ExM

[Ed Boyden @eboyden3]

#Expansionmicroscopy helps see heat shock proteins (Timmerman, Baldwin, and Benesch labs, https://t.co/x2JzzeFNSN), the pathogen Chlamydia trachomatis (Rudel lab, https://t.co/0z9v2SUeDR), and a Drosophila larva (Preibisch lab, https://t.co/IUzExTShrK). From the last paper:

[Romain F. Laine @LaineBioImaging]

Excited to highlight two #preprint 's for @preLights on developing trifunctional anchors for expansion microscopy (ExM)!
Here's the link to the highlight:
https://t.co/2UokmrG9vQ

and here are the preprints!
https://t.co/Z6Te7HIYcB
https://t.co/HcDe5Ee5PF

[Ed Boyden @eboyden3]

Congrats to the whole team of inventors on the patent for expansion microscopy technologies for the visualization of nucleic acids in cells and tissues, which was just granted, U.S. Patent 10364457! https://t.co/SlL7tzrY4D

[bioRxiv @biorxivpreprint]

Differential expansion microscopy https://t.co/RMyW4KsBPc #bioRxiv

[Ed Boyden @eboyden3]

Exciting to see the beginnings of #expansionmicroscopy of plant tissues! From the Nodine lab, Gregor Mendel Institute, https://t.co/qVcG7kfFqC:

[ExM @ExMicroscopy]

It is amazing to see Tri-functional linkers for expansion microscopy in two recent preprints on July 1 https://t.co/Q91bxfsE91 (Huang and Seiple labs, UCSF @BoHuangLab @IanSeiple @XiaoyuShi2) and on July 8 https://t.co/2UCrYwwXgL (Hofkens lab, KULeuve @MarisaVanh @nedmcneelysson)

[bxv_biophys @bxv_biophys]

Evaluation of direct grafting strategies in Expansion Microscopy https://t.co/uUpcjDaDbS

[Bo Huang Lab @BoHuangLab]

LR-ExM using tri-functional anchors enhances #expansionmicroscopy labeling efficiency to resolve molecular-scale features in cells. Work by @XiaoyuShi2 in collaboration with @IanSeiple lab. https://t.co/BL1EUKXOGx

[Ed Boyden @eboyden3]

Pictures of clathrin coated pits (top, Seiple and Huang labs, UCSF, https://t.co/y05yXld3Wp) and Drosophila amacrine neurons (bottom, Zinn lab, Caltech, https://t.co/r4CGpbdhPl), taken with the help of #expansionmicroscopy.

[Xiaoyu Shi @XiaoyuShi2]

We plan to distribute some trifunctional anchors used in this work for free 😁, after official publication!! https://t.co/Z2Qte3Qj0U Let us know if you wanna try out this brighter, high labeling efficiency, 5-nm resolution LR-ExM. Easy to use! @IanSeiple

[ExM @ExMicroscopy]

Excellent team.

[Xiaoyu Shi @XiaoyuShi2]

We plan to distribute some trifunctional anchors used in this work for free 😁, after official publication!! https://t.co/Z2Qte3Qj0U Let us know if you wanna try out this brighter, high labeling efficiency, 5-nm resolution LR-ExM. Easy to use! @IanSeiple

[ExM @ExMicroscopy]

Label-retention expansion microscopy https://t.co/F6qdpkesDr

[ExM @ExMicroscopy]

PEGylated liposome-encapsulated rhenium-188

[CDD press @cddpress]

PEGylated liposome-encapsulated rhenium-188 radiopharmaceutical inhibits proliferation and epithelial–mesenchymal transition of human head and neck cancer cells in vivo with repeated therapy

https://t.co/OjdZCIjtVc

[ExM @ExMicroscopy]

Beauty in Biophysics 2019

[Biophysical Journal @BiophysJ]

Make sure you check our the captivating images from the Annual Meeting's Image Contest in the 2019 edition of the Cell Picture Show, "Beauty in Biophysics." https://t.co/4C5jIcg5AR #biophysicsweek

[ExM @ExMicroscopy]

#PLOSONE: Deformed alignment of super-resolution images for semi-flexible structures https://t.co/mF4k624taE

[ExM @ExMicroscopy]

Super-Resolution Microscopy Reveals That Disruption Of Ciliary Transition Zone Architecture Is A Cause Of Joubert… https://t.co/XSX7fSHerZ

[ExM @ExMicroscopy]

Local Enrichment of HP1alpha at Telomeres Alters Their Structure and Regulation of Telomere Protection https://t.co/MIxUtQIocS

[ExM @ExMicroscopy]

Deformed Alignment of Super-Resolution Images for Semi-flexible Structures in 3D https://t.co/1SjYxaEUrr

[Xiaoyu Shi @XiaoyuShi2]

Deformed Alignment of Super-Resolution Images for Semi-flexible Structures in 3D https://t.co/LxT30N9g2C