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3D Holographic Medical Imaging

3D Holographic Medical Imaging. Presented by Jeannine Huey. Objectives. Describe 3D Holographic Medical Imaging. Describe the hardware utilized with this trend. Evaluate the hardware utilized with this trend. Describe the software utilized with this trend.

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3D Holographic Medical Imaging

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  1. 3D Holographic Medical Imaging Presented by Jeannine Huey

  2. Objectives • Describe 3D Holographic Medical Imaging. • Describe the hardware utilized with this trend. • Evaluate the hardware utilized with this trend. • Describe the software utilized with this trend. • Evaluate the software utilized with this trend. • Describe the information system used with this trend.

  3. Objectives • Evaluate the information system used with this trend. • Assess the role of the nurse informaticist when working with this trend. • Assess the functions of the nurse informaticist when working with this trend. • Examine related legal/ethical issues. • Discuss the Advantages/Disadvantages from a nursing perspective.

  4. What is 3D Holographic Medical Imaging? • “Nondestructive measurements” ¹ of inside the body. • Three dimensional imaging of the body. • 360 degree view of body organs. • 360 degree view of body cavities. (Hololight, 2005)

  5. What is 3D Holographic Medical Imaging? • High resolution imaging. • Definitive view of positions of objects. • One scan verses several bi- dimensional scans. • Used to assess multiple modalities.

  6. Hardware for 3D Holographic Imaging • Host CPU • Graphics card • Light sensor and 3D imager • Projector • Projection Screen • No 3D glasses required

  7. Projector • Takes images from the image modulators. • Projects images onto a projection screen. • Enables viewer to see images created.

  8. Software for 3D Holographic Imaging • Light sensor and 3D imager • Digital signal processor • Operating System • 3D/stereoscopic rendering engine • Display interface with Image splitter • Image Modulator

  9. Image Splitter • Divides images from the CPU. • Creates left and right sub-images. • Sends images to the modulators. • Turns images on and off. • Enables and controls optical projection. • Observer’s brain combines images into 3D. Split images appear different than single images.

  10. Usability of 3D Holographic Imaging Software • Image is immediately available. • Provides automated and personal display preferences. • “Simultaneously accommodate multiple observers…”¹ • Viewers can see from different angles. • Viewers can move around the object. • No special viewing goggles required. (Neo, 2008)

  11. Review of Information System • This is a Special Purpose Information System • Used by Physicians and Radiologists • Helps to Diagnose and locate internal objects • Point of care configuration • I would recommend using this technology

  12. Advantages for Healthcare • One scan verses several. • Easier for patients. • More accurate location of objects. • More accurate size/shape of objects.

  13. Disadvantages for Healthcare • I could not find any disadvantages.

  14. Ethical/Legal Issues • No ethical issues found. • No legal issues found.

  15. Informatics Competencies • No specific informatics competencies found.

  16. Functions and Responsiblilities • Explain technology to patient. • Read reports. • Follow physician orders.

  17. Summary • Amazing technology. • Saves time. • Saves patient stress. • More accuracy.

  18. References • Garnering Innovation, (2003). Dynamic Holography for scientific uses, military heads up display and even someday HoloTV using TI's DMD. Retrieved September 20, 2008, from Garnering Innovation: Developing Resources for Biomedical Research Web site: http://innovation.swmed.edu/research/instrumentation/res_inst_dev3d.html • Hololight, (2005). Holography- Medical applications, medical holography. Retrieved September 20, 2008, from Hololight.net Web site: http://hololight.net/medical.html

  19. References • Neo (March 20, 2008). Apple Working on 3D Holographic Projection Displays. Retrieved October 10, 2008, from The Macintosh News Network Web site: http://www.macnn.com/blogs/2008/03/20/apple-working-on-3d-holographic-projection-dispay.html • Physorg (2006, November 6). Study finds holographic imaging system promising for cancer treatment planning. Retrieved September 20, 2008, from Physorg.com Web site: http://physorg.com/news82047479.html

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