shai berman

[shai berman @shaish0]

@amiroftals @HebrewU the best news! melech

[shai berman @shaish0]

Teaching in Taconic and Sing Sing has been a real privilege, and doing so with @TessaMontague is a joy. Read more in the link below!

[Columbia University's Zuckerman Institute @ZuckermanBrain]

Teaching incarcerated students is much like teaching any students, write @Columbia scientists @TessaMontague and @shaish0. Learn more about their experience teaching neuroscience at Sing Sing on
@Nature: https://t.co/eCfq10tjgE

[Roey Schurr @RoeySchurr]

What governs the temporal variability of cognition? Grateful to see our work now published in @NatureHumBehav with @reznikdan @RaBhui, @hannahillman and @gershbrain. Read all about it: https://t.co/14AkBth10t

[shai berman @shaish0]

@NogaZaslavsky Yes Noga! Congrats! So happy for you and jealous of your future students!

[shai berman @shaish0]

Excited and grateful to be part of the 2023 cohort of Leon Levy scholars!

[NYAS @NYASciences]

We are pleased to congratulate @shaish0 of @Columbia's @ZuckermanBrain on joining the 2023 cohort of #leonlevyscholars selected for the Leon Levy Scholarships in #Neuroscience, in partnership with the Leon Levy Foundation. Read more: https://t.co/JR2ITTTs0f

[shai berman @shaish0]

Thanks @AvivMezer! Happy to see this final work from my PhD out. It was great working on this with @eliordrori

[AvivMezer @AvivMezer]

A new method for estimating spatial profiles of micro- and macrostructures in the midbrain. #qMRI profiles reveal aging effects. Anyone interested in Midbrain will find it highly reliable and easy to use. @shaish0 led the work with help from @eliordrori. https://t.co/199IzXp7Qi

[shai berman @shaish0]

Chuffed two of my best friends got the HFSP! 👏

[ELSC Brain @ELSCbrain]

ELSC congratulates alumni Dr. @GalAtlan and Dr. @RoeySchurr for winning long-term fellowships from the @HFSP!
Dr. Atlan, who studied under Prof. @CitriAmi, was awarded his fellowship for “An adaptive role of mammalian cortex in shaping innate visual behavior.”.

[shai berman @shaish0]

@nschawor @FiloShir

[shai berman @shaish0]

@ELSCbrain @FiloShir @AvivMezer small but savage 👑

[shai berman @shaish0]

Automatic claustrum segmentation - one of the many good things that come out of lunch breaks with @GalAtlan and working alongside @RoeySchurr.

Thanks @AvivMezer @CitriAmi @ELSCbrain !

[Roey Schurr @RoeySchurr]

Excited to share our new work on automatic segmentation of the dorsal claustrum in high-resolution T1w MRI using the HCP dataset: https://t.co/VumSwygKTu. Work with @shaish0, @GalAtlan, @CitriAmi & @AvivMezer 1/n

[shai berman @shaish0]

@GoldbergLab @ELSCbrain @AvivMezer Thanks!

[shai berman @shaish0]

Final PhD paper is out! We showed that in MS patients, almost half of the variance in VEP latency can be explained by brain structure.. @ELSCbrain @AvivMezer https://t.co/rv4mZbZtex

[shai berman @shaish0]

The tweet is lost but the text can be found here:
https://t.co/gECcfcf0Dr

[shai berman @shaish0]

I wrote about choosing my PhD path (discarded title: 'I only walk at night during a full moon' )

[shai berman @shaish0]

Trilogy papers are the best kind of papers! congrats Roey

[Roey Schurr @RoeySchurr]

Our new work is out in @NeuroImage_EiC, together with @zelmanit92 and @AvivMezer! We show how to integrate multi-modal quantitative MRI for separating SLF sub-bundles in vivo. Thread follows.
https://t.co/54F8ISfkqm
1/8

[shai berman @shaish0]

Such a cool work!

[Adi Kol @kol_adi]

Finally! A breakthrough in our understanding of how remote memories are being formed, and it's all thanks to unique brain cells called ASTROCYTES:
https://t.co/vjwSWJQyui

[Yoni Bain @YoniBain]

💫New article in HBM (@wileyneurosci):💫

📝"Evaluating arcuate fasciculus laterality measurements across dataset and tractography pipelines"
📎https://t.co/7ToR4Wh4Kg

👨‍🔬Co-authored with @jdyeatman @RoeySchurr @arokem
🔬@AvivMezer's lab
🧠@ELSCbrain

[shai berman @shaish0]

My first paper is finally out (:

[shai berman @shaish0]

@GoldbergLab Thanks Josh! Yes, Rushton showed g~0.6 is optimal for conduction velocity (others showed g should be a bit higher). The variation could be relevant when the white matter changes with age, disease, and possibly between differen systems. Would love to discuss next time we meet (:

[bioRxiv Neuroscience @biorxiv_neursci]

Modelling conduction delays in the corpus callosum using MRI-measured g-ratio https://t.co/AljhK5yH6K #biorxiv_neursci