adambyron's profile picture. Cell adhesion networks #NewPI @TheByronLab · Views my own · Mastodon https://mas.to/@adambyron

Adam Byron

@adambyron

Cell adhesion networks #NewPI @TheByronLab · Views my own · Mastodon https://mas.to/@adambyron

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Got the keys to @TheByronLab! A new adventure @FBMH_UoM @OfficialUoM Follow via linktr.ee/TheByronLab #NewPI

adambyron's tweet image. Got the keys to @TheByronLab! A new adventure @FBMH_UoM @OfficialUoM 

Follow via linktr.ee/TheByronLab #NewPI

Adam Byron reposted

Fantastic talk from ⁦@guijacquemet⁩ today- cancer cell invasion, basement membranes & fabulous image analysis tools. 🙏🙏 for visiting ⁦@wtccmr⁩ with ⁦@hellyeh_h⁩ - safe ✈️ home

RLWczyk's tweet image. Fantastic talk from ⁦@guijacquemet⁩ today- cancer cell invasion, basement membranes & fabulous image analysis tools. 🙏🙏 for visiting ⁦@wtccmr⁩ with ⁦@hellyeh_h⁩ - safe ✈️ home

Adam Byron reposted

Massive news: eLife to abolish accept/reject decisions: papers will just be “peer reviewed”. Others can argue about this, but lots of interesting consequences. 1/9 elifesciences.org/articles/83889


Adam Byron reposted

-Can you send us your presentation a week before the conference? - No, i'm still working on it


Adam Byron reposted

A helpful tool to implement this in practice: shortDOIs. Instead of something like DOI: 10.1038/s41587-021-01059-3 you'll get shortDOI: 10/jhbt This is a service by the official DOI foundation, not just another URL shortener. Give it a try: shortdoi.org

We're doing a thing! Speakers @HHMINEWS Science Meetings will no longer put journal names on their talk slides. Instead display first author, year, PMID (or DOI) like @ardemp Why? -end prestige-signaling -people can actually find reference #nojournalnamesontalkslides

leslievosshall's tweet image. We're doing a thing! Speakers @HHMINEWS Science Meetings will no longer put journal names on their talk slides. 
Instead display first author, year, PMID (or DOI) like @ardemp
Why? 
-end prestige-signaling
-people can actually find reference
#nojournalnamesontalkslides


Adam Byron reposted

Targeting metastatic disease is the main cause of cancer-related death. We find a key epigenetic regulator of metastasis. We also find it regulates tumor growth. In combination with standard-of-care, MLL inhibitor effectively prevents tumor progression. biorxiv.org/content/10.110…

deniswirtz's tweet image. Targeting metastatic disease is the main cause of cancer-related death. We find a key epigenetic regulator of metastasis. We also find it regulates tumor growth. In combination with standard-of-care, MLL inhibitor effectively prevents tumor progression.

biorxiv.org/content/10.110…

Looks cool: a new method to observe protein interactions in living cells @eLife @berkeleyMCB

Proximity-assisted photoactivation (PAPA) is a new way to detect protein-protein interactions in live-cell imaging, which uses excitation of a “sender” dye like JF549 to reactivate a “receiver” dye like JFX650 from a dark state. elifesciences.org/articles/76870 (1/7)

tgwgraham's tweet image. Proximity-assisted photoactivation (PAPA) is a new way to detect protein-protein interactions in live-cell imaging, which uses excitation of a “sender” dye like JF549 to reactivate a “receiver” dye like JFX650 from a dark state. elifesciences.org/articles/76870 (1/7)


Adam Byron reposted

But downloading is the fun bit

Dr_Meming's tweet image. But downloading is the fun bit

Adam Byron reposted

Save the date for the amazing Dynamic Cell Conference on 17-20 April 2023! Great line up of speakers Plenty of slots for selected talks ECR Networking events Jointly organized by @BiochemSoc and @Official_BSCB Register for alerts online here: ow.ly/rO2j50L31j9

BiochemSoc's tweet image. Save the date for the amazing Dynamic Cell Conference on 17-20 April 2023!
Great line up of speakers
Plenty of slots for selected talks
ECR Networking events 
Jointly organized by @BiochemSoc and @Official_BSCB 
Register for alerts online here: ow.ly/rO2j50L31j9

Did I miss anything? On second thought...


Adam Byron reposted

Sadly, we have to give away our sound icons next week, due to storage problems. Sound Icons are grand pianos stripped of components and turned sideways to be accessible to extended techniques. If anybody wants these beautiful things, they can have them for the price of delivery.

