A Candidate Neuromechanical Biomarker and Dosimeter for Monitoring Cumulative Head Impact Trauma

John Ralston1, Scott Grafton2, Wendy Meiring2, Matthew Cieslak2, Jon Woodard3, Asturias Alex2

  • 1IMPAXX
  • 2UCSB
  • 3Globatom, Inc.

Details

Category

Contributed Paper (Oral)

Theme

3. Sensor Informatics

Sessions

10:10 - 11:30 | Sat 18 Feb | Salon 12 | SaA2

Sat1.2: Brain / Head Informatics

Abstract

A candidate neuromechanical biomarker is demonstrated for monitoring cumulative head impact trauma. This biomarker demonstrates a pronounced threshold behavior, corresponding to the onset of physiological changes observed using high resolution brain imaging, and may enable a universally deployable wearable dosimeter.

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