Focused ultrasound for measuring elastic properties of biological tissues
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This technology is a method of noninvasive biological tissue characterization using Harmonic Motion Imaging. Payen T, Palermo CF, Sastra SA, Chen H, Han Y, Olive KP, Konofagou EE. Chen J, Hou GY, Marquet F, Han Y, Camarena F, Konofagou E.
Han Y, Payen T, Wang S, Konofagou E. Hou GY, Marquet F, Wang S, Apostolakis IZ, Konofagou EE. Furthermore, this technology facilitates fast and noninvasive imaging of tumors, thereby enabling real-time, accurate assessment of tumor boundaries during surgical procedures and chemotherapy or ablation therapy.
This technology describes the use of a single transducer for harmonic motion imaging to assess the mechanical properties of tissues for disease detection and monitoring. The Technology: Spatially resolved harmonic motion imaging for assessing mechanical properties of tissues. This technology describes the use of a single transducer (ST) for harmonic motion imaging (HMI) to assess the viscoelastic and anisotropic properties of tissues.
- 7Medical ultrasound
- 6Medical imaging
- 6Neoplasm
- 5Catheter
- 5Brain
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- 23Biology
- 22Branches of biology
- 16Anatomy
- 11Anatomical pathology
- 18Biotechnology
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- 13Elisa Konofagou
- 4Jean Provost
- 3Christine P. Hendon
- 2Elizabeth Hillman
- 2Fabrice Marquet
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- 18Dovina Qu
- 2Kristin Neuman
- 1Beth Kauderer
- 1Cynthia Lang
- 1Greg Maskel
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- 17Biomedical Engineering
- 6Biomedical Informatics
- 4Electrical Engineering
- 2Radiology
- 1Applied Physics & Applied Math (APAM)
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- 23Fu Foundation School of Engineering and Applied Science (SEAS)
- 5Columbia University Medical Center (CUMC)
- 4Columbia University Medical Center ( CUM
- 2Faculty of the Arts & Sciences
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