Filthy_Lucre_'s tweet image. Sadly, we have to give away our sound icons next week, due to storage problems. Sound Icons are grand pianos stripped of components and turned sideways to be accessible to extended techniques. If anybody wants these beautiful things, they can have them for the price of delivery.
Filthy_Lucre_'s tweet image. Sadly, we have to give away our sound icons next week, due to storage problems. Sound Icons are grand pianos stripped of components and turned sideways to be accessible to extended techniques. If anybody wants these beautiful things, they can have them for the price of delivery.

Adam Byron reposted

Out today! "Membrane ruffling is a mechanosensor of extracellular fluid viscosity". It was great fun collaborating with Yun Chen, Sergey Plotnikov, and their teams! Link to the paper here: nature.com/articles/s4156…

MAG2ART's tweet image. Out today!
"Membrane ruffling is a mechanosensor of extracellular fluid viscosity". It was great fun collaborating with Yun Chen, Sergey Plotnikov, and their teams! Link to the paper here:
nature.com/articles/s4156…

Adam Byron reposted

Credit to me 🥲 (you can read vaskange world at 0:03). Anyway I will continue to build this infinite world to amaze you even more 😊

Proximity-assisted photoactivation (PAPA) is a new way to detect protein-protein interactions in live-cell imaging, which uses excitation of a “sender” dye like JF549 to reactivate a “receiver” dye like JFX650 from a dark state. elifesciences.org/articles/76870 (1/7)

tgwgraham's tweet image. Proximity-assisted photoactivation (PAPA) is a new way to detect protein-protein interactions in live-cell imaging, which uses excitation of a “sender” dye like JF549 to reactivate a “receiver” dye like JFX650 from a dark state. elifesciences.org/articles/76870 (1/7)


Adam Byron reposted

Osteopontin-integrin axis protects from #melanoma. A new study from Simoes, Paschalidis, Kourepini and Panoutsakopoulou @BRFAA_IIBEAA: bit.ly/3ou7UDq #Disease #Immunology #CellSignaling #integrins

JCellBiol's tweet image. Osteopontin-integrin axis protects from #melanoma. A new study from Simoes, Paschalidis, Kourepini and Panoutsakopoulou @BRFAA_IIBEAA: bit.ly/3ou7UDq

#Disease #Immunology #CellSignaling #integrins

Adam Byron reposted

I've made a Twitter Community for Bioimage Analysis- feel free to join and share widely! I'll fully admit this is an experiment, but hopefully a fun one. 😁


Adam Byron reposted

"The small GTPase ARF3 controls metastasis and invasion modality by regulating N-cadherin levels" #RefereedPreprint Emma Sandilands, @DavidBryantLab et al eeb.embo.org/doi/10.1101/20…

ReviewCommons's tweet image. "The small GTPase ARF3 controls metastasis and invasion modality by regulating N-cadherin levels"
#RefereedPreprint
Emma Sandilands, @DavidBryantLab et al 

eeb.embo.org/doi/10.1101/20…

Adam Byron reposted

Excited to share our last: unconventionally secreted mini-WARS is an inhibitory ligand of Neuropilin 1 slowing down VE-cadherin endocytosis and endothelial permeability. Great collab w/ @ZanivanLab Xiang-Lei Yang @scrippsresearch @LabMazzone @GiraudoEnrico nature.com/articles/s4146…

adhynamic's tweet image. Excited to share our last: unconventionally secreted mini-WARS is an inhibitory ligand of Neuropilin 1 slowing down VE-cadherin endocytosis and endothelial permeability. Great collab w/ @ZanivanLab Xiang-Lei Yang @scrippsresearch @LabMazzone @GiraudoEnrico nature.com/articles/s4146…

Adam Byron reposted

#Proteomics analysis shows common proteins differentially expressed in #SquamousCellCarcinoma in different organs #CancerResearch @NatResCancer go.nature.com/3uUoW1h

NatureComms's tweet image. #Proteomics analysis shows common proteins differentially expressed in #SquamousCellCarcinoma in different organs

#CancerResearch @NatResCancer 

go.nature.com/3uUoW1h

Adam Byron reposted

Perspective 🥵

Proximity-assisted photoactivation (PAPA) is a new way to detect protein-protein interactions in live-cell imaging, which uses excitation of a “sender” dye like JF549 to reactivate a “receiver” dye like JFX650 from a dark state. elifesciences.org/articles/76870 (1/7)

tgwgraham's tweet image. Proximity-assisted photoactivation (PAPA) is a new way to detect protein-protein interactions in live-cell imaging, which uses excitation of a “sender” dye like JF549 to reactivate a “receiver” dye like JFX650 from a dark state. elifesciences.org/articles/76870 (1/7)


Very interesting - although FAK is not a transmembrane receptor!

Persister cells that survive chemotherapy are pinpointed go.nature.com/3O1IVBW



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