SC17_oldHigh resolution imaging for ophtalmology: adaptive optics and beyond
New trainingOphtalmologists, experimenters, engineers involved in bio-medical imaging, physicists, orthoptists, optometrists
- Understand the scientific, medical and industrial challenges of high-resolution imaging in ophtalmology
- Have an idea of the pratical use of such instruments
- Be able to evaluate these instruments or to participate to their development
- Understand the clinical applications of high-resolution imaging in ophtalmology
Physiological optics
Ocular imaging
Image processing and analysis
OCT, en face OCT, SLO, adaptive optics
Physiological optics
Ocular imaging today and tomorrow
- Fundus cameras, Ultrasounds, OCT.
- Principles of Adaptive optics, adaptive optics bench demonstration.
- Image processing.
- Image analysis.
- In the pipeline : Doppler holography, en face OCT, optoacoustic imaging,multispectral imaging, …
Medical applications in ophthalmology
- Healthy/pathological imaging of the different ocular structures
- OCT & SLO imaging, high-resolution imaging, ultra-sound imaging
Hands-on: experimental demonstrations and practice
- Working groups in rotation on different instruments: rtx1, OCT, en face OCT, SLO, ultra-sound, …
Retinal imaging with AO
- End-users feedback and analysis
Confirmed lecturers: Jean-François Legargasson (Hôpital Lariboisière – Institut de la Vision), Maté Streho (Centre d'Exploration de la Vision, Hôpital Lariboisière), Michel Paques, Sarah Mrejen and Kate Grieve (Hôpital des Quinze-Vingts – Institut de la Vision), Xavier Lévecq (Imagine Eyes), Arnaud Dubois and Caroline Kulcsár (Institut d’Optique Graduate School), Serge Meimon and Guy Le Besnerais (Onera), Michael Atlan (Institut Langevin)
Lectures
Experimental demonstrations
Interactive hands-on with several ocular imaging instruments
- Caroline Kulcsár - Professor at Institut d'Optique
- Michel Paques -
