Retinal spectroscopy to diagnose brain injury
Fig (a): The EyeTBI principle. (b): Convergence of a collimated beam entering the eye. (c.i): Fundus image taken using D-EYE Posterior. (c.ii): Fundus photographed from combined D-EYE and Raman spectroscopy. (c.iii): Fundus focused on tissue phantom posterior. (d): On-screen crosshair drawn to mark the position of the laser (Image: Pola Goldberg Oppenheimer, University of Birmingham)
EyeTBI uses simultaneous Raman spectroscopy and fundus imaging to deliver "real-time, in-field brain health assessments."
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