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Optical Coherence Elastography (OCE) Medical Imaging Device

Technology #007-000x-zara

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OCE For Bladder Cancer Detection
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Researchers
Jason Zara, Ph.D.
Associate Professor of Electrical and Computer Engineering, GWU
Managed By
Brian Coblitz
Sr. Licensing Associate coblitz@gwu.edu (202) 994-4345
Patent Protection

Optical Coherence Tomography / Acoustic Radiation Force Imaging Probe

US Patent 7,999,945

US Patent Pending

This invention uses OCT for elastography to achieve unprecedented analysis of small structures. Elastography is a medical imaging technique that measures a tissue’s hardness. Tissues of interest, such as cancers, atherosclerotic plaques, or scars are distinguishable from normal tissue by their hardness. Elastography involves imaging tissue before and after applying a mechanical force. Changes in the image provide input on the hardness or elastacity of underlying tissues. While devices have been established that use ultrasound imaging for elastography, ultrasound is limited by a resolution of around 200nm. Optical coherence tomography (OCT) is a similar imaging modality that can achieve much finer resolutions, even below 10nm. By utilizing acoustic forces to deliver the mechanical stress to the imaged tissue, this invention can be incorporated in a catheter or endoscope for minimally invasive imaging.

Applications:

  • Medical imaging
  • Measurement of mechanical properties of tissues
  • Detect cancers of bladder, colon, skin, and others
  • Examine atherosclerotic plaques

Advantages:

  • Resolution at least 10x greater than ultrasound elastography
  • Can be combined with standard OCT imaging
  • Real-time image capture and analysis