Brain mapping reveals potential functions of ipRGCs in modulating eye movements

Shao-Min P Hung (1) , Dan Milea (2) , Françoise Viénot (3) , Joo J Tan (1) , Annadata P Rukmini (1) , Marie Dubail (3) , Tin P Aung (1) , Sharon Lee Choon Tow (1) , Po-Jang J Hsieh (1) , Joshua J Gooley (1)

1 Duke-NUS Medical School [Singapore]
2 Singapore Eye Research Institute, Singapore National Eye Centre
3 CRC - Centre de Recherche sur la Conservation

We discovered that, at high melanopic excitation (when ipRGCs were more excited, bilateral frontal eye field regions showed stronger activation.

Domaines: Neurosciences; Optique [physics.optics]; Santé; Organes des sens; Traitement du signal et de l'image [eess.SP]; Matériaux; Autre; Méthodologie [stat.ME]; Sciences cognitives; Neurobiologie; Traitement des images [eess.IV]; Histoire de la Physique [physics.hist-ph]

Shao-Min P Hung, Dan Milea, Françoise Viénot, Joo J Tan, Annadata P Rukmini, et al.. Brain mapping reveals potential functions of ipRGCs in modulating eye movements. VSS2016, May 2016, St Pete Beach, United States. ⟨hal-01565903⟩