Novel Applications of MICA-Binding Fusion Molecules

This inventive concept leverages the core technology of anti-MICA antigen binding fragments to address pressing issues in water quality, skin conditions, respiratory diseases, agriculture, and food safety, opening up new avenues for innovation and commercialization.

The original patent disclosed anti-MICA antigen binding fragments, fusion molecules, cells, and methods of using them, primarily focused on natural killer cells and cancer therapy. However, the patent's limitations in terms of applicability and scope hindered its potential in other fields. This inventive concept solves this problem by applying the core technology to entirely new industries and use cases, capitalizing on the versatility and adaptability of MICA-binding fusion molecules.

The new claims encompass a system for monitoring and controlling water quality, a method for reducing inflammation in skin conditions, a device for diagnosing and treating respiratory diseases, a method for enhancing crop yields, and a system for detecting and preventing foodborne illnesses. Each of these applications leverages the MICA-binding fusion molecule's ability to detect and neutralize specific targets, providing innovative solutions to pressing problems in their respective fields.

The novelty of this inventive concept lies in its application of the anti-MICA antigen binding fragments to entirely new industries and use cases, demonstrating an inventive step beyond the original patent's scope. The new claims introduce unexpected and non-obvious uses for the core technology, expanding its potential for commercialization and impact.

Alternative embodiments of this inventive concept could include the development of MICA-binding fusion molecules with tailored specificity for different applications, the integration of these molecules with existing technologies, or the exploration of new delivery methods and formulations. Variations could involve adapting the core technology to address related problems within each industry, such as using MICA-binding fusion molecules to detect and treat other waterborne pathogens or to monitor and control air quality.

The commercial potential of this inventive concept is vast, with applications in water quality management, skin care, respiratory disease diagnosis and treatment, agriculture, and food safety. The target industries include water treatment, pharmaceuticals, medical devices, agriculture, and food processing, with potential partnerships and collaborations with companies, research institutions, and government agencies.