An observational study in Thermography, Laser Doppler Blood Flow and Spectrophotometric Intracutaneous Analysis, sponsored by Chelsea and Westminster NHS Foundation Trust. Status unknown at 1 site in United Kingdom. Open to participants aged 16 Years and older. Per ClinicalTrials.gov, last updated 2014-02-28.
Sponsored by Chelsea and Westminster NHS Foundation Trust · Observational
Burn injuries are a common presentation to A\&E in the UK (175,000 per year) of whom 13,000 require hospital admission. Treatment of a single burn can cost more than £63,000, and is ultimately dependent on the depth. Most burns are assessed by experienced clinicians within a few days of injury. Accurate evaluation of burn depth can be very difficult with the naked eye. Inaccuracy can lead to longer hospital stays, worse scarring and greater financial costs for the NHS. Where the burn depth (and the degree of damage to the underlying blood supply of the skin) is not clear by visual inspection, adjuncts may be used to aid clinical decision-making. Currently, the "gold standard" method of assessing skin blood flow in order to help burn specialists in their assessment of burn depth is Laser Doppler Imaging (LDI). However, LDI machines can be very large, slow to collect the images, and a single imaging unit costs roughly £50,000. Consequently their use is restricted to the assessment of small burns in compliant patients treated in specialist units. Thermal imaging (thermography) has evolved rapidly as a useful diagnostic tool in many medical disciplines. Previous studies have shown that there are significant changes in skin physiology (such as temperature and pigmentation) depending on the depth of the burn. Portable, high-resolution thermal cameras are now affordable, easy to use and can provide numerical results in under a second. Similarly, measurement of skin pigment levels can be achieved using portable devices such as the Spectrophotometric Intracutaneous analysis scope (SIAscope). The aim of this study is to determine if alternative measures such as thermography or SIAscope can be as useful in the assessment of adult burns as LDI currently is. If this study demonstrates this then these results will inform further studies that would investigate these alternative imaging methods as a diagnostic and prognostic tool in the management of burns not only in adults but also in children presenting to non-specialised units such as A\&E.
Adult acute burn injuries are currently "read" by experienced clinicians at 2-3 days post injury in order to determine the necessary treatment and likely clinical outcome. Adjuncts to this process aim to inform the clinician of structural damage to the sub dermal vasculature. The current gold standard investigation is laser doppler imaging (LDI) of dermal blood flow. However, due to time and resource constraints, this technique is often only applied to dermal burns of indeterminate thickness. Thermography and the SIAscope potential offer quicker, quantitative analysis with equipment currently in routine medical use in other clinical disciplines.
To validate its use against the current gold standard (LDI)burns of variable thicknesses will need to be assessed and compared with clinical outcome. Consequently, in this study, patients with superficial burns that would not usually require LDI will be included for comparison. All patients will be reassured that thermography, the SIAscope and LDI are non-invasive, non-harmful, quick and will not affect their burn management in any way. Images will be labelled by an anonymised study number and stored in on secure hospital servers according to the Trust's information governance policy.
Chelsea and Westminster NHS Foundation Trust is the lead sponsor of 54 studies on the registry; 8 are open to participants now.
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Adult patients with burns injuries attending the regional burns unit at Chelsea \& Westminster hospital between 48 and 72 hours post burn will be invited to take part in the study at the time of presentation to the unit.
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Adult patients with burns injuries attending the regional burns unit at Chelsea \& Westminster hospital between 48 and 72 hours post burn will be invited to take part in the study at the time of presentation to the unit.
Device: Thermography · Device: Laser Doppler · Device: Spectrophotometric Intracutaneous analysis
Standard thermographic images
Also known as: FLIR E50mx
standard laser doppler analysis
Also known as: Moor systems laser doppler blood flow analysis
standard SIA scope imaging
Also known as: SIA scope
95% healing
The time to 95% epithelial healing of adult burn injuries as assessed by experienced burns clinicians
Time frame: within 4 weeks of presentation
This study is status unknown, as verified in Feb 2014. You cannot join it, but the record below documents what was studied.
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Chelsea and Westminster NHS Foundation Trust