Medical holography is 3D visualizing technology used to measure the natural cavity, tissues, and organs of the human body in a non-destructive manner. It is a process of creating an exact visual representation of an object in 3D using light as a source. Medical holography helps to understand human anatomy. 2D image holograms from magnetic resonance imaging (MRI), radiography, computed tomography scanner, and other imaging devices do not allow enough precision and accuracy in diagnosis. Medical holography provides 3D images that help identify problems associated with complex organs, where abnormalities may be subtle.
Holography is the art and science of creating digital images. A hologram, or holographic image, is simply a digital replica of an original surface, usually made by stimulated emission of light. The original surface can be any flat surface, such as a table, desk, wall, floor, or even a plasma screen. A holographic projection occurs when a light source with a specific frequency is triggered by a suitable transmitter on a projection screen. In the case of a computer screen, the signal is followed by the image generated by the monitor. The actual process of hologram creation is extremely complicated. During a hologram creation process, lasers are directed to polarize, bend, lengthen, and focus wave-like particles that are inside the hologram.
These wave-like particles are then electronically stimulated so that they will emit specific wavelengths of light. These specific wavelengths of light are used to create an image in the form of a pattern that can be reconstructed using a special device. Medical holography is used in many applications including medical imaging. Physicians use them to create a map of a person's heart by taking an image of it in a chest x-ray machine. This technique allows doctors to create a clearer image of a heart to help them determine the location in real-time. Radiologists use holographic images during operations to track the location of blood vessels.
This helps them avoid performing invasive procedures on patients if they are not sure of where exactly the vessel is located. Computer graphics and software that make use of holographic objects also use a hologram in their creation. Using ray-tracing in graphics, programmers can draw a scene with invisible rays traced onto the surface of a computer monitor. These rays will be captured by the hologram and transformed into an image that can be viewed by a computer display screen. This makes it easier for the user to view the image as it appears on the screen.
Medical holography makes it easier to understand complex medical information and offers many benefits such as easy understanding of complex information with collaborative viewing, native visualization, and an easy way to create, and share 3D anatomical models. Holography provides 3D visualization of the body with high resolution. Moreover, increasing adoption of medical holography, availability of tools for 3D interpretation, and improvements in hologram imaging techniques prove the emergence of medical holography as a powerful tool for medical application. Medical holography is widely used in various fields such as urology, orthopedics, pathology, ophthalmology, dentistry, etc.
The global medical holography market is in nascent stage with some of its products are still in developing stage.
The global medical holography displays, software, and prints market is dominated by Holoxica Ltd. (U.K.), Zebra Imaging (U.S.), Echopixel (U.S.); while, the global medical holography microscopes market is dominated by Ovizio Imaging systems (Belgium), Lyncee Tec (Switzerland), and Phase Holographic Imaging (Sweden).
In addition to these players, Realview Imaging (Israel), a prominent company in medical holography market is ready to launch advanced holography products for interventional and diagnostic imaging in the market.RealView Imaging Ltd. (Israel) is a leading player in medical holography market, has developed the holographic clinical beta system, a system to project real-time medical holograms.
The company is focused on finalizing the designing and production of its first commercial holographic technology integrated product and is dedicated towards raising funds to cater to its R activities.
Holoxica Ltd. (U.K.) is another leading player in this market and is specialist in making full-color 3D holograms and holographic displays for scientific and medical applications.
The company has developed hologram images of human brain, liver, eye, and ear to help doctors during surgeries.Download Free PDF - https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=183930222On the other side Zebra Imaging Inc. (U.S.), a leading provider of three-dimensional (3D) digital holographic images and interactive 3D displays, is focusing on partnerships and collaboration to strengthen its presence in the market.Focusing on digital holography microscopy, Lyncee Tec SA (Switzerland) and Ovizio Imaging systems (Belgium) are offering of holography microscopes for various biomedical research applications.
The global medical holography market features an extremely competitive market landscape with numerous market players focusing on the development of new products, reports Transparency Market Research.
These companies are focusing on strategic mergers and acquisitions and enhancing their production capacities to meet the growing demand.
The intense competition between these players is mainly driven by new innovations in the medical holography market.
Request COVID Analysis on Medical Holography Market – https://www.transparencymarketresearch.com/sample/sample.php?flag=covid19_id=19295 High Demand from Academic Centers to Boost Growth The medical holography technique is booming incessantly in the light of recent technological developments.
Request Customization on Medical Holography Market Report – https://www.transparencymarketresearch.com/sample/sample.php?flag=CR_id=19295 Advancements in Technology to Create New Avenues Microsoft has recently developed “Hololens 2”, a virtual reality technology featuring holograms.
With the help of Hololens 2 you can see the intricate details of a 3D image with a high resolution.
5 February 2020 - The global Medical Holography Market size is projected to reach USD 4.04 billion by 2025.
The market is anticipated to witness lucrative growth with a CAGR of 31.0% throughout the forecast period owing to increasing use of holography based products in biomedical research.
Increasing activities and funding pertaining to R by key biotechnological and pharmaceutical companies is predicted to widen the scope for biomedical research activities.Additionally, wide array of clinical applications of holography such as in dentistry, surgical & radiological procedures, cardiac electrophysiology, and orthopedics has triggered growth of the industry.
There are several benefits associated with the above-mentioned technological advancements for diagnostic procedures, which is providing attractive growth opportunities.
The benefits associated with these products include precise coordination in interventional and diagnostic applications, real-time visualization of organs and improved training.Application InsightsOwing to the benefits associated with holographic technology such as live imaging which enhanced visibility of organ is expected to boost the medical education segment and provide lucrative growth opportunities.
This can be attributed to presence of majority of key players, undertaking various research activities in the region.High prevalence of disease in the region serves as an important growth factor leading to high clinical urgency to use medical holographs, which are becoming increasingly accessible that facilitates sophisticated imaging.
