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The discussions reflect genuine interest and curiosity about the super-resolution imaging method, such as comments asking whether it is the same as previous techniques or mentioning attempts at shadow imaging inspired by this publication. The tone varies from informational to experimental, highlighting the technique's potential influence on ongoing research efforts.
Most discussions agree that the super-resolution imaging technique, SUSHI, is innovative and noteworthy, as shown by acknowledgments of its utility and support for its relevance.
Participants show high curiosity about the technique and its applications, with comments indicating unfamiliarity and interest in learning more.
There is moderate engagement, with some users experimenting with the method or referencing its implementation, though most discussions are surface-level acknowledgments.
The discussions suggest that the method could influence future research, but they do not demonstrate widespread adoption or immediate impact, implying moderate significance.
Paper read today #576: Super-Resolution Imaging of the Extracellular Space in Living Brain Tissue https://t.co/EaAJyMAfAn The original paper of SUSHI in 2018, a super-res technique for extracellular space in living brain tissue imaging. https://t.co/SvV4dgk37u
First time trying "shadow imaging" in @cellorganizers (inspired by https://t.co/jhWmPoB9wz in @ValentinNagerl) using a modified PRIMO @AlveoleLab ! #fridayexperiment at @Interdi13756991 https://t.co/B0u8Xex58b
@LaurentCognetBx @naturemethods I agree, it’s hard to keep up: also no SUSHI (https://t.co/YfQFXSdPLl) and chronic in vivo super-resolution (https://t.co/sGGETDSpo2)
@AdrianoAguzzi @JasonSynaptic It‘s a microscopy method! https://t.co/s3Gd2RwpDc
RT @dz_gong: Paper read today #576: Super-Resolution Imaging of the Extracellular Space in Living Brain Tissue https://t.co/EaAJyMAfAn Th…
RT @dz_gong: Paper read today #576: Super-Resolution Imaging of the Extracellular Space in Living Brain Tissue https://t.co/EaAJyMAfAn Th…
Researchers at the University of Bordeaux developed SUSHI superresolution shadow imaging, a groundbreaking microscopy technique that reveals detailed microglia activity and dynamics in living brain tissue.
Superresolution shadow imaging SUSHI captures the migration of glial cells through dense mouse brain tissue, displacing axonal projections and cell bodies. This technique provides detailed insights into cell movement…
@AdrianoAguzzi @JasonSynaptic It‘s a microscopy method! https://t.co/s3Gd2RwpDc
Super-Resolution Imaging of the Extracellular Space in Living Brain Tissue https://t.co/Yg0vbrylcT
RT @dz_gong: Paper read today #576: Super-Resolution Imaging of the Extracellular Space in Living Brain Tissue https://t.co/EaAJyMAfAn Th…
RT @dz_gong: Paper read today #576: Super-Resolution Imaging of the Extracellular Space in Living Brain Tissue https://t.co/EaAJyMAfAn Th…
RT @dz_gong: Paper read today #576: Super-Resolution Imaging of the Extracellular Space in Living Brain Tissue https://t.co/EaAJyMAfAn Th…
Paper read today #576: Super-Resolution Imaging of the Extracellular Space in Living Brain Tissue https://t.co/EaAJyMAfAn The original paper of SUSHI in 2018, a super-res technique for extracellular space in living brain tissue imaging. https://t.co/SvV4dgk37u
@PhotonPhilipp I had never heard of this technique before but it seems very interesting. Is it the same as described in "Super-Resolution Imaging of the Extracellular Space in Living Brain Tissue" published in 2018?
The authors of "Super-Resolution Imaging of the Extracellular Spac…" (https://t.co/DrXFedyXWC) included RRIDs in their paper! We appreciate the author's support of reproducibility. #accelerateopenscience #RRID
RT @Po_Strale: First time trying "shadow imaging" in @cellorganizers (inspired by https://t.co/jhWmPoB9wz in @ValentinNagerl) using a modi…
RT @Po_Strale: First time trying "shadow imaging" in @cellorganizers (inspired by https://t.co/jhWmPoB9wz in @ValentinNagerl) using a modi…
RT @Po_Strale: First time trying "shadow imaging" in @cellorganizers (inspired by https://t.co/jhWmPoB9wz in @ValentinNagerl) using a modi…
First time trying "shadow imaging" in @cellorganizers (inspired by https://t.co/jhWmPoB9wz in @ValentinNagerl) using a modified PRIMO @AlveoleLab ! #fridayexperiment at @Interdi13756991 https://t.co/B0u8Xex58b
Super-Resolution Imaging of the Extracellular Space in Living Brain Tissue https://t.co/7eD1iu5UmQ super-resolution shadow imaging 略してSUSHI(すし)！
RT @ValentinNagerl: @LaurentCognetBx @naturemethods I agree, it’s hard to keep up: also no SUSHI (https://t.co/YfQFXSdPLl) and chronic in v…
@LaurentCognetBx @naturemethods I agree, it’s hard to keep up: also no SUSHI (https://t.co/YfQFXSdPLl) and chronic in vivo super-resolution (https://t.co/sGGETDSpo2)
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