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Rod and cone photoreceptors in mammalian retina are generated from common pool(s) of neuroepithelial progenitors. NRL, CRX and NR2E3 are key transcriptional regulators that control photoreceptor differentiation. Mutations in NR2E3, a rod-specific orphan nuclear receptor, lead to loss of rods, incr...
ORGANISM(S): Mus musculus 
Photoreceptor damage in adult mammals results in permanent cell loss and glial scarring in the retina. In contrast, adult zebrafish can regenerate photoreceptors following injury. By using a stable transgenic line in which GFP is driven by the cis-regulatory sequences of a glial specific marker gfap...
ORGANISM(S): Danio rerio 
To better understand the mechanistic basis of aging and its relationship with retinal degeneration, we examined gene expression changes in aging rod photoreceptors. Rod photoreceptor cell death is a feature of normal retinal aging and is accelerated in many retinal degenerative diseases, including A...
ORGANISM(S): Mus musculus 
To better understand the function of CD8aa Tregs, we have recently characterized several CD8aa+TCRab+ T cell clones and lines that are physiologically primed and are involved in recovery and protection from EAE (REF). In this report, we present a comparison of global gene expression patterns in CD8a...
ORGANISM(S): Mus musculus 
The rd1 mouse retina is a well-studied model of retinal degeneration where rod photoreceptors undergo cell death beginning at postnatal day P10 until P21. This period coincides with photoreceptor terminal differentiation in a normal retina. We have used the rd1 retina as a model to investigate early...
ORGANISM(S): Mus musculus 
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