The Northwestern University Center for Engineering in Vision and Ophthalmology (CEVO) connects engineering innovations with clinical needs in ophthalmology by developing, translating, and sharing new tools to improve the diagnosis and management of vision loss, and ultimately, to restore sight.
https://t.co/5nCCK7cgLS
Backed by a $400,000 gift from the Forsythe Family Foundation, the Northwestern University Center for Engineering in Vision and Ophthalmology will advance its work on glaucoma by developing innovative tools to better understand and treat the disease.
https://t.co/CfUNHmmSZA
📢 We're Hiring! Join Our XIQI Lab at Northwestern University
We have openings for postdocs and research assistants to develop optical imaging technologies.
📩 Please reach out to me by email if you're interested.
🔗 More details:
https://t.co/AQiHMOnXQC
#Hiring
Always a good time when we collaborate with Northwestern University Feinberg School of Medicine and Northwestern University Department of Biomechanical Engineering.
New work to achieve an unlimited volumetric field of view in OCT and reconstruct the digital twin of the anterior mouse eyeball is published. https://t.co/U21yFBY6ZJ
Once fully developed, personalized eye surgery will be possible.
#Ophthalmology@IEEEXplore@ResearchNU
New work to validate retinal ganglion cell axon bundle imaging by combining scanning laser ophthalmoscopy and visible-light optical coherence tomography #visOCT is now online at @OpticaPubsGroup.
https://t.co/vYn6VLdykq
#Ophthalmology
Protocol on how to assemble, calibrate, debug, and operate spectroscopic #SMLM#sSMLM is out. We list all the parts, vendors, and prices. We also described our secret nanohole array for both spatial and spectral calibrations.
https://t.co/qx2eDD4WDC
@BioMedCentral
New work using visible-light OCT #visOCT to quantify the anterior and posterior chamber volumes in vivo in mice is out @ARVOiovs.
https://t.co/LZjcmutLqM
We show that previous studies likely overestimated the aqueous inflow rate by approximately twofold in mice.
#Ophthalmology
Only 5 days left to apply to TWO open tenure-track Asst. Prof. faculty positions at @NorthwesternBME! One is in regenerative engineering and the other is open to all BME disciplines.
https://t.co/MtqH0tmKMM
🎉📢Northwestern BME has two open assistant professor positions this year…TWO! One in regenerative engineering and one open to all areas of biomedical engineering. Check it out if you are on the market or know someone who is: https://t.co/u1edB75dE8 2️⃣ @NorthwesternEng
After years of incubation, we present swept-source visible-light optical coherence tomography #visOCT. It is still a baby step towards the clinical translation; we hope more researchers will work together to make it a reality.
#Ophthalmology
https://t.co/EF10El1nBZ
A quick update: @NikonUSA engineers have graciously agreed to help and provided SolidWorks renderings of our spectroscopic #SMLM system using their latest Ti2 body!
Hello microscopy community, we need a copyright-free Solidworks model of @NikonUSA Ti2 body for a protocol paper to report spectroscopic #SMLM. We only need the shell without any internal components. Any suggestions on how/where to obtain it is much appreciated!
On June 14, 2024, @NorthwesternU launched The Northwestern University Center for Engineering in Vision and Ophthalmology (CEVO)! CEVO will connect engineering innovations with clinical needs by developing, translating, and disseminating new tools to improve the diagnosis and management of vision loss, and to ultimately restore sight.
Thank you to everybody who came out to support and listen to our mission and hear from experts in the field.
Pleased to share the program schedule of the @NorthwesternEng Center for Engineering in Vision and Ophthalmology Launch Symposium. World leading researchers will share their thoughts on developing and applying engineering tools to improve human vision.
@ResearchNU@NorthwesternU
In our new pre-print "Freeform robotic optical coherence tomography beyond the optical field-of-view limit," we broke the long-lasting optical limit of OCT FOV by organically integrating freeform robotic scanning with #visOCT imaging.
https://t.co/XlyMxaESQU
#Ophthalmology
The CCBIR-Cancer TEC joint conference at Hopkins was a huge success. Amazing talks, fantastic poster sessions and new connections.
I want to thank Steven Becker of the @theNCI, Sage and Michelle of my office to co-organize this.
@NCIPhySci @NCI_Training
Our team had learned a great deal from the #CCBIR U54 team annual meeting at @JohnsHopkins hosted by @deniswirtz. Plenty of new ideas for cross-center collaborations for cancer imaging from nanoscopic to
mesoscopic scales.
@NCIPhySci @theNCI@NorthwesternEng@ResearchNU