The primary driver for global Medical Holography Market include increasing applications of holography for clinical use
In the medical field, holography is employed to gauge the natural cavity, organs and tissue of the human body in a non-destructive manner. Various kinds of holograms have been made over the years, including transmission holograms, which allow light to be shined through them and the image to be viewed from the medial side; and rainbow holograms, which are useful for security purposes — on charge cards and driver's licenses, for example. This 3D visualising technology provides an original experience to the doctor and offers empowerment to clinicians.
For example, according to a news article published by Imaging Technology News on March 21, 2017, it absolutely was observed that several leading clinical sites adopted EchoPixel's True3D, a 3D medical imaging software powered by HP for use in paediatric surgery. In 2017, clinical sites such as Nicklaus Children's Hospital, Miami and Sick Kids Hospital, Toronto adopted True3D by EchoPixel. In 2017, True3D was incorporated right into a 3D lab at Cook Children's Medical Center, Texas to establish technologically advanced diagnosis and pre-planning of complex heart surgeries. The principal driver for global Medical Holography Market include increasing applications of holography for clinical use. This 3D technology helps surgeons to interact closely with life-size 3D virtual images of human anatomy during real-time cardiac procedures.
Holography in medical science is especially used to make 3D images of the human anatomy. Medical 3D holography is employed to represent complex 3D structures necessary for medical imaging, medical research, and medical training & education. The holography products covered in the research include holography displays, holography microscopes, holography prints, holography software, and holoscopes.
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