For The First Time,
Tissue Texture can be Measured During a MRI Exam
Introducing Our Patented Magnetic Resonance
Histopathology (MRH) Software Method
Normal Tissue Type
MRH data, which exhibits higher signal intensities across a variety of wavelengths, correlates with normal tissue types by reflecting the organized and consistent microarchitecture of healthy tissues. Each wavelength corresponds to different spatial frequencies within the tissue, capturing structural details at various scales. In normal tissues, this results in predictable, coherent signal patterns. Higher signals indicate uniformity in tissue texture, as opposed to disorganized or abnormal structures often seen in pathological tissues, allowing MRH to distinguish between healthy and diseased states based on spectral data.
Abnormal Tissue Type
MRH data that exhibits lower signals across a variety of wavelengths typically correlates with unhealthy, potentially cancerous tissues due to disruptions in tissue microarchitecture. In diseased tissue, particularly cancerous regions, the structural organization becomes irregular and disordered, leading to weaker or more inconsistent signal responses at various wavelengths. This reduction in signal intensity reflects the chaotic arrangement of cells and loss of normal tissue structure, allowing MRH to differentiate abnormal tissue from healthy counterparts by detecting these deviations in the spectral signature.
Key Opinion Leader Feedback
“As data acquisition takes under a minute, it doesn’t add to the cost of a scan, yet provides high value diagnostic data—answering the health care mandate for value-based care. Indeed, MR·based measurements of the fine tissue textures pertinent to pathology, down to the tens of microns range, is by definition a game-changer in diagnostics.”
Garry Gold, M.D. , M.S.
Department Chair, Stanford University Department of Radiology,
Clinical Benefits with MRH
Advanced Diagnostic Capabilities
BioProtonics offers cutting-edge MR Histopathology (MRH) Package, a non-invasive diagnostic software that seamlessly integrates with any MRI machine. This innovative software provides detailed insights into tissue textures at a sub-millimeter scale, revolutionizing the diagnostic process for medical professionals.
Clinical Decision Support
Empowering medical practitioners, the MRH Package serves as a powerful tool for clinical decision support. By providing comprehensive tissue characterization, it aids in accurate and informed diagnoses, ultimately enhancing patient care and outcomes.
Adaptability Across Medical Specialties and MRI Platforms
Versatile and adaptable, our MRH Package caters to a wide range of medical specialties. From oncology to neurology, this advanced software delivers invaluable insights, making it an indispensable asset across various medical fields. MRH has the ability to be hosted on all major MRI platforms (Philips, GE, Siemens, Canon etc.)
Enhanced Medical Practice
Delivering a holistic customer experience, BioProtonics ensures seamless integration and support, empowering medical professionals to leverage the full potential of the MRH Package in their everyday practice.
Clinical Results
The human clinical study of Magnetic Resonance Histopathology (MRH) delivered very promising results. The MRH scans effectively identified subtle differences in tissue microarchitecture, offering a non-invasive alternative to traditional biopsies. These findings suggest that MRH could significantly improve early diagnosis and enhance patient care when integrated into standard MRI procedures.The study can be sent upon request.