AxonalPlasticityLab

The Axonal Plasticity Lab is located at the Institute of Anatomy and Cell Biology at JKU Linz, Austria.

[AxonalPlasticityLab @AxonalLab]

@FreAmeLie @NWOFunding @AmsNeuroscience @amsterdamumc @FGA_lab 🥳🥳🥳🥳🥳 The AIS will really get its deserved spotlight now. @FreAmeLie and @adorrego_r with two major grants spearheading the field! All the best to you!

[AxonalPlasticityLab @AxonalLab]

Quite remarkable (understatement of the day!).

[Stefan Hell Labs @StefanHellLabs]

Published in @ScienceMagazine: "Direct optical measurement of intramolecular distances with angstrom precision" (Sahl et al.)
https://t.co/oRfPLYlJBY

@mpi_nat @mpi_mr_hd #Optics #Imaging #Microscopy #MINFLUX #Fluorescence

[AxonalPlasticityLab @AxonalLab]

@CincinnatiZoo Oh look @jenkins_paul , your favorite animal ever. Also, they come with a smell of fresh cilantro. Just for you 😜

[AxonalPlasticityLab @AxonalLab]

@MattRasband And we all know your papers as a team 🤓Good job, mentor! And enjoy your time at SfN (I assume).

[AxonalPlasticityLab @AxonalLab]

@VlachosLab @NeuroEichler You were missed Andreas!

[AxonalPlasticityLab @AxonalLab]

Fantastic opportunity for candidates serious about top notch cell biology in combination with cutting edge imaging!!

[AxonalPlasticityLab @AxonalLab]

@adorrego_r And I had such high hopes for you Ana ...😂

[Stefan Hell Labs @StefanHellLabs]

PNAS Inaugural Article published:
"MINFLUX reveals dynein stepping in live neurons"
by J.M. Schleske et al.
Open access - read it at
https://t.co/jlLAvz7IxH

@mpi_mr_hd @mpi_nat @PNASNews
#Optics #Imaging #Microscopy #MINFLUX #Fluorescence

[AxonalPlasticityLab @AxonalLab]

@MedEckardt @MichaelOkun @UF @UFHealth @ScienceAdvances The ultrastructure work in this new paper is beautiful, and adds another layer of information for sure. All I'm saying is that the word "dogma" may be a bit exaggerated here.

[AxonalPlasticityLab @AxonalLab]

@MedEckardt @MichaelOkun @UF @UFHealth @ScienceAdvances My thoughts exactly. I have been pointing out the PNS-liquor axes for years. Source: A detailed histology chapter in Benninghoff & Drenckhahn, Anatomie Bd. 2, Urban & Fischer (Elesvier). This is anatomy textbook knowledge! There is even clinical relevance to it (Tarlov-cysts).

[AxonalPlasticityLab @AxonalLab]

@christlet @adorrego_r Funny, this is what Matt Grubb said too ;-) No worries - the community made some real breakthroughs, one of them being that we will start working on an open science AIS platform to share protocols and troubleshooting help.

[AxonalPlasticityLab @AxonalLab]

@WinnerLab Fantastic news, all the best Beate!!

[Yuki Ogawa @YukiOgawaPhD]

My research focuses on the axon initial segment in neurons. I’ll be expanding this work by combining efficient CRISPR genome editing techniques. I’ll be recruiting postdocs, grad students, technicians, and postbacs. If you're interested, please feel free to get in touch!

[David @dav1dcg]

A dendrite is a dendrite is a dendrite? Dendritic signal integration beyond the “antenna” model

https://t.co/kQE3f7Tl9M

[AxonalPlasticityLab @AxonalLab]

@BrunoGiacomazzo @MicrobiomDigest @jamiezvirzdin THIS!! And funding agencies should re-think the entire "novelty" part of applications. We need a separate funding scheme for "reproducibility". Nobody is going to pay for that of course, but it is high time to think about it.

[AxonalPlasticityLab @AxonalLab]

@adorrego_r in vivo or in vitro?

[AxonalPlasticityLab @AxonalLab]

New publication focusing on one of the coolest cell types ever!

[Angeliki Damilou @aggeliki_dam]

What do you know about Cajal-Retzius cells? Here we show a novel role of this transient population, known for their contribution in cortical layering.

https://t.co/H47W66mdDS

[Аnа Dorrego Rivas @adorrego_r]

An evolutionarily conserved AnkyrinG-dependent motif clusters axonal K2P K+ channels

https://t.co/QJo6K9ySac

[AxonalPlasticityLab @AxonalLab]

And another piece of the puzzle .... great work @VictorMacarron and @ElisaDEste & team.

[Victor Macarron @VictorMacarron]

Interested in the neuronal cytoskeleton? We introduce Palm1 as a component of the submembrane cytoskeleton. Palm1 is located at the actin-spectrin-adducin junctions and controls the periodic pattern of numerous cytoskeletal protein, thus of the MPS. #MINFLUX, #STED, #Y2H