Discover and read the best of Twitter Threads about #Microfluidics
Most recents (4)
“Dear Colleagues,
vanteeffelenlab.org has openings for PhD students and Postdocs
with backgrounds in physics, engineering, chemistry, or biology who are
interested in developing and applying state-of-the-art microscopy (notably
single-particle tracking and track analysis
vanteeffelenlab.org has openings for PhD students and Postdocs
with backgrounds in physics, engineering, chemistry, or biology who are
interested in developing and applying state-of-the-art microscopy (notably
single-particle tracking and track analysis
[*eLife* 2020
<lnkd.in/dmAzzFZR>, *eLife* 2020
<lnkd.in/dGs7czkT>, *bioRxiv* 2022
<lnkd.in/dysMaH6H>] and simulation-based quantitative phase microscopy [*PNAS* 2021
<lnkd.in/d-XhM9FV>]) to unravel how bacteria
control their own shapes and sizes.
<lnkd.in/dmAzzFZR>, *eLife* 2020
<lnkd.in/dGs7czkT>, *bioRxiv* 2022
<lnkd.in/dysMaH6H>] and simulation-based quantitative phase microscopy [*PNAS* 2021
<lnkd.in/d-XhM9FV>]) to unravel how bacteria
control their own shapes and sizes.
Microscopy is paired with single-cell perturbations (e.g., in
microfluidics), computational modeling, and approaches from molecular biology. Candidates will work on one of multiple questions at the interface of physics and biology: the regulation of intracellular density and
microfluidics), computational modeling, and approaches from molecular biology. Candidates will work on one of multiple questions at the interface of physics and biology: the regulation of intracellular density and
Absolutely thrilled to share our VASA-seq pre-print on #biorxiv today: Droplet-based single-cell total RNA-seq reveals differential non-coding expression and splicing patterns during mouse development 🧵
biorxiv.org/content/10.110…
biorxiv.org/content/10.110…
VASA-seq captures most parts of the transcriptome (total RNA) of a #singlecell rather than just a portion. It was expertly developed by Fredrik Salmen, a postdoc in @AlexandervanOu1's lab at the @_Hubrecht and partner in crime for this project 🕵️ (1/n). 
The method fragments the entire RNA payload of a cell and polyadenylates each fragment which makes them compatible with all poly(T) based barcoding methods, enabling UMI-tagging and retaining strand-specificity (2/n) 🧑🔬👨🔬
New #TrackMate version out (v&7)
With major changes and improvements I describe below (probably a long thread).
It is the product of a great (and cool) collaboration with @guijacquemet lab (@JwPylvanainen), the @DumenilLab lab in @institutpasteur and the IAH facility
1/n
With major changes and improvements I describe below (probably a long thread).
It is the product of a great (and cool) collaboration with @guijacquemet lab (@JwPylvanainen), the @DumenilLab lab in @institutpasteur and the IAH facility
1/n
The new version is the product of an almost Codiv19-induced full rewrite of TrackMate. Our main goal was to allow integrate SOTA segmentation algorithms and tools such as #StarDist, @ilastik_team, #Weka, @MorphoLibJ and #cellpose in TrackMate,
2/n
2/n
so that they can be used in a tracking pipeline and improve the tracking accuracy and results.
3/n
3/n
Great to have our work on bacterial attachment in stent-on-chips published in @micromach_mdpi at mdpi.com/2072-666X/11/4…!
👇summary thread below👇
With @GarethLuTheryn @aliizzzzz94 @AMosayyebi @Center4Biofilm @MiNaTherGroup @uos_bioengsci @ukbiofilms @UoSEngineering 1/7
👇summary thread below👇
With @GarethLuTheryn @aliizzzzz94 @AMosayyebi @Center4Biofilm @MiNaTherGroup @uos_bioengsci @ukbiofilms @UoSEngineering 1/7
Obstructions of the ureter can be caused by a number of factors and affect the physiological flow of urine from kidney to bladder. To overcome this issue, ureteral stents which have side-holes bypassing urine from ureter to stent and viceversa, are clinically implanted. 2/7
However, stents are prone to complications leading to infection. We employed microfluidics to mimic flow dynamics in ureteral stents in different obstruction (obs) conditions: 1) unobstructed 2) obs at proximal side-hole 3) obs in between side-holes 4) obs next to side-hole. 3/7
