We are thrilled to share that Frontiers in Ophthalmology is now indexed in the Web of Science Emerging Sources Citation Index (ESCI)! This milestone reflects our commitment, including me, to advancing eye research.
We are delighted to announce that #Frontiersin#Ophthalmology is now indexed in @WebofScience Emerging Sources Citation Index (ESCI). Learn more about our journal and read the articles here: https://t.co/KVMzx9uhEK
We presented a multi-scale transformer model, which we call it Breaknet, to overcome the shadow breaks for retinal layer segmentation. Reading this BOEx article #OSA_BOEx https://t.co/DU1V7fM1Uz
We built a fully automated OCT system for high-throughput living tissue screening to expedite therapeutic discovery. Reading this OL article #OSA_OL https://t.co/p3E7RAOMik
🚨Urgent Update: Opposing the Consolidation of NEI
The LHHS bill released today proposes the consolidation of the @NatEyeInstitute into a broader Neuroscience and Brain Institute. https://t.co/YA8Oi9j2km
Stay tuned for further updates and instrumental advocacy support efforts.
Newly published Cell Reports paper on collaborative work with Prof. Issam Al Diri to characterize a RGC depletion model with OCT. Check here https://t.co/Fuvp5euScs
We developed a Sub2Full deep learning algorithm to despeckle OCT images and resolved sub-laminar structure of outer retina with single volume using vis-OCT. Reading this OL article #OSA_OL https://t.co/PnZA1ojWVB
It was a great experience for the Pitt OCT lab to collaborating with Dr. Bokai Zhu and Dr. Yuanyuan Chen and contributing OCT characterization for this exciting project!!
We are excited to share our new study showing that nuclear speckle can be "rejuvenated" to boost proteostasis to alleviate proteinopathies. It is a collaboration with @xuashleychen1
https://t.co/UooyyhYn0G
We have developed a OrgSegNet segmentation model for organoids. It has been applied to retinal organoids and cardiac organoids to delineate 3-D binary mask of tissue and inner structures (hollow and chambers). Check more here #OSA_BOEx https://t.co/NLn9eT0Frg
We're sad to hear of the passing of Joseph Izatt, one of the greatest mentors and engineers. He has been an example of kind excellence, and he made us all better 💔 https://t.co/F1fKHRrN3w
https://t.co/DyMDiJM8u0
I would like to share with you our collaboration with Dr. Yuanyuan Chen and recent publication on "Compensation of inner retina to early-stage photoreceptor degeneration in a RhoP23H/+ mouse model of retinitis pigmentosa": https://t.co/ydhx4pGskn
📢New Section📢We are thrilled to announce that our new section New Technologies in Ophthalmology led by Specialty Chief Editor Professor Vasudevan Lakshminarayanan from @UWaterloo is now open for submissions!
Submit your research here https://t.co/yqVUK09QfA
Real-time in vivo monitoring of intraocular pressure distribution in the anterior chamber and vitreous chamber for diagnosis of glaucoma | Science Advances (relevance: 100%) https://t.co/hkDRJG1JE3 #biophotonics#biomedicaloptics
Today is @ARVOinfo Advocacy Day! Thanks to our Advocacy Award winners, #SciCommTFs, Advocacy and Outreach Committee and Annual Meeting Program Committee members meeting with Capitol Hill reps. on the importance of funding #visionresearch. https://t.co/6NPkj3pvtA
@NAEVRAdvocacy
Congratulations to David Huang (@CaseyEye), Jim Fujimoto & Eric Swanson (@MIT) for receiving the National Medal of Technology & Innovation for development of OCT imaging from President Biden today!
A revolution in eye care & research.
Photo credit: Ryan K. Morris @NSTMF.