Microscopes, Ultrafast Optics. Postdoc @FiolkaLab @UTSW
Joined June 2017
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Bingying Chen retweeted
Please RT!
We are very proud to announce LSFM 2025! The light-sheet conference/workshop will be held this year June 1st-7th, 2025, at the Mount Desert Island Biological Laboratory (MDIBL) @MDIBL in Bar Harbor, Maine.
Application portal open now!
Application deadline (rolling) May 12th, 2025.
Limited financial assistance is available.
mdibl.org/course/lsfm-2025/
This is the only comprehensive conference/workshop of this length in the US.
This year, the conference will be 1.5 days and the workshop will be 4 days (more time on the systems!).
Workshop space is limited. First come!
Confirmed Speakers;
Reto Fiolka @RetoPaul - UTSW - Keynote
Steve Ross @NikonInst -Nikon Instruments
Simon Watkins @simoncwatkins1 -University of Pittsburgh
Claudette St. Croix @ClaudetteCroix -University of Pittsburgh
Kate McDole - MRC Laboratory of Molecular Biology
Holly Gibbs @holly_c_gibbs -Texas A&M
Anna-Karin Gustavsson @gustavssonlab -Rice University
Stephanie Kramer - Case Western Reserve University
Ruixuan Gao @Ruixuan3 -University of Illinois, Chicago
Bingying Chen @bingy_C -UTSW
Fabian Voight @voigtvision -Harvard University
Stephanie Rudolph @StephRudolphLab - Albert Einstein College of Medicine
Melissa Cooper @MelCooperPhD -NYU Langone Health
Doug Shepard @DougPShepherd -Arizona State Univesity
Doug Richardson @Harvard_CBI -Harvard University
Emmanuel Reynaud @ReynaudEmmanuel -University College Dublin
Kara Cerveny @kara_cerveny -Reed College
Carsten Wolff @carsten_wolff -MBL
With more to come!
Confirmed vendors: 12 systems!
3i
ASI
Leica
Bruker
MBF
Zeiss
Miltenyi
LifeCanvas
LIT
Hamamatsu
Abhishek Kumar (co-organizer) - MBL
Kate McDole (co-organizer) - MRC Laboratory of Molecular Biology
Gary Laevsky (co-organizer) - Princeton University
Bingying Chen retweeted
Our team's efforts in bio-imaging in live animals has been published on Science. If you are interested in our work, feel free to reach out to me and I am happy to chat and discuss future potentials!
science.org/doi/10.1126/scie…
Bingying Chen retweeted
We present projection imaging with parameter selection (PROPS) for light-sheet microscopy.
rdcu.be/dCVmA
With PROPS, we can control the depth and location of a projection, and optically unwrap a curved surface, here of a drosophila embryo.
Invention by @bingy_C !
Bingying Chen retweeted
Our mesoscopic oblique plane microscope is online:
opg.optica.org/optica/fullte…
It enables rapid volumetric imaging of a whole zebrafish embryo with ~2.3 micron lateral resolution.
This is enabled by merging a couple of optical innovations and tricks. 1/N
Bingying Chen retweeted
Got a big itch to study T-cell exhaustion!!??
Our review has got your back! We include:
🙆The latest updates in exhaustion🙆
🧪In vivo/vitro models of exhaustion🧪
📊How to best verify in vitro exhausted T cells📊
📈The future of in vitro approaches📈
doi.org/10.1093/oxfimm/iqad0…
Bingying Chen retweeted
We present doubled resolution in light-sheet microscopy via multi-directional structured illumination.
This enables SIM imaging at 1Hz volume rate of subcellular dynamics.
nature.com/articles/s41592-0…
Bingying Chen retweeted
Our latest manuscript about increasing the field of view in oblique plane microscopy using a two-dimensional scanning approach:
opg.optica.org/boe/fulltext.…
By @bingy_C , in collaboration with @AndrewGYork and @amsikking .
Here are some Keratinocytes labeled for Keratin.
Bingying Chen retweeted
Field of view extension in oblique plane microscopy:
biorxiv.org/content/10.1101/…
We leverage the native field of view of a NA 1.1 /25X lens by funneling it through the tertiary imaging system via optical tiling.
In collaboration with @AndrewGYork @amsikking
Bingying Chen retweeted
We present light-sheet microscopy combined with structured illumination.
This enables rapid volumetric imaging in a light-sheet format with doubled resolution.
This will need a few tweets to discuss the details... 1/n
biorxiv.org/content/10.1101/…
Bingying Chen retweeted
We present rapid projection imaging under variable viewing angles. We apply this method in light-sheet and spinning disk microscopy to visualize 3D samples in real time. We further demonstrate that 3D information can be gathered from a set of projections. nature.com/articles/s41592-0…
👻
@bingy_C tuning her homebuilt pulse-compressor on a nonlinear autocorrelator she assembled herself too.
She has built her own lasers in the past and has recently started building an oblique plane microscope.
We are very glad to have her expertise in the lab!
#WomenInScience
Bingying Chen retweeted
BREAKING NEWS:
The 2020 #NobelPrize in Chemistry has been awarded to Emmanuelle Charpentier and Jennifer A. Doudna “for the development of a method for genome editing.”
I think I should at least send a tweet to let my PI know that he has followed me 2 years ago. 😆
Our work to speed up spherical-aberration free remote focusing is now published in @LightSciAppl :
rdcu.be/b7ola
We have added two photon imaging with 12 kHz axial scan rate in the revision.
Congrats to @TonmoyC59869398 , Bingying Chen, @Daetwyler_St @bojuichang @kD3AN