![Neurons](/sites/default/files/styles/max_325x325/public/2022-07/website_photo_1_0.jpeg?itok=a_5utGde)
Theme 1: Molecular, Cellular and Eye
Discoveries in the molecular, proteomic and cellular make-up of eye tissues.
![TDI](/sites/default/files/styles/max_325x325/public/2022-09/sc2_tdi.jpg?itok=IRuMpjFW)
Theme 2: Brain Imaging and Artificial Intelligence
Development of neuroimaging, computational algorithms/artificial intelligence (AI) to identify biomarkers that can distinguish between healthy and disrupted eye and brain function.
![OCT images](/sites/default/files/styles/max_325x325/public/2022-09/oe-21-16-19412_page_17.jpg?itok=efm1HF04)
Theme 4: Ophthalmic Imaging for Eye and Brain Disease
Development of cutting-edge imaging devices to diagnose eye diseases and identify ocular biomarkers to diagnose brain diseases.
![Image provided by the “Imagining Multisensory Art: Literacy and Inclusion” project. Featuring blind writer and disability studies scholar Dr. Georgina Kleege (left) and non-visual social practice artist Carmen Papalia (right). Photo taken by Anita Bonnarens Photography.](/sites/default/files/styles/max_325x325/public/2024-02/vag_multisensory_art_talk_jan._27_2024_-_anita_bonnarens_photography-5058_300x700.jpg?itok=2Q37Xvua)
Theme 5: Accessibility of Vision Care and the Multisensory Experience in Society
Exploration of the cultural significance of vision and vision-loss among Indigenous communities, and the current challenges in eye health faced by remote and marginalized communities.