DavidOct 7
Giving #minflux a whirl.
Easily setup, Google Reader integration allowing the Classic Reeder app to play nicely, no dramas.
MaxGeismannDec 11, 2023
(1/7) Proud to announce the preprint presenting my work on a fast, robust and scaleable polarisation interferometer for 3D #MINFLUX featuring dual-colour multi-emitter tracking in 3D!
https://www.biorxiv.org/content/10.1101/2023.12.09.570565v1
Emmanuel MargeatAug 22, 2023
I am hiring !!
1 year Engineer position in optical microscopy to build a home – made RASTMIN microscope.

#superresolution #minflux #Microscopy
more info
https://integrativebiophysicsofmembranes.wordpress.com/2022/11/28/now-hiring/
Now hiring !

Several of our research projects have been recently funded by ANR & FranceBioImaging. Therefore we are now looking for two candidates, to fulfill the following positions : Postdoc position Post…

Team Integrative Biophysics of Membranes
BioImagingUKMar 15, 2023

Great explanation of #MINFLUX and how you can access this cutting-edge #bioimaging technique!

#ImagingScientist

@focalplane_jcs @the_node @LDN_PostdocNet @RMS_EarlyCareer @RoyalMicroSoc @Official_BSCB @_BSDB_ @BBSRC @The_MRC @STFC_Matters @UKRI_News @JofMicroscopy
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RT @EuroBioImaging
Are you studying structural biology in cells🦠🧬 - or biological processes at the molecular level? Christopher Tynan, staff scientist at OCTOPUS, @C…
https://twitter.com/EuroBioImaging/status/1635954193667088385

Tweet / Twitter

Twitter
BioImagingUKMar 14, 2023

Chances are you don't have a #MINFLUX microscope and expert in your lab!

Don't let that stop you if you want to distinguish objects that are <10nm apart!

Apply to access MINFLUX at OCTOPUS, Harwell via @EuroBioImaging and get expert support for your project! #TooGoodToBeTrue
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RT @EuroBioImaging
Want to see objects that are merely 5 nm apart - or track them in live cells with high temporal resolution? Give #MINFLUX a try🔬! Chr…
https://twitter.com/EuroBioImaging/status/1635642779542990848

Tweet / Twitter

Twitter
The New Universe (ticker)Mar 10, 2023
MPI pushed the #MINFLUX technique to the next level. It now allows protein dynamics to be observed under physiological conditions with a nanometer/millisecond.spatio-temporal precision of one
MINFLUX captures the rapid stepping motion of the motor protein kinesin-1 on a microtubule with nanometer precision.
@Albert
Ticker of #thenewuniverse, creator of https://fedi.science
Video: https://youtu.be/q6QAFacewf0
PR: https://www.mr.mpg.de/14582127/fast-even-at-the-nanometer-level
SCIENCE issue:
https://www.science.org/doi/10.1126/science.ade2650
Fediverse.science & Fedi.science

Fediverse.science unified with Fedi.science. The global fediverse of sciences, using both names alternatively suitable for each unser name

Mastodon hosted on fediverse.science
TheNewUniverse - intl. TickerMar 10, 2023
MPI pushed the #MINFLUX technique to the next level. It now allows protein dynamics to be observed under physiological conditions with a nanometer/millisecond.spatio-temporal precision of one
MINFLUX captures the rapid stepping motion of the motor protein kinesin-1 on a microtubule with nanometer precision.
@Albert
Ticker of #thenewuniverse, creator of https://fedi.science
Video: https://youtu.be/q6QAFacewf0
PR: https://www.mr.mpg.de/14582127/fast-even-at-the-nanometer-level
SCIENCE issue:
https://www.science.org/doi/10.1126/science.ade2650
Fediverse.science & Fedi.science

Fediverse.science unified with Fedi.science. The global fediverse of sciences, using both names alternatively suitable for each unser name

Mastodon hosted on fediverse.science
Show threadMarkus OsterhoffJan 26, 2023

Tim Salditt (http://twitter.com/SaldittLab, substituting Jasper Frohn): #Multiscale #Xray Phase Contrast #Tomography at #GINIX/P10: Concepts, Implementation and Applications

- fantastic collaboration with the P10 team
- directly comparing #STED to #Minflux; old #confocal? not worth mentioning 😂
- overview tomo, then zoom-in
- tumorous human pancreatic tissue #biopsy: quantify the #tumor type
- from electron density to metrics, quantify fibres etc.
- #hippocampus patho punch, #Alzheimer sample

Salditt Lab (@SaldittLab) / Twitter

We study soft matter & biomolecular assemblies, X-ray optics & holographic phase contrast X-ray imaging. Institute for X-Ray Physics (IRP) @uniGoettingen

Twitter
Spektrum (inoffiziell)Jan 11, 2023
Dank einer bahnbrechenden Technik lassen sich im Fluoreszenzmikroskop lebende Strukturen auf den Nanometer genau auflösen und Proteinbewegungen im Millisekundentakt verfolgen.
Fluoreszenzmikroskopie: Die letzte Grenze
#Fluoreszenzmikroskopie #StefanHell #Superauflösung #HöchstauflendeMikroskope #Kinesin #Proteindynamik #Kernpore #STED-Mikroskopie #MINFLUX #MINSTED #Nobelpreis #Mikroskopie #Analytik #Physik #Biologie #Chemie #ITTech
Fluoreszenzmikroskopie: Die letzte Grenze

Mit speziellen Fluoreszenzmikroskopen lassen sich lebende Strukturen nanometergenau auflösen

Spektrum (inoffiziell)Jan 10, 2023
2014 erhielt Stefan Hell den Nobelpreis für Chemie für die Entwicklung der STED-Mikroskopie. Jetzt hat er auf dieser Basis ein neues revolutionäres Mikroskopieverfahren ersonnen.
»Ein Potenzial, das noch in keiner Form gehoben ist«
#STED #Mikroskopie #MINFLUX #MINSTED #Fluoreszenzmikroskopue #PALMSTORM #Nobelpreis #Kinesin #Kinesin-1 #Nanoskopie #Hochauflösend #Kernpore #Kernporenkomplex #Physik #Biologie
»Ein Potenzial, das noch in keiner Form gehoben ist«

2014 erhielt Stefan Hell den Nobelpreis für Chemie für die Entwicklung der STED-Mikroskopie. Jetzt hat er auf dieser Basis ein neues revolutionäres Mikroskopieverfahren ersonnen.

Spektrum.de