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Subspecialties Basic & Translational Research, Diabetes, Glaucoma, Imaging & Diagnostics, Neuro-ophthalmology, Retina, Business and Innovation, Health Economics and Policy

Bitesize Breakthroughs

Figure. A healthy cell shows a well-connected network of mitochondria highlighted in gold. Credit: Jane Farrar and Daniel Maloney, Trinity College Dublin.
  • Scientists at Trinity College Dublin in Ireland have developed a new gene therapy with the potential to treat dominant optic atrophy (1). The approach improves mitochondrial performance in cells containing mutations in the OPA1 gene (see figure 1).
  • A novel imaging technique – serial block face scanning electron microscopy – has been used to digitally reconstruct eye tissues of the outer retina, providing new understanding into age-related diseases resulting in sight loss, such as AMD (2).
  • New research reveals that massive apoptosis of chandelier cells – branched neurons that can inhibit the signaling of cells in their vicinity, affecting the brain’s integration of visual information – plays a key role in binocular vision development. Blocking this apoptosis results in visual function deficiencies (3).
  • Twice-a-year injection of a viscous hydrogel could replace daily eye drops or surgical treatments of glaucoma. Once in the eye, the injected polymer holds open a channel in the suprachoroidal space, allowing aqueous humor to drain and sustaining pressure reduction for four months – hopefully longer in future (4).
  • Genes that increase the risk of diabetic retinopathy (DR) have been identified by a team from the University of Illinois in Chicago, USA. FLCN, which codes for the protein folliculin, reacts differently to high glucose in patients with and without DR (5).

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  1. DM Maloney et al., Front Neurosci, 14 (2020). PMID: 33324145.
  2. E Keeling et al., Int J Mol Sci, 21, 8408 (2020). PMID: 33182490.
  3. BS Wang et al., Neuron, [Online ahead of print] (2020). PMID: 33290732.
  4. JJ Chae et al., Adv Sci (2020). DOI: 202001908.
  5. AD Skol et al., Elife, 9 (2020). PMID: 33164750.

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Aleksandra Jones

Editor of The Ophthalmologist

Having edited several technical publications over the last decade, I crossed paths with quite a few of Texere's current team members, and I only ever heard them sing the company's praises. When an opportunity arose to join Texere, I jumped at the chance! With a background in literature, I love the company's ethos of producing genuinely engaging content, and the fact that it is so well received by our readers makes it even more rewarding.

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