Duke University Bioengineers Detect Pre-Cancerous Colon Cells with Light
Instead of taking random tissue samples, physicians use an endoscope from which short bursts of light search areas suspected of having pre-cancerous cells. When the light hits the tissue, it scatters, and physicians can look for abnormalities to detect dysplasia.
The team has developed a technology called angle-resolved low coherence interferometry which shines light into a cell. Sensors capture and analyze the reflected light. The technology separates the patterns of the nucleus from other parts of the cell and can provide representations of shape changes.
In a clinical study, the system was 85 percent accurate when compared to pathological findings. The system was 86 percent accurate for pinpointing Barrett's esophagus.
Related Articles about Colon Cancer:
40% of Medicare Cancer Screenings Are "Medically Unnecessary"
Women Can Wait Longer Than Men to Start Colonoscopies, Study Finds
Poll Finds Low Follow-up Screening Rates for Colon Cancer
© Copyright ASC COMMUNICATIONS 2017. Interested in LINKING to or REPRINTING this content? View our policies by clicking here.
To receive the latest hospital and health system business and legal news and analysis from Becker's Hospital Review, sign-up for the free Becker's Hospital Review E-weekly by clicking here.