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Glycosylation in ocular surface health and disease

US · IL NIH grant awarded #nih-5R01EY026147-11

Summary

Research project investigating the impact of glycosylation on corneal nerve regeneration and sensation, focusing on glycan composition changes in the mouse trigeminal ganglion following corneal injury.

What they want

Corneal nerves are crucial for sensory information and health, but innervation is often impaired in corneal disorders, leading to vision loss. While the peripheral nervous system can regenerate, this process is slow and incomplete, often resulting in impaired sensory function and symptoms like ocular dryness and pain. This project hypothesizes that changes in glycan composition in the trigeminal ganglion following corneal injury have significant consequences for nerve regeneration and sensation, and could be manipulated to treat neuropathic corneal pain. The research aims to understand the types of glycans present in the trigeminal ganglion and their contribution to corneal sensation.
Deliverables
  • Capture the complexity of protein glycans in the mouse trigeminal ganglion
  • Determine glycan alterations in the mouse trigeminal ganglion following corneal injury
  • Examine the impact of altered fucosylation on corneal nerve repair, at the anatomical and functional levels
Technical requirements
  • Research on protein glycans
  • Focus on mouse trigeminal ganglion
  • Analysis of glycan alterations following corneal injury
  • Examination of fucosylation's impact on corneal nerve repair
Glycosylation in ocular surface health and…
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