ADCIS attended the 17th International Conference on Clinical and Experimental Ophthalmology in Moscow, Russia held from October 1st to 3rd 2018.
Bruno Laÿ, ADCIS CEO, made a presentation on “3D Image processing and image display of the vascular network in OCT-Angiography Images”. In close partnership with the Fondation Rothschild in Paris, France, ADCIS developed an innovative software product to work on 3D volumes of the retina captured by an Angio OCT system. Bruno Laÿ also presented the most recent works in the field of ophthalmology.
At the 2018 Ophthalmology Conference held in Moscow, Russia, Bruno Laÿ, CEO of ADCIS, showcased a collaborative project with the Fondation Rothschild. The presentation focused on innovative techniques for visualizing and analyzing vascular networks within OCT-Angiography images. Titled “3D Image Processing and Image Display of the Vascular Network in OCT-Angiography Images,” the work aimed to enhance the understanding of retinal and choroidal vasculature through advanced imaging technologies.
During the presentation, Bruno Laÿ highlighted the importance of accurate 3D reconstruction of vascular structures to improve diagnosis and treatment planning for various eye conditions. The joint research involved developing sophisticated algorithms for processing OCT-A images, enabling detailed three-dimensional visualization of blood vessels. This approach allows clinicians to better assess vascular abnormalities, monitor disease progression, and evaluate treatment efficacy with greater precision.
The collaboration between ADCIS and the Fondation Rothschild brought together expertise in medical imaging, computer vision, and ophthalmology. Their combined efforts resulted in a robust software solution capable of handling complex image data, providing high-resolution 3D renderings, and facilitating interactive exploration of vascular networks. Laÿ emphasized that such technological advancements could significantly contribute to personalized patient care by offering detailed insights into ocular blood flow.
Overall, the presentation at Ophthalmology 2018 underscored the potential of integrating cutting-edge image processing techniques into clinical practice. By leveraging 3D visualization, ophthalmologists can achieve a deeper understanding of vascular pathologies, ultimately leading to improved diagnostic accuracy and better patient outcomes. The collaboration exemplifies how interdisciplinary efforts can push forward the boundaries of medical imaging and ophthalmic research.
