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this microscopic image shows light-sensitive opsin proteins in the retinal ganglia nerve fibers of the neonatal mouse eye, helping scientists identify the role and importance of opsin proteins (like opn4 and opn5) in the developing neonatal eye. researchers are looking for light-based therapies that might prevent or treat eye diseases like retinopathy of prematurity in premature babies or the condition myopia. the findings are reported in nature cell biology.
the study’s first author is minh-thanh t. nguyen, phd, until recently a research associate in the lang laboratory. collaborating institutions include: the university of washington medical school in seattle; the institute of molecular genetics and the academy of sciences of the czech republic; the cleveland clinic; the emory university school of medicine and the university of cincinnati college of medicine.
study digital object identifier (goes live after embargo lifts): http://dx.doi.org/10.1038/s41556-019-0301-x .
funding support for the research came from: the national institutes of health (r01gm124246, r01ey026921, p30ey001730, r01 ey027077, r01 ey027711, r01 ey022917, r01ey004864, 2t32gm063483), funds from the goldman chair of the abrahamson pediatric eye institute at cincinnati children’s, a grant from biocev-cz.1.05/1.1.00/02.0109 (z.k.). this work was supported by nih grant 2t32gm063483, which supports the uccom/cchmc medical scientist training program.
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There are one hundred and five "i"s in the text you provided.
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