Prediction, Biosynthesis, and Integration as Biosensors of Molecules With Unique Light Absorbance Signatures And Their Subsequent In-Field Remote Detection Using Hyper-Spectral Cameras

Exclusively Licensed

Invention type: Technology / Case number: #23374

Researchers

Christopher Voigt / Itai Levin / Yonatan Chemla

Departments: Department of Biological Engineering

Technology Areas: Biotechnology: Sensors & Monitoring, Synthetic Biology / Sensing & Imaging: Imaging, Optical Sensing

Impact Areas: Healthy Living, Connected World

prediction, biosynthesis, and integration as biosensors of molecules with unique light absorbance signatures and their subsequent in-field remote dete
Israel | Pending
prediction, biosynthesis, and integration as biosensors of molecules with unique light absorbance signatures and their subsequent in-field remote dete
United States of America | Published application
prediction, biosynthesis, and integration as biosensors of molecules with unique light absorbance signatures and their subsequent in-field remote dete
Brazil | Pending
prediction, biosynthesis, and integration as biosensors of molecules with unique light absorbance signatures and their subsequent in-field remote dete
Canada | Published application
prediction, biosynthesis, and integration as biosensors of molecules with unique light absorbance signatures and their subsequent in-field remote dete
European Patent Convention | Published application

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