WeiyeSong

[Ji Yi @JiYiLight]

The study took us +3 years. Clinical studies are definitely hard, but super-rewarding. Thanks to
@WeiyeSong and colleagues in @The_BMC.

[Ji Yi @JiYiLight]

New paper on label-free oximetry on living human retina by vis-OCTA published @OSAPublishing #OSA_BOEx. Took us >2 years to complete! 👍to @WeiyeSong and others contributors. Very challenging project but incredibly important and useful. https://t.co/610ZOVUMf3

[FOIL NU @visibleOCT]

We are hiring. Please help to spread the words.

One research technician https://t.co/4mKOmZnUfK
Two postdoctoral fellows
https://t.co/VHTbQ1xepw.

We provide competitive salaries and the best research environment to promote career development.

#postdoc #OCT #SMLM

[biophotonicat @biophotonicat]

Imaging oxygenation of retinal capillaries with depth resolution [Medical Sciences] (relevance: 84%) https://t.co/GizPsW1bf0 #biophotonics #biomedicaloptics

[Yali Jia @YaliJiaOCT]

Not just a widescreen monitor😄, you might need a 8K-UHD monitor to check the details in our recent reconstruction work #OSA_BOEx https://t.co/kjl5rWXKGB

[Ji Yi @JiYiLight]

We are looking for global talent for two postdoc positions on advanced ophthalmic imaging in Wilmer Eye institute @JohnsHopkins and @JHUBME. All candidates will be warmly welcomed, and considered EQUALLY!

[WeiyeSong @WeiyeSong]

@YaliJiaOCT Excellent Job!

[FOIL NU @visibleOCT]

New work on analyzing spectrally-dependent spectrometer roll-off in functional OCT, especially visible-light OCT, is now online with Optics Letters. This effect has been well recognized, but never been thoroughly investigated.
https://t.co/B4dkOZVFtK

@OSAPublishing @ResearchNU

[WeiyeSong @WeiyeSong]

Join the conversation around the Biophotonics Congress: Biomedical Optics using #OSABioPhotonics20 and be sure to follow @OpticalSociety for regular updates! https://t.co/cYkoQsrwMy.

[WeiyeSong @WeiyeSong]

@ShaohuaPi @CaseyEye @ARVOinfo Cool image!

[WeiyeSong @WeiyeSong]

The first paper on Biorxiv! Early detection of retinal alteration by visible and near-infrared optical coherence tomography (vnOCT) in a dexamethasone-induced ocular hypertension mouse model https://t.co/H8pzFgwGLB