TerenzioLab (@terenziol) 's Twitter Profile
TerenzioLab

@terenziol

Terenzio's Lab at the Okinawa Institute of Science and Technology (OIST) investigates axonal transport and neuronal degeneration/regeneration

ID: 1228947673660547073

linkhttps://groups.oist.jp/mnu calendar_today16-02-2020 07:42:23

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OIST (@oistedu) 's Twitter Profile Photo

Our warmest congratulations to OIST Professor (Adjunct) Svante Pääbo on his being awarded the 2022 Nobel Prize in physiology or medicine. #nobel #nobelprize #science The Nobel Prize #NobelPrize2022

Our warmest congratulations to OIST Professor (Adjunct) Svante Pääbo on his being awarded the 2022 Nobel Prize in physiology or medicine. #nobel #nobelprize #science <a href="/NobelPrize/">The Nobel Prize</a> #NobelPrize2022
OIST (@oistedu) 's Twitter Profile Photo

Assistant Prof. Marco E. Rosti, leading the Complex Fluids and Flows Unit Complex Fluids and Flows Unit (OIST), has received the Ryumon Award from the Japan Society of Fluid Mechanics!👏Congratulations! His research was highly recognized for its potential contribution to various areas of fluid mechanics.

Assistant Prof. Marco E. Rosti, leading the Complex Fluids and Flows Unit <a href="/CFF_OIST/">Complex Fluids and Flows Unit (OIST)</a>, has received the Ryumon Award from the Japan Society of Fluid Mechanics!👏Congratulations!

His research was highly recognized for its potential contribution to various areas of fluid mechanics.
TerenzioLab (@terenziol) 's Twitter Profile Photo

I would like to thank EMBO for funding our workshop application. We have a great selection of speakers. Stay tuned for further news. Thanks to the organizing committee Claire Le Pichon , FrattaLab, Dr. Ashley Kalinski.

OIST (@oistedu) 's Twitter Profile Photo

New groundbreaking work by OIST #researchers show the links between sensory neurons' survival and pathology of #mRNAs transported inside the cells, unraveling the mysteries of the dynein complex, essential for #neuron survival. Learn more ow.ly/qtCa50Q2s1C Molecular & Cellular Proteomics

Dr. Ashley Kalinski (@kalinskilab) 's Twitter Profile Photo

Interested in #Axon #Regeneration and #Degeneration? Join us for an exciting EMBO workshop in beautiful Okinawa Japan this October! Childcare and special travel grants are available! #EMBOaxons OIST Register/submit an abstract by May 31st. meetings.embo.org/event/24-axons

TerenzioLab (@terenziol) 's Twitter Profile Photo

Join us in Okinawa, Japan for an EMBO workshop on axon degeneration and regeneration this October. Child care and travel grants available. meetings.embo.org/event/24-axons

Dr. Ashley Kalinski (@kalinskilab) 's Twitter Profile Photo

Come join us in beautiful Okinawa for what will be an excellent meeting on axon regeneration and degeneration! Registration ends 5/31.

TerenzioLab (@terenziol) 's Twitter Profile Photo

Happy that this paper is out. Thankful for the chance to be part of this great story from the Paola Laurino lab academic.oup.com/nar/advance-ar…

TerenzioLab (@terenziol) 's Twitter Profile Photo

Open postdoc position in my unit at OIST. Apply if you are interested in a vibrant fully-funded working environment to study local translation in aging and disease. oist.jp/careers/postdo…

Maria Paglione (@paglionemaria) 's Twitter Profile Photo

Thrilled to share that my PhD story is finally out! Huge thanks to my PhD mentor Lukas Neukomm and all the collaborators TerenzioLab @ScipleNeuro for their support along the way. Couldn’t have done it without you!

ACS Nano (@acsnano) 's Twitter Profile Photo

#Nanographene based polymeric #nanoparticles act as near-infrared emissive neuronal tracers to enable the real-time monitoring of their retrograde axonal transport along the #endolysosomal pathway. TerenzioLab Okinawa Institute of Science and Technology (OIST) Max-Planck-Institut für Polymerforschung #OpenAccess: go.acs.org/bZw

#Nanographene based polymeric #nanoparticles act as near-infrared emissive neuronal tracers to enable the real-time monitoring of their retrograde axonal transport along the #endolysosomal pathway. <a href="/TerenzioL/">TerenzioLab</a> <a href="/OISTedu/">Okinawa Institute of Science and Technology (OIST)</a> <a href="/mpi_polymer/">Max-Planck-Institut für Polymerforschung</a>

#OpenAccess: go.acs.org/bZw
EMBO Reports (@emboreports) 's Twitter Profile Photo

The first January issue is live. embopress.org/toc/14693178/2… The cover features work by Lukas Neukomm and co-workers Department of Fundamental Neurosciences and Okinawa Institute of Science and Technology (OIST) showing that a local #translatome sustains #synapse function in impaired Wallerian #degeneration. -> embopress.org/doi/full/10.10…

The first January issue is live.

embopress.org/toc/14693178/2…

The cover features work by Lukas Neukomm and co-workers <a href="/DNF_neuro/">Department of Fundamental Neurosciences</a> and <a href="/OISTedu/">Okinawa Institute of Science and Technology (OIST)</a> showing that a local #translatome sustains #synapse function in impaired Wallerian #degeneration.

-&gt; embopress.org/doi/full/10.10…
OIST (@oistedu) 's Twitter Profile Photo

The ‘fuel’ of our cells, ATP, has been found to regulate the viscosity of the cytoplasm in axons 🧠 This influences the rate of harmful aggregation of proteins in neurodegenerative diseases like Parkinson’s and ALS. New discovery in Science Advances 👇 oist.jp/news-center/ne…