Medical Imaging Developed by Academia-Industry Collaboration in Hamamatsu, Japan

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Medical Imaging Developed by Academia-Industry Collaboration in Hamamatsu, Japanby M. Susumu TERAKAWA Hamamatsu Univ. Sch. Med.. Fiber-Coupled Confocal Microscope for Living Animals.Numeriglobe 2009

Transcript of Medical Imaging Developed by Academia-Industry Collaboration in Hamamatsu, Japan

  • 1. Medical Imaging Developed byAcademia-Industry Collaboration in Hamamatsu, JapanSusumu TERAKAWA Hamamatsu Univ. Sch. Med.Fiber-CoupledConfocal Microscope for Living Animals

2. Tumor and Neurons in Living Animals Tumor cells under the skinNeurons in the brain Fiber inserted in the tumor under skin Yokogawa Electric Co. 3. Ultra High NA Objective LensNA=1.65 Terakawa and Abe (1994) d /NANA=nsinOlympusAurora 4. Single Molecule Visualization with High NA LensEffect of a restriction enzymeon DNA strand Phage DNA 5. Endoscope Fujinon Co. Distancemeasurement withlaser beams allows 6. Real-time Scale Display 7. emote Scope for Medical Diagnosis Diagnosis using camera and robot Echo probe on the patientEchogram examined by the doctorHamamatsu Photonics 8. Surgical Navigator with Optical Scanner Sc nne a rFor na a nvig tioS. YAMAMOTOPhoton Med Res Ctr,Hamamatsu Univ Sch MedForo ra n pe tioseijiy@hama-med.ac.jpFoo s itct w hNagashima Medical Instruments Co., 9. High Fidelity Color Image System New image system for accurate color acquisition, print and display was developed for telemedicine. Y.SHIMODAIRA,Shizuoka Univ. Wide Range High-fidelity Color Camera. High-fidelity Color Inkjet Printer 9 10. S. KAWAHITOCMOS Image SensorShizuoka University CMOS camera with a wide dynamic range (DR=160 dB) was developed, and a time of flight (TOF) detector was made for 2D mapping. Wide DR Camera Tunnel and Landscape Usual Image0. 1. 1.5 TOF Camera 5Distance m 0 Image Usual Image 10