Rubriken är tagen från en sådan analys.Denna analys spår en årlig tillväxt på 30%.
Incredible possibilities of Holographic Imaging Market to Achieve CAGR of +30%
– Report Studied in Detail along with Key Players as Holoxica Limited, EON Reality, RealView Imaging, Lyncee Tec SA, HoloTech, Nanolive, EchoPixel, Phase Holographic ImagingGrowing awareness regarding usage of holographic imaging in medical education will significantly boost holographic imaging market growth over forthcoming years. Newly developed holographic imaging systems possess high efficiency and clear 3D images that helps in research processes. Moreover, government in developed countries implement several initiatives that facilitates the research process for studying orthopedic and cardiovascular disorders that will augment demand for holographic imaging market growth over the coming years.
Samtliga analyser kostar flis om man vill läsa hela konkarrongen så jag tar med det man bjussar på.Fetningar i text står undertecknad för.
On a global scale, the Digital Holographic Microscopy (DHM) market is currently showing significant development. The Digital Holographic Microscopy (DHM) market is experiencing a massive growth velocity due to the new product prototype versions, global market dynamics, economic statistics, topological variations, and product sales and demands that is taking place in the present day.
Denna analys från Reuters spår en årlig tillväxt på 35,3% och lyfter fram PHI i rapporten.
Biomedical research segment will witness 35.3% CAGR by 2024 due to extensive use of holographic imaging systems for various research purposes. Deployment of holography techniques in biomedical research that offer digital holograms of DNA, cells as well as entire organs that can be holographically printed for a range of 3D analysis applications.
Furthermore, increasing adoption of holographic imaging systems in research institutes will further favor business growth.
Holographic imaging market will exceed USD 2.5 billion by 2024; as per a new research report. Growing awareness regarding usage of holographic imaging in medical education will significantly boost holographic imaging market growth over forthcoming years.
Newly developed holographic imaging systems possess high efficiency and clear 3D images that helps in research processes. Moreover, government in developed countries implement several initiatives that facilitates the research process for studying orthopedic and cardiovascular disorders that will augment demand for holographic imaging market growth over the coming years.
Technological advancements integrated within holographic imaging systems is also a contributing factor for industry growth.
Moreover, implementation of various growth strategies by industry players for business expansion will fuel industry growth.
For instance, Phase Holographic Imaging entered into a collaboration agreement with the University of California, San Francisco (USCF) for accelerating skin cancer research process by using holographic imaging cytometry technology. Furthermore, there has been a considerable increase in the adoption of holographic imaging system for conducting biomedical research process that will further stimulate holographic imaging market growth in coming years.
Denna analys spår en tillväxt på 34%.
Growing awareness regarding usage of
holographic imaging in medical education will boost the holographic
imaging market growth over forthcoming years. Newly developed
holographic imaging systems possess high efficiency and gives clear 3D
images that aids the research processes. Moreover, government in
developed countries such as UK and Germany implement several initiatives
that facilitates the research process undertaken for studying
orthopedic and cardiovascular disorders thereby, augmenting the demand
for holographic imaging systems in future. Furthermore, there has been a
considerable increase in the adoption of holographic imaging system for
conducting biomedical research process in India that will further
stimulate the holographic imaging market growth in coming years.
Increasing demand for holography
technology in developed countries will positively influence the industry
growth. Recently developed holographic systems have ability to diagnose
diseases and find high preference as it offers non-invasive diagnosis.
Holography has intense applications in ophthalmology, orthopedics and
dentistry. For instance, holograms have been extensively utilized for
storing orthodontic models that aids accurate diagnosis and holograms
are highly preferred as they are clinically reliable. Moreover, it also
allows comparison and helps in tracking the progress in patients having
dental problems will significantly boost its adoption. However, high
cost associated with processing holograms will restrain the holographic
imaging market growth up to some extent.
Research organizations segment was valued
at USD 46.6 million in 2017 and is expected to have enormous growth
during analysis period owing to rising adoption of digital holographic
software. Developed countries such as Germany undertake numerous
research activities for developing new therapies and drugs for diseases.
Research studies requires study of internal organs and availability of
technologically advanced holographic systems will increase its adoption
amongst researchers that will escalate the segmental growth in upcoming
years.
Hospitals and clinics segment will grow at
34.0% CAGR during the forecast timeframe.Significant growth will be as a result of high adoption of holographic systems for diagnosis of various disorders. Holographic systems provides non-invasive methods for diagnosis that will increase its preference. Moreover, innovative technology introduced within these systems will help the doctors to better analyze the 3D anatomical images due to availability of technologically advanced software that will boost the segment growth.
