3 results match your criteria: "S-2221 MCN Vanderbilt School of Medicine[Affiliation]"

Dual-imaging system for burn depth diagnosis.

Burns

February 2014

UtopiaCompression Corporation, 11150W Olympic Blvd., Suite # 320, Los Angeles, CA 90064, USA.

Article Synopsis
  • Current methods for assessing burn depth and healing are mainly subjective and often inadequate.
  • New technologies like optical coherence tomography (OCT) and pulse speckle imaging (PSI) show potential for better diagnosis through information fusion.
  • The study successfully combined OCT and PSI to classify burn severities using a porcine model, achieving strong diagnostic performance (ROC-AUC=0.87) validated with tissue analysis.
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Hypertropic and keloid scars cause both functional and cosmetic problems for those afflicted. Although people of all ages suffer from these conditions, the patients are often young and otherwise healthy, and become burdened with an activity limiting lesion or psychosocial stresses associated with a perceived aesthetic defect. Currently available treatment modalities are often inconvenient, occasionally painful, and have unwanted side effects.

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Every year, millions of people experience burns, suffer from nonhealing wounds, or have acute wounds that become complicated by infection, dehiscence or problematic scarring. Effective wound treatment requires carefully considered interventions often requiring multiple clinic or hospital visits. The resulting costs of wound care are staggering, and more efficacious and cost-effective therapies are needed to decrease this burden.

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