Company Filing History:
Years Active: 2015
Title: Innovations in Imaging: The Contributions of Subhasis Sarangi
Introduction
Subhasis Sarangi, an accomplished inventor based in Houston, TX, has made significant strides in the field of imaging technology. With a focus on improving the spatial distribution analysis of nanoparticles within biological systems, Sarangi's work stands out for its innovative approach and potential applications.
Latest Patents
Sarangi holds one patent titled "Imaging Method for Obtaining Spatial Distribution of Nanoparticles in the Body." This patent introduces a magnetic imaging technique that intelligently utilizes the non-linear characteristics of the Néel relaxation time for generating high-spatial resolution images of magnetic tracers. The inventive method involves placing an object within a selection field created by three pairs of orthogonally arranged drive coils. By supplying carefully chosen currents to these coils, a zero field voxel can be established in any desired location within the targeted region of interest (ROI). This process enables the switching off of the magnetizing field and the subsequent collection of high-quality images.
Career Highlights
Currently, Subhasis Sarangi is associated with the University of Houston System, where he conducts research and develops innovative imaging methods. His focus on nanoparticle distribution within the human body has significant implications for medical diagnostics and treatment monitoring.
Collaborations
Sarangi works alongside talented colleague Audrius Brazdeikis, further enhancing the research capabilities at the University of Houston System. Their collaboration emphasizes the importance of interdisciplinary efforts in driving forward innovative solutions in imaging technologies.
Conclusion
Subhasis Sarangi's contributions to imaging methods for nanoparticles demonstrate his commitment to advancing technology in the medical field. His patented innovation represents a crucial step in achieving precise imaging, which can lead to improved diagnostics and therapeutic strategies. As he continues his work at the University of Houston System, the potential impact of Sarangi's research is expected to resonate in both academic and medical communities.