Entidade Organizadora / Responsabilidade Científica
Drs. David Zee, Alex Tarnutzer, Alessandra Rufa, Aasef Shaik, Caroline Froment Tilikete
Temas principais
Neuropatias Ópticas, Movimentos Oculares, Campimetria, PEV, OCT, Estrabismo
18-20 September 2025
DAY 1 (18 SEPTEMBER)
40 minutes per talk, three talks per session (C1, C2, C3, C4). Total of 4 sessions
Session C1
- Dave Zee’s SRCA talk (Fernando Rossi lecture)
- Integrative network models in dystonias – lessons learned from eye movements and applied to movement disorders
- Computational models of eye movements (?)
Session C2
- Visually guided behaviour
- Control of complex behavior by the cerebellum
- Gaze and Posture
Session C3
- Talk TBD
- Talk TBD
- Gene therapy for retinal diseases
Session C4
- Talk TBD
- Mathematical models of peripheral positional nystagmus (?)
- Mathematical models of central positional nystagmus
DAY 2 (19 SEPTEMBER)
Each session has 3 talks, one scientific or basic science talk and two translational or clinical, and one case presentation
Duration of talks: 30min
Duration of case presentation: 20 minutes including discussion (10-minute panel discussion)
Session C1
- Tips, tricks and pearls to diagnose eye movement disorders
- Approach to jerk nystagmus
- Approach to pendular nystagmus
- Case Presentation
Session C2
- High level view of computational modeling in clinical neurology
- Membrane based models of disorders of saccades and gaze-holding – implication in autoimmune disorders (?) (we need a clinical talk here)
- Saccades and saccadic intrusions in neurodegenerative disorders
- Case Presentation
Session C3
- High level view of machine learning and artificial intelligence and BigData in genetics of neurological disorders
- Hereditary ataxias
- Hereditary optic neuropathies
- Case Presentation
Session C4
- Computational modeling of ocular motor plant (?)
- Approach to strabismus
- Eye movements in myasthenia and related disorders
- Case Presentation
DAY 3 (20 SEPTEMBER)
Session C5
- What do the eye movements teach us about fatigue in multiple sclerosis
- Afferent visual function in multiple sclerosis
- The optic nerve in neuromyelitis optical spectrum disorders/MOGAD
- Case Presentation
Session C6
- Artificial intelligence in fundus photography
- Ischemic optic neuropathy
- Differential diagnosis of disc edema: intracranial hypertension and more
- Case Presentation
Session C7
- Migraine and visual phenomena: lessons learned from structural and functional imaging
- How to interpret visual fields
- Pupils in neuro-ophthalmology
- Case Presentation
Session C8
- Retinal imaging in animal models: Searching for biomarkers of neurodegeneration
- The clinical use of optical coherence tomography in assessing retrograde degeneration in post-chiasmal, chiasmal, and pre-chiasmal disease
- How to interpret visually evoked potentials
- Case Presentation
