Check out our latest work on potentially novel lacrimal gland cell types discovered through single-cell RNA-seq of the murine lacrimal gland in normal mice and mouse models of Sjogren's syndrome published in PNAS https://t.co/0NeqwrdPTI
#Sjogren#singlecell#RNAseq#autoimmune
CALLING ALL YALE OPHTHALMOLOGY ALUMNI!
If you wish to attend, please email your full name, date of graduation, and updated mailing address to: [email protected]
Thank you!
Why do uveal melanomas recur locally after enucleation with clear margins? We report such an intriguing case with a rare activating telomerase promoter mutation(c.1–124C>T) in both primary & recurrent tumors https://t.co/u2KRGED1Ky @YaleOph @BPerzia@YaleMed@YaleCancer#Melanoma
Should MacTel patients undergo cataract surgery? Our study suggests yes but existing central EZ loss may predict subsequent vision loss which is likely to be unrelated to surgery https://t.co/QKVrrLhjJd
#JohnsHopkins#YaleOph#Retina#MacTel
It's out in the wild! A big thanks to @aaron_mckenna for letting me try what, at the time, sounded like a crazy idea, and to our editor/reviewers/proofers/staff @ACSSynBio for an incredible publishing experience that restored my faith in the system. https://t.co/zCmmNiZe87
Really excited to share this pandemic project with everyone. It works, it’s fast, it’s cheap (thanks to @nanopore amazing tech). We love it, we hope you will too. Special thanks to everyone in the lab and Aaron for his patience and support throughout.
Autoimmune retinopathy with associated anti-retinal antibodies is a potential immune-related adverse event associated with immunotherapy in cutaneous melanoma patients. Check out our work at https://t.co/CIspG382aV #YaleOph#YaleMed#YaleCancer#BMJ#Immunotherapy#irae#melanoma
For 20 years the reference human genome has had gaps and missing sequences. PacBio, Oxford Nanopore and a haploid human cell line to the rescue in the first complete human genome assembly! @aphillippy and a cast of many. https://t.co/0EwX2RuR8r
Just when you thought you knew everything about Cas9... Pleased to share our lab’s first paper, now online @CellCellPress: https://t.co/qcIBSh1ZnH. We found Cas9 transcriptionally regulates its own promoter using a natural single-guide RNA. Kudos @reworkman0, @tejapammi et al.
Our study shows a 4-fold increase in drug use–related endogenous endophthalmitis hospitalizations in the United Sates from 2003 to 2016. Important consideration for ophthalmologists when evaluating patients with intraocular inflammation! https://t.co/xXOOnwgQco
https://t.co/hgWBt0ZpUH surprised and truly honored to be selected as one of the winners. This snapshot of a mammalian developing eye is a reminder to myself of how much I enjoy developmental biology!