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Medical holography links healthcare informatics through the high technology 3D visuals of organs for the doctors to perform medical procedures in a precise and effective way. McGonigle and Mastrian ( 2015) share about medical simulations where these 3D images of human organs help inquire more skills and procedures that can be completed by medical professionals (McGonigle, D. & Mastrian, K.G., 2015, p. 401).

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I believe that medical holography is the future of some cardiac related procedures and once enough research is identified on this subject, doctors will start using this technology more. This technology has a high potential to become big in the healthcare industry, I believe with strong research and evidence, it will happen soon.

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-Not much research has been completed in this topic
-Need more data about how real time procedures like this will impact patient outcomes such as recovery times, infections, etc
-Training doctors and other healthcare professionals will take a bit more time to be successful
-limitations of procedures that can be done using real time medical holography (currently, research only shows cardiac imaging procedures) (Bruckheimer, E., et al, 2016, 848)

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-Excellent image quality
-High quality dynamic color image
-Image large enough to complete procedure
-Object is fixed and as changes occur, the object gets updated simultaneously
(Bruckheimer, E., et al, 2016, 847)

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Medical holography with real time 2D and 3D visualization is a new technology which will help doctors do procedures such as angiography, glenn shunt, etc. The image will have visual representation as if the organ and/or the procedure that the doctor is working on is in front of his/her eyes. The quality of the image presented in front of the doctor's eyes is of high quality and the procedure gets updated as the doctor works on it.

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The image below shows how the real time holography works....
(Bruckheimer, E., et al, 2016, Figure 2)

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Video explains how real time 3D visualization is helpful for doctors to do cardiac procedures.

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3D Rotational Angiographic (3DRA) evaluation of a bicaval Glenn Shunt

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This is "3D Rotational Angiographic (3DRA) evaluation of a bicaval Glenn Shunt" by on Vimeo, the home for high quality videos and the people who love them.

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Bruckheimer, E., Rotschild, C., Dagan, T., Amir, G., Kaufman, A., Gelman, S., & Birk, E. (2016, April 3). Computer-generated real-time digital holography: First time use in clinical medical imaging. European Heart Journal, 17, 845-849. Retrieved October 8, 2016, from PubMed.
McGonigle, D. & Mastrian, K. G (2015). Nursing informatics and the foundation of knowledge (3rd Edition). Burlington, MA: Jones & Bartlett Learning.