Richard Eva

We use neuronal cell biology to study axon regeneration in the CNS, identifying and testing new therapies for eye disease and spinal cord injury.

[Journal of Cell Biology @JCellBiol]

Ravi Chidambaram, Kamal Kumar, Susan Ferro-Novick et al. @UCSanDiego identify peripheral tubule junctions as a site where RTN3L functions in ER-#autophagy. The Parkinson’s disease kinase, PINK1, regulates formation of these tubule junctions.
https://t.co/tnarbJg4QD
#ER_literature

[eLife - the journal @eLife]

Microscopy reveals how a lipid in the cell membrane called PI(4,5)P2 controls the activity of an important receptor that relays signals in to cells.
https://t.co/flWJ0PFYoq

[J Cell Science @J_Cell_Sci]

- Imaging interorganelle contacts at a glance
- Reviews on machine learning, synchrotron X-ray imaging, fluorescence polarisation microscopy and imaging cell-cell junctions
- An Editorial from @focalplane_jcs https://t.co/qYGgHoGFLz

[McGovern Institute @mcgovernmit]

The new technique is described in a collaborative paper that published today @naturemethods https://t.co/ZjzwwuW18M @eboyden3 @ChemicalBiology @broadinstitute @kochinstitute @HHMINEWS @ChemistryMIT @mitbrainandcog @MITdeptofBE @ScienceMIT @MITEngineering

[Max Planck Institute for the Science of Light @MPI_Light]

At the new Max-Planck-Zentrum für Physik und Medizin (#MPZPM), five Core Groups will conduct research to meet the most urgent medical challenges facing society.

Get to know the group ›Neuronal Mechanics‹ led by Prof Kristian Franze 👉 https://t.co/iEiaygjPn3

[Richard Eva @RichardEvaLab]

@Andrea_Loreto1 @MerliniElisa @CamNeuro Congratulations Elisa!

[Richard Eva @RichardEvaLab]

@Lab_Coleman @shanmeltzer Advice taken, book bought!

[Journal of Cell Biology @JCellBiol]

#Lipid synthesis drives cell invasion. Kieop Park et al. @SherwoodElegans lab @DukeU reveal that invasive cells need a rapid lipid production system and a dynamic prenylation process to breach basement membranes. https://t.co/BFFq4usN95

[Journal of Cell Biology @JCellBiol]

Super-resolution #microscopy: Insights into #mitochondria–#lysosome crosstalk in health and disease. A Viewpoint from Leisten, Woods, and Wong: https://t.co/SRhsakwTXI

In our Inter-Organelle Contacts collection: https://t.co/Fk9ljNu0YT

[eLife - the journal @eLife]

A useful procedure for tissue clearing and immunolabeling on preserved brain specimens.
https://t.co/JjbmZlWagU

[Min WU @WUMIN_LAB]

Happy to see the Special issue Patrick Caswell and I edited on Membrane Trafficking in Current Opinion in Cell Biology online.

Pls check out reviews on your favorite organelles, trafficking, condensates, actin waves...

more to appear.

https://t.co/4bgoxuVmTW

[Damiano G. Barone @baronedg]

Great news from our @BioelectronicsL @Cambridge_Uni!

Our latest breakthrough in spinal cord neural interfacing is now featured in @ScienceAdvances.

We've developed a flexible device that encircles the spinal cord, enabling 360-degree neural recording and stimulation. This innovative thin-film bioelectronic interface grants unprecedented access to previously unreachable areas of the spinal cord, opening new possibilities to restore lost neurological functions.

Discover more about how we're unlocking the full potential of the spinal cord in our full study: https://t.co/cTEqRjOenw

Kudos to all the authors:
@WoodingtonBen #JiangLei @AlejCarnicer @AmparoGuemes @TobiasENaegele #SamHilton @SalimElHadwe #RikinTrivedi @GeorgeMalliaras

#Neuroscience #Innovation #Neurosurgery #SpinalCordInjury #Neuroprosthetics #BCI #MedicalResearch @NIHRresearch @RCSnews @acmedsci @EPSRC @EANSonline50 @AANSNeuro @CNS_Update

[Marina Mikhaylova @MarinaMikhaylo8]

Happy to share our new pre-print on activity-dependent localisation of Golgi Satellites in axons
https://t.co/AvfuolpAL9

[Geoffroy Lab @GeoffroyLab]

Studying on Mitochondrial Functions in Neuroscience? Consider submitting your work to this Scientific Reports Collection I am co-editing with Prof. Han: "Mitochondrial dysfunction in neurodegenerative disorders Collection". Contact me if needed! https://t.co/213z2kROdW

[Richard Eva @RichardEvaLab]

@BonifacinoJuan @DePaceRaffa @SaikatSls Excellent work, and a fantastic source of axonal data!

[Juan S. Bonifacino @BonifacinoJuan]

Excited to share our paper by @DePaceRaffa @SaikatSls et al. showing that BORC-dependent transport of lysosomal vesicles into the axon is crucial for the axonal movement of a large cohort of mRNAs, mainly those encoding ribosomal and mitochondrial proteins https://t.co/b3RAq3Rrul

[Juan S. Bonifacino @BonifacinoJuan]

Truly a "miracle" of science and public health. Millions are alive and walking today thanks to the polio vaccines. Grateful to Jonas Salk, Albert Sabin, and other pioneers in this field.

[L Peruzzotti-Jametti @Dr_LPJ]

Finally, it's out!!! Please read, enjoy, and share our latest publication on @Nature! One step closer to understanding progression in #MultipleSclerosis! Thanks to all the collaborators and to the @Pluchinolab

https://t.co/TzIPU2kq0g

[University of Miami @univmiami]

A pioneer in neuroscience, #umiami researcher Dr. Mary Bunge leaves a legacy on the path to curing paralysis.

https://t.co/hk2uNG455d

@umiamimedicine

[Cell Biology J-Club @cell_club]

Biallelic BORCS8 variants cause an infantile-onset neurodegenerative disorder with altered lysosome dynamics https://t.co/2yXd0s2n8o