Basic science: Bedrock of progress

Basic science

 

There is an excellent editorial in the 25 March 2016 edition of Science Magazine from Francis Collins et. al. re-stating the NIH position on support for basic science.  This is important for anyone applying to the NIH for grants as well as those reviewing NIH grants as the central question should be: “How much will the proposed work advance understanding and progress in the field?”.

Faculty Opportunity Moran Eye Center

Moran Eye Center-Color-CR_1

 

The University of Utah Department of Ophthalmology and Visual Sciences invites applications for a full-time position at the level of Assistant/Associate Professor (commensurate w/experience) in the field of visual system function and or/disease. Successful candidates are expected to establish a strong research program funded by federal sources (NIH, NSF), to strengthen the current research carried out at the Moran Eye Institute as well as bring new areas of research into focus.

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Store-Operated Calcium Entry In Müller Glia Is Controlled By Synergistic Activation Of TRPC And Orai Channels

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There is a new publication out in the Journal of Neuroscience (cover story) from Moran Eye Center scientists, Store-Operated Calcium Entry In Müller Glia Is Controlled By Synergistic Activation Of TRPC And Orai Channels authored by Tünde Molnár, Oleg YarishkinPeter Barabas, Anthony Iuso, Bryan William JonesRobert Marc, Tam Phuong, and David Krizaj.

Continue reading “Store-Operated Calcium Entry In Müller Glia Is Controlled By Synergistic Activation Of TRPC And Orai Channels”

Seminar: Photoreception In Fetal And Newborn Mice: Actions On Behavior And Vascular Patterning In The Eye

Seminar Flyer - Copenhagen.ppt

David Copenhagen, Professor of Ophthalmology and Physiology at University of California, San Francisco will be delivering a seminar on “Photoreception In Fetal And Newborn Mice: Actions On Behavior And Vascular Patterning In The Eye” on Wednesday, April 6th at 12:00 Noon in the Moran Eye Center auditorium.

Abstract:

Melanopsin-mediated photoreception in fetuses and young neonatal mice.
The newly discovered melanopsin-expressing photoreceptors in the eye are born around mid fetal gestation and well before rod and cone-mediated visual signaling emerges (~postnatal day 10) in mice. Our research focuses on understanding what visual functions are facilitated by photo activated melanopsin cells in fetal and neonatal animals. I will discuss also our studies directed toward elucidating signaling pathways activated by melanopsin cells in the eye.