Tony Kanchanawong

Nanoscale Mechanobiology Laboratory, Mechanobiology Institute, National University of Singapore

[Tony Kanchanawong @KanchanawongLab]

🔬 This gives us a more streamlined interferometric microscopy setup that expands accessibility of interferometric SMLM for more labs!
📢 Check out the full paper here:
✨https://t.co/1vg381dcZf
(4/4)

[Tony Kanchanawong @KanchanawongLab]

We've developed Vortex Interference Localization Microscopy (VILM) – a new interferometric super-resolution method that streamlines 4Pi single-molecule imaging using a much simpler setup! 🔬
🧵👇 (1/4) #Microscopy #SuperResolution #SMLM #Bioimaging

[Tony Kanchanawong @KanchanawongLab]

VILM is inspired by STED (vortex phase plates) and PSF engineering (helical PSF). We show that in a 4Pi-setup, a pair of vortex phase masks can generate a rotating bilobed PSF, allowing direct 3D localization in a single-shot (3/4)

[Kashish Jain @kashish195]

Shoutout to everyone involved! @MBIsg @RishitaChangede @KanchanawongLab @acsnano

[Ben Goult @bengoult]

Nicole Morales-Camilo et al. @KanchanawongLab and single molecule data from Jingzhun from @JieYan_NUS

[Ben Goult @bengoult]

"Alternative molecular mechanisms for force transmission at adherens junctions via β-catenin-vinculin interaction" Nice paper from Cristina Bertocchi and Andrea Ravasio at @ucatolica and @MBIsg https://t.co/JYCEEWO3mR @LivUniISMIB

[Kashish Jain @kashish195]

Exciting breakthrough! 🎉 Thrilled to announce the publication of our research on TiO2 Nanopatterning & Optimal Ligand Presentation in Adv Mater! @AdvSciNews @MBIsg 🧪🔬 #CellBiology #NanoEngineering
https://t.co/VLukokNEt2

[AIC at Janelia @AICjanelia]

Calling all life science researchers working in #Singapore!

Registration is open for the Okinawa #Microscopy Workshop 2024. Please RT & apply: https://t.co/YejvFchTCk

@govsingapore @SingaScope @NUSingapore @NTUsg @ASTARsg @SCELSE_SG @dukenus @MBIsg @sutdsg @sutdsg @SingHealthSG

[Nature Communications @NatureComms]

Scientists from @MBIsg provide insights into how actin-driven chirality underlies tissue and organ asymmetry.

#cellchirality #actin #leftrightasymmetry #cellalignment

https://t.co/ncmgOOCOt5

[Tony Kanchanawong @KanchanawongLab]

@CalderwoodLab @YalePharm @YaleCellBio @MJ_Humphries @JCellBiol Congratulations!

[David Calderwood lab @CalderwoodLab]

Delayed getting to this due to vacation - but very happy to announce our new publication with colleagues @YalePharm @YaleCellBio. Thankful to anonymous reviewers for useful comments, to @MJ_Humphries for clear editorial guidance and @JCellBiol for a positive publishing experience

[Alexis Lomakin, Ph.D. (אל) אַלעקסיס לאָמאַקין @Alexis_Lomakin]

https://t.co/mPW5u5dZPb

[Tony Kanchanawong @KanchanawongLab]

@Alushin_Lab @Nature Congratulations!

[Tony Kanchanawong @KanchanawongLab]

@Guillou76 Congratulations!

[Joachim Goedhart @joachimgoedhart]

I like timelines a lot. Here's a timeline of 60 years of GFP discovery and engineering, made for @focalplane_jcs: https://t.co/pqtDPrkcoO

[Nature Reviews Molecular Cell Biology @NatRevMCB]

Congratulations to this year's #LaskerAward winner! Take a look at our (very well-timed!) Review on #integrin|-mediated cell adhesion, written by @CalderwoodLab and @KanchanawongLab and published just this week 👇🏼

FREE #sharedit 🔗https://t.co/lU1hQ6Ruh2

[American Society for Cell Biology @ASCBiology]

Congratulations to long-time ASCB members Richard Hynes @MIT and Timothy Springer @BostonChildrens , who with Erkki Ruoslahti, received the 2022 Albert Lasker Basic Medical Research Award @LaskerFDN for discoveries concerning integrins!
https://t.co/z55VY8SyJe

[Tony Kanchanawong @KanchanawongLab]

@LaskerFDN @MIT @sbpdiscovery @harvardmed Congratulations! @timothyspringer

[Lasker Foundation @LaskerFDN]

Congratulations Richard O. Hynes, Erkki Ruoslahti, and Timothy A. Springer, 2022 #LaskerAward winners! — “for discoveries concerning the #integrins—key mediators of cell-matrix and cell-cell adhesion in physiology and disease”.
@MIT @sbpdiscovery @harvardmed
#Lasker2022