Project Scientist in Vision Science

  • Led 1 experimental and 1 in silico project investigating the molecular origin of photoreceptor discrete- and continuous-noise (2 firstauthor manuscripts in final preparations).
  • Combined machine learning methods with electrophysiological recordings of single-photon responses to identify phosphodiesterase as the driver for photon-detection limits in rod photoreceptors.
  • Mentored and trained a small team of post doc and staff research personnel on custom acquisition hardware, analysis software, and data analysis theory and methodology.

1 July 2022
  • Led 1 experimental and 1 in silico project investigating the molecular origin of photoreceptor discrete- and continuous-noise (2 firstauthor manuscripts in final preparations).
  • Combined machine learning methods with electrophysiological recordings of single-photon responses to identify phosphodiesterase as the driver for photon-detection limits in rod photoreceptors.
  • Mentored and trained a small team of post doc and staff research personnel on custom acquisition hardware, analysis software, and data analysis theory and methodology.

by:
Khris Griffis

https://khrisgriffis.com
Neurophysiology | Statistics | Biosignals Analysis | Data Science