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It has established itself as the world’s leading spectral (multi-energy ‘true colour’) imaging technology. By continuing to use the site you are agreeing to this.

They offer quantitative color x-ray imaging solutions for researchers, complete with 2D/3D visualisation and advanced image analysis tools. The MARS imaging system is based on the new generation Medipix chip licensed out of CERN, Switzerland and technology developed by the University of Canterbury (UC) and partners.

Mars Bioimaging Ltd (MBI) was formed in 2007 to commercialise the ground-breaking MARS imaging system for its applications in medical diagnosis. We are able to transition seamlessly between translation studies spanning from imaging phantoms toBy using this novel system, my research group has produced remarkable results on many aspects of the medical applications of spectral CT imaging such as molecular imaging of tumours, drug delivery, atherosclerosis and bone qualityThe MARS system is the only product in the market that enables important investigations with photon-counting detectors and redefines the state of the art.The MARS scanner gives us the ability to rapidly and non-destructively characterise atherosclerotic plaques at high resolutions.Without this technology we would be unable to compare the biochemistry of the plaques and understand the effect of calcification on cell behaviour.Medpix3 detectors bonded to high-Z sensors at 110 micron pitch with 8 energy bins per pixel and 2 ms frame readoutIterative reconstruction and processing algorithms quantify the concentration of elements and compounds in mg/mLVisualization workstation with HP Zvr 3D virtual reality display for image analysis

Seed, Series A, Private Equity)Whether an Organization is for profit or non-profit MBI works closely with customers to provide a wide range of spectral imaging solutions for applications ranging from cancer detection to development of novel contrast agents. Please accept our terms of use in order to log in

In this case, calcium, fat and soft tissue.

That means two objects of similar density but different materials can be distinguished.We use math algorithms to take the energy information from the color of the x-ray to find the materials present.



For example, one layer containing only bone, one containing only fat.
Mars Bioimaging Ltd MARS promises to revolutionize diagnostic imaging by quantifying the elements and compounds of a sample in a single scan.

Traditional CT has poor soft tissue contrast, MRI is limited by its resolution. MARS Bioimaging (MBI) is an award winning manufacturer of small bore spectral CT scanners for pre-clinical medical research. MBI brings together an interdisciplinary R&D team of physicists, radiologists, engineers, computer scientists, orthopaedic and other surgeons, mathematicians, biologists, and cancer researchers.The MARS system is based on the next generation of x-ray detectors (Medipix3RX) developed in collaboration with CERN, University of Canterbury, University of Otago, and other partners. The latest Tweets from MARS Bioimaging (@MARSBioimaging).


It’s because of being able to measure the energy of the photons that the materials can be distinguished and quantified.MARS promises to revolutionize diagnostic imaging by quantifying the elements and compounds of a sample in a single scan.



San Francisco Bay Area, Silicon Valley)Operating Status of Organization e.g. Mars Bioimaging Ltd (MBI) was formed in 2007 to commercialise the ground-breaking MARS imaging system for its applications in medical

In addition, the work will have benefits for future pandemic response.

Copyright 2015-2019 MARS Bioimaging Ltd. | Christchurch, New Zealand | MARS Bioimaging, New Zealand (MBI) is seeking for partners to better enable drug discovery and therapy monitoring for lung Covid-19 and other lung diseases. MARS Bioimaging (MBI) is an award winning manufacturer of small bore spectral CT scanners for pre-clinical medical research. In addition, the work will have benefits for future pandemic response.Color x-ray is where the energy (or color) of the x-rays that pass through the object is measured. The main objective of MARS is to offer the scientific community access to a selection of advanced microscopy technologies, generally not commercially available.




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