Welcome to our FAQ section
Whether you’re a clinician looking for information on how MARS Spectral Photon Counting CT can enhance diagnostic accuracy, a researcher exploring its applications in preclinical studies, or a member of the general public curious about the technology, you’ll find answers to the most common questions here.
MARS is revolutionising medical imaging with cutting-edge technology that provides more detailed, accurate, and efficient diagnostic information, all while maintaining safety standards. Dive in to learn more about how our innovative imaging solutions are transforming healthcare and research.
If you do not find what you are looking for or need further clarification, reach out to us directly at info@marsbioimaging.com.
General
MARS technology uses a photon-counting, energy-resolving detector layer with the Medipix3RX ASIC chip. This enables true quantitative material decomposition by detecting x-ray photon interactions and capturing material composition.
MARS offers advanced 3D imaging with lower radiation doses compared to conventional CT, broadening diagnostic and research capabilities while providing detailed material composition analysis.
Spectral CT captures x-ray wavelengths (colors) and measures their attenuation, providing detailed material composition. This enables revolutionary diagnostic information similar to the shift from black-and-white to color TV.
Color x-ray imaging uses Spectral Photon Counting CT technology to measure x-ray energy at multiple levels, allowing it to distinguish between various materials within the body, providing more accurate diagnostic images.
MARS imaging offers patients more detailed, accurate diagnostic images, leading to earlier detection of conditions and more precise treatment planning, all while maintaining standard radiation exposure levels.
MARS is currently conducting clinical trials and working with healthcare providers to integrate this advanced imaging technology into hospitals and medical facilities worldwide.
No, MARS imaging adheres to standard diagnostic radiation levels and, in some cases, can even reduce radiation exposure compared to conventional CT, thanks to its photon-counting technology.
Clinicians
Spectral Photon Counting CT captures images at multiple energy levels, allowing for superior differentiation of materials. Unlike conventional CT, which only measures attenuation of x-rays, Spectral Photon Counting CT provides detailed insights into tissue composition.
MARS Spectral Photon Counting CT improves diagnostic accuracy by enabling precise identification of different tissue types, such as distinguishing between various soft tissues, bones, and contrast agents.
Yes, MARS offers compact, portable scanners that are well-suited for point-of-care environments, especially for upper extremity evaluations, providing high-quality imaging in real-time.
MARS imaging adheres to standard radiation safety protocols, ensuring patient safety. Its advanced technology allows for lower radiation doses without compromising image quality.
MARS imaging minimizes artifacts around implants and offers clear images of bone structures and soft tissues, making it a valuable tool for pre- and post-operative orthopedic evaluations.
Researchers
MARS is used in various research applications, including material science, biological studies, and pharmaceutical development, by providing high-resolution, detailed images of biological and non-biological samples.
The MARS small-bore scanner delivers high-resolution spectral imaging, designed specifically for preclinical studies, with exceptional sensitivity and accuracy for small animal models.
MARS can precisely quantify materials within samples, enabling researchers to study material composition in detail, which is crucial for material decomposition and understanding complex biological and chemical systems.
Yes, MARS actively partners with research institutions worldwide. If you’re interested in exploring a research collaboration, please reach out to us at info@marsbioimaging.com.