How To Make A Prosthetic Eye

One of my favorite movie lines is in Blade Runner when Hannibal Chew tells Roy Batty that he designed his eyes. Until reality catches up with science fiction, eye design is still in the hands of designing prosthetic and attractive, but non-functional eyes.

This intriguing video features David Carpenter of the Ocular prosthetics division of Moorfields Eye Hospital discussing how to make a prosthetic eye to replace one lost due to trauma or disease.  Every year, David and his team craft 1,400 customized prosthetic eyes for patients, filling a fundamental cosmetic need.

Seminar: Linking Metabolism, Vascular Maintenance, and Photoreceptor Homeostasis in the Retina

Peter W

Peter Westenskow, Research Associate, Department of Cell and Molecular Biology, The Scripps Research Institute Staff Scientist, Lowy Medical Research Institute will be delivering a seminar on Linking Metabolism, Vascular Maintenance, and Photoreceptor Homeostasis in the Retina on Wednesday, July 2nd 15th at Noon  in the the Moran Eye Center auditorium.

Abstract: Functional interactions between neurons, vasculature, and glia within neurovascular units are critical for maintenance of the retina and other CNS tissues. The architecture of the neurosensory retina is a highly organized structure with alternating layers of neurons and blood vessels that match the metabolic demand of neuronal activity with an appropriate supply of oxygen within perfused blood. In my talk I will discuss the importance of retinal neurovascular units in the retina, focusing specifically on work demonstrating that photoreceptors can generate a bioreactive lipid that activates angiogenesis in the choriocapillaris. I hope to provide novel perspectives on the physiology of complex neurovascular units and discuss how these studies may inform future neurotrophic strategies for treating some of the most severe neurodegenerative diseases.

Seminar: Fat3 – An Unusual Cadherin Regulating Retinal Lamination and Stratification

Michael D Flyer

Michael Deans, Assistant Professor and Director of Research, Otolaryngology, University of Utah will be delivering a seminar on Fat3 – An Unusual Cadherin Regulating Retinal Lamination and Stratification on Thursday, July 2nd 24th at Noon  in the the Moran Eye Center auditorium.

Abstract: Neurons receive signals through dendrites that vary widely in number and organization, ranging from one primary dendrite to multiple complex dendritic trees. For example, retinal amacrine cells project primary dendrites into discrete strata of the inner plexiform layer and only rarely extend processes into other retinal layers. We have shown that the atypical cadherin Fat3 ensures that ACs develop this unipolar morphology. AC precursors are initially multipolar, but lose neurites as they migrate through the neuroblastic layer. In fat3 mutants, pruning is unreliable and ACs elaborate two dendritic trees: one within the IPL and a second projecting away from the IPL that stratifies to form an additional synaptic layer. More recently we have found that Fat3 is regulated by RNA processing and that one alternatively spliced isoform binds to the Kinesin subunit Kif5b. One exciting hypothesis that we are currently testing is that Kinesin trafficking regulates Fat3 subcellular distribution, thereby mediating Fat3-dependent dendrite formation.