Holographic industry is still in developing phase and is yet to experience numerous growth opportunities in the forthcoming years. Technological advancements in holographic systems have transformed the research processes by enabling real-time 3D imaging. Moreover, holographic imaging industry has evolved drastically, and the systems being utilized by doctors and clinicians have been digitalized that has made disease diagnosis easy. Traditionally used microscopes and software have now been replaced by the holographic imaging systems as the key industry players are focusing their efforts on R&D to add innovations that will enhance users experience with real-time 3D imaging.
Denna analys spår en signifikant tillväxt och även de lyfter fram PHI i sin rapport.
The Global Live Cell Imaging Market is subject to witness a substantial growth due to the increasing occurrence of chronic diseases and growing demand for advanced diagnostic facilities. Other factors such as accelerated drug discovery & research and development of advanced diagnostic techniques contribute to the growth of market in both developed and developing economies across the globe.
Additionally, growing popularity of kinetic research instead of fixed cellular analysis is predicted to drive the market expansion during the forecast period. Globally, the market is predicted to grow at significant CAGR in the forecast period, providing numerous opportunities for market players to invest in research and development in the live cell imaging market.
Growth in investment in the research & development of efficient live cell imaging methodologies is also anticipated to fuel the growth of the market in the upcoming years. Furthermore, recent investment made by healthcare organizations such as Health Connexions, National Institute of Health, and W.M. Keck Foundation for research & development in various imaging methodologies that are widely adopted in the sectors such as healthcare, food & beverages, and environment sciences, are estimated to amplify market value of live cell imaging in the near future.
Increasing collaboration among private players and various research institutes & universities to produce innovative products and co-develop advanced imaging techniques are expected to drive market growth in the years to come. For instance, Northeastern University of Boston and Phase Holographic Imaging are recently co-developing HoloMonitor technology to manufacture a unique solution for cell analysis.
In addition, rise in the number of mergers, acquisitions and partnerships by industry players in order to strengthen their market position in the live cell imaging industry and generate additional revenue are expected to fuel market growth in the upcoming years as well.
Denna analys spår en tillväxt på 33,7%
Holography has emerged as one of the most promising tools for the medical industry. Holographic techniques have extended their applications in life sciences and medical research as well as medical education. The use of holographic imaging and projection has resulted in tremendous changes in the field of biomedical research and medical education and training.
Although the medical holography market is currently in the embryonic stage, it has the potential to revolutionize the medical imaging industry in the coming years.
Medical holography is a powerful tool for molecular imaging in clinical diagnostics and preclinical research in various therapeutic areas. Owing to the potential applications of holography in the field of diagnostic and interventional imaging, considerable research is underway in this industry.
The biomedical research segment is expected to grow at the highest rate during the forecast period. Holography microscopes can be used for various applications in biomedical research, such as real-time monitoring of living cells, defect inspection, and noninvasive analysis of fluid tomography. They provide best solutions for performing cell -based assays, such as cytotoxicity assays using living cells. They are used for early drug discovery applications, such as cell death assays for the toxicological profiling of bioactive compounds and identification of cytotoxic agents in cancer research.
Apart from the above applications, the digital holography microscopy technology is also used to measure clinically relevant parameters of RBCs, such as hemoglobin content and mean cell volume (MCV) of individual RBCs. Owing to various benefits, such as label-free monitoring of cellular functions and high-resolution, noninvasive, and real-time imaging, medical holography is witnessing an increase in demand in the biomedical research sector.
The development of holograms is an extremely cost-intensive process. It takes significant investments in R&D to develop new products that effectively cater to market needs. The high costs associated with research and technology development (which includes product development, system engineering, software development, clinical assessment, and concerned regulatory approvals for the initiation of product manufacturing) increases the cost of the final product. The most expensive component of a digital holographic microscope and digital hologram is the computer that is used to reconstruct images. Various end users, especially academic institutes, cannot afford these high-cost tools, which restricts market growth to some extent. However, with the availability of faster computers for image processing, inexpensive semiconductor lasers, and high-speed CMOS cameras, it would be possible to build holographic microscopes at lower costs in the near future.
I sista stycket anges den trånga sektorn för ex universitet,kostnad att på egen hand bygga ett digitalt mikroskop.
Där har PHI en saftig konkurrensfördel då deras teknik redan är utvecklad att fungera med en standard dator och ligger i ett lågt prisintervall.
Tänk kommande samarbete med det amerikanska företaget med marknadsföringsbudget i klass med något av våra största svenska företag.
Notera även i analyserna att man ser Digital Holografisk Mikroskopi som ett kommande instrument för sjukhus och kliniker. Med det får bloggen vatten på sin kvarn beträffande tidigare inlägg.
Se pussel + läggande.
Bloggens nästa inlägg kommer handla om varför marknadsledarna,bjässarna,är intresserade av små företag med den profil PHI har. Infosamling och bearbetning på G.
Mvh the99
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