is administered via airways. The use on skin to stimulate the wound healing has not yet been tested in humans, i.e. it is not yet approved for the treatment of wound healing disorders. In the planned clinical trial Lung Surfactant is used the first time for the local treatment of skin lesions in humans. No substance related side effects were observed during the application via airways in neonates. The innovative idea to use lung surfactant for skin wound healing derived from two observations. First, when the skin is injured, the barrier protecting the moist body surface from the dry environment is discontinued and in part lost. Lung surfactant has several characteristics that might be beneficial for treatment of chronic cutaneous wounds.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
24
University of Bremen
Bremen, Germany
Tolerability of Lung Surfactant in cutaneous application measured by mean Clinical Scoring Scale for dermatitis (CSS) computed over all visits
Time frame: days 2,4,6,8,10,12,14 post baseline
Time to wound conclusion of wound healing and reepithelialisation: measurement of wound surface
Time frame: up to 14 days and one time follow up after 30 days
Pain measured by mean Visual Analogue Scale over all visits
Time frame: days 2,4,6,8,10,12,14 post baseline
TransEpidermal Water Loss = indirect measurement of reepithelialisation and of wound closure
Time frame: day 2
TransEpidermal Water Loss = indirect measurement of reepithelialisation and of wound closure
Time frame: day 4
TransEpidermal Water Loss = indirect measurement of reepithelialisation and of wound closure
Time frame: day 6
TransEpidermal Water Loss = indirect measurement of reepithelialisation and of wound closure
Time frame: day 8
TransEpidermal Water Loss = indirect measurement of reepithelialisation and of wound closure
Time frame: day 10
TransEpidermal Water Loss = indirect measurement of reepithelialisation and of wound closure
Time frame: day 12
TransEpidermal Water Loss = indirect measurement of reepithelialisation and of wound closure
Time frame: day 14
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