Addendum to the Enabling Technologies of OCT-Angiography Post One of the most exciting new applications of optical coherence tomography (OCT) imaging has been OCT angiography (OCT-A), the ability to non-invasively visualize blood flow [Lumbroso 2016]. As a relatively new technology,…
Voxeleron are pleased to announce their inter-institutional agreement with Johns Hopkins University to jointly develop automated methods to count corneal subbasal nerves. Based on an initial collaboration that demonstrated how corneal nerve assessment has the potential to diagnose and monitor…
Greedy Solutions to Complex Problems? Reflecting in the build up to this year’s ARVO on the approaches used for OCT layer segmentation, two things are immediately apparent. Firstly, it’s a harder problem than people first thought. Marketing managers who ten…
Dr. Richard Lewis presented this year’s keynote, “Bullish on Glaucoma, A 30-Year Perspective on Patient Care, Clinical Research, and Industry”, which comprised some lessons learned from his extensive experience at the interface between the clinical world and commercial product development in…
Optical Coherence Tomography (OCT) angiography opens another exciting chapter in ophthalmic imaging. Based on motion contrast, and in the presence of motion-less structure, OCT angiography (OCT-A) resolves signal due to moving blood flow. It thereby offers a compelling alternative to…