Li-Hao Yeh
@LiHao_Yeh
Followers
103
Following
118
Media
2
Statuses
64
We are excited to share our preprint on uniaxial permittivity tensor imaging (uPTI), which brings density and 3D anisotropy together for multi-modal tissue and cell imaging with diffraction-limited resolution. Here is a nice summary of the preprint:.
We are excited to share our preprint on uniaxial permittivity tensor imaging (uPTI) that measures density and anisotropy of transparent organelles, cells, tissues, and materials with confocal-like resolution. .@LiHao_Yeh et al. (1/n)
1
0
7
RT @mattersOfLight: I’m #hiring an R&D engineer, who will develop and deploy computational imaging tools to measure activity of organelles….
apply.workable.com
0
21
0
RT @mattersOfLight: Welcome new members of the lab!. @lfblackmon joined us as associate R&D engineer last month. @edyoshikun, Tiffany, and….
0
3
0
RT @RetoPaul: We present rapid projection imaging under variable viewing angles. We apply this method in light-sheet and spinning disk micr….
0
103
0
RT @PFerrandFresnel: Significantly more information after a ptychographic reconstruction 😉. Stay tuned!
0
1
0
Impressive work done by people sitting at the cubic next to me! Definitely remember to check out those amazing movies!.
We just updated our preprint, reporting a novel single-objective #lightsheet design that is capable of imaging large samples, with a large imaging volume, uncompromized image resolution and speed, and multi-view imaging. (1/9).
0
0
5
I will be sharing our work on uniaxial permittivity tensor imaging at OSA Biophotonics Congress 2021 4:00-4:15 pm pacific time on Monday (4/12). Please come and give us some more feedback!.
0
0
11
RT @drAOPisco: The first milestone of this large collaborative project! A big shoutout to the Tabula Sapiens Consortium @czbiohub @Stanford….
0
16
0
RT @loicaroyer: Super excited to present cytoself — our deep learning method for fully self-supervised protein localisation profiling and c….
0
100
0
RT @czbiohub: Tabula Sapiens is a first-draft single cell transcriptomic atlas of 2 human donors, 14 organs, and 150,000 cells. This colla….
0
109
0
RT @LeonettiManuel: Endogenous tagging + 3D live-cell imaging + mass-spec interactome = an open-source map of the….
0
248
0
RT @AndrewGYork: Behold the "Scandreas", a trivially-aligned light-efficient alternative to lens-galvo-lens scanning!. Invented by Andreas….
0
46
0
RT @andreaspuschnik: My colleague @amykczb and I are looking for a PhD-level scientist to join us @czbiohub to dissect viral replication co….
apply.workable.com
0
17
0
RT @hongquan_li: Excited to share our latest work in microscope development from Prakash Lab, with @deepak_me90, @lietk12, @pranavvyas94, N….
0
66
0
A nice opportunity to work with great people and create an impact on biology with computational microscopy!.
If you enjoy taming photons to see the innards of live cells and turning bits into measurements, we have an opening in the new year!! Please RT!.
0
0
7
RT @Stephani_Otte: We are recruiting a new program manager to help push the frontiers of imaging. Forward to your networks or consider app….
chanzuckerberg.com
We believe strong, thoughtful teams are defined by the diversity of voices at the table. Join us!
0
27
0
RT @loicaroyer: Who wants to join us in sunny California and play with state-of-the-art light-sheet microscopes, petabytes of voxels, glowi….
0
74
0
We would like to learn from your feedback and questions. It would be helpful to improve more on our work. Thanks!.
1
0
2
In the process of developing uPTI, we create a package ( to simulate the vectorial light scattering effects and learn from past label-free developments. Some examples of simulations are included in the repo, feel free to give them a quick try!.
github.com
Wave optical models and inverse algorithms for label-agnostic imaging of density & orientation. - mehta-lab/waveorder
1
0
3
Here is the highlight of what uPTI enables. We perform multi-scale imaging on the right corpus callosum of an adult mouse brain section. This allows us to examine its overall morphology (with channels of density and 3D anisotropy) from cm to sub-um spatial scale
1
0
0