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Cutting-Edge Biomedical Imaging Research at GW: Innovations in Breast Cancer Diagnosis and Minimally Invasive Surgery

Explore the forefront of biomedical engineering research at GW University, including new methods in impedance imaging for breast and colon diagnosis, computer-assisted surgery for minimally invasive procedures, and advanced measurements of physical function for rehabilitation. Discover ongoing projects in elastography for breast cancer, Doppler signal processing for carotid plaque detection, and fluorescence-lifetime imaging for tissue characterization. Stay informed about the latest developments in medical instrumentation, such as portable Doppler devices, catheterization simulations, and 3D ultrasound imaging. Learn more about the components of medical virtual instruments, task-based quality measurement of compressed medical images, and multimodality image registration techniques. Join us in revolutionizing healthcare with cutting-edge technologies and innovative solutions.

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Cutting-Edge Biomedical Imaging Research at GW: Innovations in Breast Cancer Diagnosis and Minimally Invasive Surgery

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Presentation Transcript

  1. Research at GW • Imaging • new methods: impedance • diagnosis: breast, colon • computer-assisted surgery: minimally-invasive • measurement of physical function: rehab • simulation and training: catheter • Instrumentation

  2. Biomedical Engineering Research at GW Elastography for breast cancer diagnosis Doppler signal processing in carotid plaque detection Multimodality medical image registration Task-based quality measurement of compressed medical images Impedance imaging sensor development Tissue characterization using fluorescence-lifetime imaging

  3. Recent Accomplishments Portable Doppler device Catheterization simulation New techniques for breast cancer diagnosis Multimodality medical image registration 3D ultrasound imaging

  4. Ongoing projects at GWU...

  5. Research and Development Projects • Medical Instrumentation • 3D ultrasound Imaging • Breast Cancer Diagnosis

  6. Medical Instrumentation • Portable Doppler Device • Maternal/fetal Monitor • Medical Virtual Instrument • Telemonitoring Device

  7. Actual Components of aMedical Virtual Instrument • Personal computer • Plug-in DAQ board • LabVIEW software • Transducers • Bio- amplifier • Software modules

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