Global Medical Holography Market Insights, Opportunity Analysis, Market Shares and Forecast, 2016 - 2022
The global medical holography market is projected to reach $ 953.9 Million by 2022 from $223.1 Million in 2014, at a CAGR of 33.7%. Factors such as rising adoption of holography products in biomedical research and medical education, growing clinical applications of holography in the healthcare sector, and emergence of holography as a promising technology in representing complex 3D structures are driving the growth in the market
Rising Adoption of Holography Products in Biomedical Research and Medical Education is driving the Global Medical Holography Market.
From the various capabilities of holography for image processing and measuring purposes, holographic interferometric techniques have found more extended application in biological and medical research. Due to their special properties the different methods of holographic interferometry are applied to characteristic fields of biomedical investigations where similar to nondestructive testing vibration and deformation analysis is of interest. Features of holographic interferometry, such as the possibility of noncontactive, three-dimensional investigations with a large field-of-depth, are used with advantage. The main applications can be found in basic research e.g., in audiology, dentistry, opthalmology, and experimental orthopedics. Because of the great number of investigations and the variety of medical domains in which these investigations were performed this survey is confined to some characteristic examples. As in all fields of optics and laser metrology, a review on biomedical applications of holography would be incomplete if military developments and utilization were not mentioned. As demonstrated by selected examples, the increasing interlacing of science with the military does not stop at domains that traditionally are regarded as exclusively oriented to human welfare like biomedical research. The term ''Star Wars Medicine'', which becomes an increasingly popular expression for laser applications (including holography) in medicine, characterizes the consequences of this development.
3D holography improves medical training that drives the market of Global Medical Holography Market.
One issue in medical training that previously seemed insurmountable was the lack of tools that allowed students to interact consistently with real human anatomy. If training is mostly confined to images seen in textbooks and on film, as well as occasional work with cadavers, many students have limited opportunities to engage directly with human anatomy. With 3D holograms, such as those Zebra Imaging produces, students can get better insight into the human form. The interactive, detailed human anatomy hologram lets students examine the actual 3D structure of the human body, rather than the 2D images that would be available in textbooks and computer-based learning tools. One study found that students who use medical holograms perform better than their textbook-informed counterparts, as they have a greater understanding of the myriad, minute spatial relationships in the human body.
Armed with a better understanding of the human body, medical students can process information quickly and continue to enhance their own learning. This can give them a significant boost when it comes time for residencies and initial hands-on experiences with living subjects. Since accuracy, efficiency and attention to detail can make a significant difference during medical procedures, it's essential that students receive the most advanced training available.
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