RPI ID: 2022-016-401 / 2022-016-301
Innovation Summary: X-ray dissectography enhances radiographic imaging by dissecting overlapping anatomical layers using contrast modulation and spatial filtering. The technique improves depth resolution and diagnostic clarity in complex regions. It is particularly effective for identifying subtle pathologies that are obscured in standard X-ray images. The method integrates seamlessly with existing radiographic systems.
Challenges / Opportunities: Conventional X-rays lack depth perception, making it hard to distinguish layered structures. This technology introduces a dissectographic module that improves visualization. It offers opportunities for better diagnostics in resource-limited settings. AI integration could further enhance interpretation accuracy.
Key Benefits / Advantages: ✔ Enhanced depth resolution ✔ Improved pathology detection ✔ Compatible with current systems ✔ Non-invasive and cost-effective ✔ Useful in low-resource settings
Applications: • Diagnostic radiology • Emergency medicine • Pre-surgical planning
Keywords: x-ray, dissectography, medical imaging, radiology, diagnostics, layered imaging
Intellectual Property: Published US application, 18/714185, US20250022210A1, filed 29-May-2024; Published WO application, PCT/US2022/051161, WO2023097100A1, national phase entry 29-Nov-2022