#FluorescenceFriday
The #seahorse #retina shows off its beauty — stunning stratification in the inner nuclear and inner #plexiform layers, with rod #bipolar terminals forming a brilliant band.

#Vertebrate retinas: the same basic plan, yet each species adds its own twist. Its so fascinating.

#FluorescenceFriday
#Seahorse retina stained with #GNB3 (green) + #DAPI (cyan). GNB3 labels cone photoreceptors + ON #bipolarcells, tracing pathways from outer to inner retina. Amazing to see conserved visual #circuits in this non-traditional model

Happy to share the definitive version of our last paper about the role of TET enzymes and DNA demethylation in retinal development @clark-lab-retina.bsky.social journals.plos.org/plosbiology/...

We recently wrote a review about neuroimmune interactions in retinal repair. We dive into the literature regarding immune influences in Muller glia reprogramming, cell transplantation, and axon regeneration. Hopefully its useful, free link: authors.elsevier.com/a/1k-FL4pAsj...

Thank you @latorrelab.bsky.social !!!!

Thanks to all the co-authors!! @vidalvazquezn.bsky.social, @evacandal.bsky.social, @barreiroanton.bsky.social, @salisburyfish.bsky.social, @franciscahervas.bsky.social, @kaessmannlab.bsky.social and all the others who are not on Bluesky

Two days after our preprint in the role of active DNA methylation in retinal development... Happy to share our last paper from my former lab. SnRNA-seq atlas of the postnatal shark retina!! www.nature.com/articles/s41...

@latorrelab.bsky.social thank you!! ☺️