Concurrent MRSI and fMRI for Industrial and Agricultural Applications

Adapting the core technology of concurrent MRSI and fMRI to monitor water quality, track chemical reactions, detect biomarkers, and analyze food authenticity in various industries, enabling real-time detection and improvement of processes.

The original patent disclosed a method for concurrently providing MRSI and fMRI of the brain. However, the long scan times and limitations of MRSI and fMRI restricted their application to the clinical setting. This inventive concept addresses the need for rapid, non-invasive monitoring and analysis in industrial and agricultural settings, where traditional methods are time-consuming and often destructive.

The new inventive concept leverages the concurrent MRSI and fMRI technology to analyze water and metabolite signals in various industrial and agricultural applications. The system comprises an MRI scanner and an electronic processor, which concurrently acquire and analyze water and metabolite signals to detect contaminants, anomalies, or biomarkers. This enables real-time monitoring and improvement of processes, such as industrial water quality control, chemical reaction tracking, agricultural product analysis, and food authenticity verification.

The new claims introduce a novel application of the concurrent MRSI and fMRI technology to industrial and agricultural settings, which was not originally considered. The inventive step lies in the adaptation of the core technology to address specific problems in these new fields, providing a non-obvious solution to existing limitations.

Alternative embodiments may include using different MRI scanner configurations, varying the type of signals acquired, or integrating additional sensors to enhance the system's capabilities. Variations may also include applying the technology to other industries, such as environmental monitoring or pharmaceutical development.

The inventive concept has significant commercial potential in various industries, including water treatment, chemical manufacturing, agriculture, and food processing. The ability to provide real-time monitoring and analysis enables companies to improve process efficiency, reduce costs, and enhance product quality, addressing a substantial market need.