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3D printing and ophthalmology
3D printers have been available in the home market for many years, with the range of models increasing over time and the costs reducing. Historically, 3D printers have built a reputation of being complex and uncommon, most needing significant assembly...3D OCT-1 Maestro2
OCT & Optional OCTA Single-touch auto-alignment, focus, optimisation & capture OCTA option gives instantaneous vascular flow information without contrast dye injection Widefield Imaging combines retinal thickness, RNFL/GCL & Optic Nerve metrics in one scan True Colour Fundus Photography – create...Haag-Streit launches 3D imaging option for the Imaging Module 910
Haag-Streit UK (HS-UK), the leading manufacturer and distributor of gold-standard diagnostic and surgical devices and instruments for ophthalmologists, optometrists, and orthoptists, has launched the Imaging Module 910 3D (IM 910 3D) in the UK.3D Slit Lamp Grand Round at the Royal College of Ophthalmologists Congress 2023
This year at the Royal College of Ophthalmologists saw a world’s first for any conference: a slit-lamp grand round.Can 3D facial imaging improve patient management in disfiguring eye disease?
Fight for Sight is the leading UK charity funder of eye research. Since the 2013 Sight Loss and Vision Priority Setting Partnership we have encouraged our researchers to work on priorities jointly identified by people affected by sight loss and...HS-UK to be authorised distributor for the Vision Engineering 3D Deep Reality Viewer
HS-UK is delighted to announce that it is now the authorised distributor for the Deep Reality Viewer (DRV) in the UK.Innovative 3D printing could revolutionise treatment for cataracts and other eye conditions
University of East Anglia researchers have made a significant breakthrough in ocular device technology with the introduction of a novel resin for 3D printing intraocular devices. This innovation has potential to enhance the manufacture of eye implants universally used in cataract and refractive surgeries.The history, evolution and future of optical coherence tomography
OCT has made it possible to capture a detailed 3D image of the retina, revolutionising ophthalmic diagnostics and optometric practice. Professor Fujimoto, inventor of OCT, visits us from MIT to speak on the transformative impact of OCT and its future role in AI diagnostics, vision and wider healthcare.Doctor prints cornea on demand!
Simerdip Kaur takes a look at the latest ophthalmology-related news stories and asks which are based on facts and which are ‘fake news’. Headline: Doctor prints cornea on demand! Dr Hideo Kodama from the Nagoya Municipal Industrial Research Institute first...Cybersight: Clinical Technology & Surgical Techniques in the Evolving Management of Corneal Diseases
The current state of the art in the diagnosis and treatment of corneal diseases depends on imaging techniques to visualize the morphology, 3D structure, and optical quality of the cornea. Improvements in imaging allow for increasingly individualized treatment of corneal...
Limbal melanocytes and the stem cell niche
The cornea is continually regenerated to maintain clear vision, due to a population of stem cells located in the limbal region between the cornea and the conjunctiva. These limbal stem cells (LESC) reside in crypts in structures called the Pallisades...
