Zimeng Wu
@zimengwu33.bsky.social
Wellcome Trust Optical Biology PhD student @ UCL in the Wong Lab // interested in mechanotransduction and dynamic signalling in morphogenesis
We include example pipelines for:
🐟 migrating zebrafish pLLP
🐟 zebrafish neuromast drift correction
🐣 chick Hensen’s node (pictured)
All easy to adapt to your own system.
[4/6]
🐟 migrating zebrafish pLLP
🐟 zebrafish neuromast drift correction
🐣 chick Hensen’s node (pictured)
All easy to adapt to your own system.
[4/6]
December 8, 2025 at 9:52 AM
We include example pipelines for:
🐟 migrating zebrafish pLLP
🐟 zebrafish neuromast drift correction
🐣 chick Hensen’s node (pictured)
All easy to adapt to your own system.
[4/6]
🐟 migrating zebrafish pLLP
🐟 zebrafish neuromast drift correction
🐣 chick Hensen’s node (pictured)
All easy to adapt to your own system.
[4/6]
The core idea is simple:
DySTrack lets you keep using Zeiss/Nikon software for acquisition while running any Python image analysis you want in the loop.
It watches prescans -> runs your analysis -> updates stage coords automatically.
[2/6]
DySTrack lets you keep using Zeiss/Nikon software for acquisition while running any Python image analysis you want in the loop.
It watches prescans -> runs your analysis -> updates stage coords automatically.
[2/6]
December 8, 2025 at 9:49 AM
The core idea is simple:
DySTrack lets you keep using Zeiss/Nikon software for acquisition while running any Python image analysis you want in the loop.
It watches prescans -> runs your analysis -> updates stage coords automatically.
[2/6]
DySTrack lets you keep using Zeiss/Nikon software for acquisition while running any Python image analysis you want in the loop.
It watches prescans -> runs your analysis -> updates stage coords automatically.
[2/6]
Pleased to say that Jonas Hartmann (bs-less) and I have finally released DySTrack (“diss track”) - Dynamic Sample Tracking.
It’s a Python-based, modular tool that brings smart microscopy to everyday imaging on commercial systems.
Preprint: www.biorxiv.org/content/10.6...
[1/6]
It’s a Python-based, modular tool that brings smart microscopy to everyday imaging on commercial systems.
Preprint: www.biorxiv.org/content/10.6...
[1/6]
December 8, 2025 at 9:48 AM
Pleased to say that Jonas Hartmann (bs-less) and I have finally released DySTrack (“diss track”) - Dynamic Sample Tracking.
It’s a Python-based, modular tool that brings smart microscopy to everyday imaging on commercial systems.
Preprint: www.biorxiv.org/content/10.6...
[1/6]
It’s a Python-based, modular tool that brings smart microscopy to everyday imaging on commercial systems.
Preprint: www.biorxiv.org/content/10.6...
[1/6]
My timely return to social media - just ahead of something fun we’re releasing next week! Until then here’s a movie of the zebrafish pLLP migrating past motor neurons and under the spinal cord as a teaser.
November 28, 2025 at 2:08 PM
My timely return to social media - just ahead of something fun we’re releasing next week! Until then here’s a movie of the zebrafish pLLP migrating past motor neurons and under the spinal cord as a teaser.
Thought I was being really novel when I designed and 3D printed this mold for zebrafish transplants based on the microinjection one, but found out today it already exists…
Bottom: my PLA mold that’s bent from warm agarose
Top: a very kind (more robust looking) gift from @mongeralab.bsky.social
Bottom: my PLA mold that’s bent from warm agarose
Top: a very kind (more robust looking) gift from @mongeralab.bsky.social
November 26, 2025 at 5:58 PM
Thought I was being really novel when I designed and 3D printed this mold for zebrafish transplants based on the microinjection one, but found out today it already exists…
Bottom: my PLA mold that’s bent from warm agarose
Top: a very kind (more robust looking) gift from @mongeralab.bsky.social
Bottom: my PLA mold that’s bent from warm agarose
Top: a very kind (more robust looking) gift from @mongeralab.bsky.social
