Enumera Molecular, Inc.

L3 Applied Technologies, Inc.

Vladislav Volman

Jeffrey Perry

Laurel Jean Ng

Mark Adkins

Methods, systems, computer programs and computer readable media comprising instructions for processing images and for analyzing samples are described, wherein the processing comprises performing spectral unmixing to identify regions of an image associated with one or more signals such as, e.g., fluorescent signals, luminescent signals, and/or colorimetric signals. The invention finds applications in the context of analysis of labelled samples, such as, e.g., for the purpose of detecting and/or quantifying molecules, molecular complexes, cells, subcellular structures, microorganisms, etc.

Methods and systems for image processing

Systems, methods, and apparatus are described that employ a fast concussion model usable to detect occurrence of traumatic events that can contribute to mild traumatic brain injury (mTBI) and to assess the risk that mTBI has occurred or is likely to occur should further traumatic events occur. A method includes receiving motion data related to a head acceleration event from sensors configured to detect head motion of a subject, using the motion data to obtain an estimate of axon signal dysfunction affecting a component of the subject's brain as a result of the head acceleration event, determining a Neurologic Injury Measure (NIM) from the estimate of axon signal dysfunction, and generating a probability that the subject has been concussed by the head acceleration event based on the NIM. The estimate of axon signal dysfunction may be based on strain at nodes of Ranvier in the component of the subject's brain.

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San Diego, CA, United States of America

Vladislav Volman