Saroj Kumar Sah, PhD 🇳🇵🇰🇷🇦🇺🇺🇸

Postdoc Scientist @ Yale Neurology - BS degree in Pharmacy from Nepal, MS from S. Korea, PhD from Australia - working on Parkinson's disease mouse model at Yale

[Saroj Kumar Sah, PhD 🇳🇵🇰🇷🇦🇺🇺🇸 @sarozsah]

NCAM2 deficiency disrupts the organization of the hippocampus, which plays a crucial role in memory formation and retrieval, leading to issues with short-term memory, cognitive flexibility, and the development of autistic-like behaviors. Our new study
https://t.co/JJzLjkW0xw

[Saroj Kumar Sah, PhD 🇳🇵🇰🇷🇦🇺🇺🇸 @sarozsah]

@pradipiom @UNSW Thank you Pradip. Hope you are doing well.

[Saroj Kumar Sah, PhD 🇳🇵🇰🇷🇦🇺🇺🇸 @sarozsah]

Grateful to have contributed to a study led by Feifei Su @UNSW, exploring how NEGR1 deficiency affects GAD65 accumulation, synaptic GABA synthesis, and feeding behavior. NEGR1 influences GABAergic signaling, with potential links to psychiatric disorders. [https://t.co/h8cUMgcGtx]

[Laura Volpicelli 🇺🇸 @lvolpic]

Dr. Nolwazi Gcwensa's paper was accepted to Neurobiology of Disease.She examined synapses in the amygdala with synuclein aggregates because of role of amygdala as emotion center of brain. Found increased volume of synapses with abnormal synuclein! https://t.co/2NadjpscnP

[Saroj Kumar Sah, PhD 🇳🇵🇰🇷🇦🇺🇺🇸 @sarozsah]

@lvolpic Congratulations to you both, Laura and Nolwazi!

[Aaron Kuan @aaron_t_kuan]

We have a postdoc opening in the lab - use functional imaging and connectomics to investigate how computations are achieved in brain circuits! 🔬🧠🥳Fully funded and flexible in scope - more info on our website: https://t.co/zFrrhAQJzO. Pls RT!

[Laura Volpicelli 🇺🇸 @lvolpic]

Synapses in the cortex are so beautiful- brings tears to my eyes!

[Ryan Keable @KeableRyan]

Chuffed to have had the opportunity to present my research on the regulation of BACE1 transport and activity at #ANS2023. A big thanks to everyone involved on this final slide, and to everyone I spoke to after the session for your interest in our work.

[UNSW Biotechnology & Biomolecular Sciences @UNSWBABS]

https://t.co/pQX1lT7bRy

[UNSW Biotechnology & Biomolecular Sciences @UNSWBABS]

🎉Congratulations to A/Prof. Vladimir Sytnyk & co-authors who won Paper of the Month for their paper published in Cerebral Cortex @OxfordJournals with an impact factor score of 3.7! Read more about their paper below ⬇️

[Saroj Kumar Sah, PhD 🇳🇵🇰🇷🇦🇺🇺🇸 @sarozsah]

@RayamajheeBinod @nicole_carnt @FionaHenriquez @UNSWoptomvsci @Nwilliams1996 @KiriRodgers Congratulations Sir

[Binod Rayamajhee 🇳🇵 @RayamajheeBinod]

I'm pleased to share our latest publication on Acanthamoeba (Ac)🦠where for the first time, we investigated Ac incidence in coastal seawater in Australia.
This study assessed a year of coastal water (Aug 2019 - July 2020). @nicole_carnt @FionaHenriquez
➡️https://t.co/sqGo4hO3dW

[Michael Henderson @MXHend]

This year's Grand Challenges in Parkinson's Disease meeting (Sept. 27-28) @VAInstitute has an exciting lineup of speakers ranging from physiology to pathology and cell biology! Register to join! Present posters! Network!
https://t.co/og0BuQmB7H

[Saroj Kumar Sah, PhD 🇳🇵🇰🇷🇦🇺🇺🇸 @sarozsah]

@VidyadharDJ Thank you.

[Saroj Kumar Sah, PhD 🇳🇵🇰🇷🇦🇺🇺🇸 @sarozsah]

NCAM2 deficiency disrupts the organization of the hippocampus, which plays a crucial role in memory formation and retrieval, leading to issues with short-term memory, cognitive flexibility, and the development of autistic-like behaviors. Our new study
https://t.co/JJzLjkW0xw

[Ryan Keable @KeableRyan]

Great to see this out! Thanks and congratulations to all co-authours.

[Biederer Lab @BiedererLab]

A big shoutout to Erica Israel and Nikita Patil from our Boston lab in the Human Nutrition Research Center on Aging! Exciting contributions to the American Society for Nutrition meeting. Also great to see how much interest our session on Nutrition for the Aging Brain received.

[abid oueslati @AbidOueslati]

Looking to generate iPSC-derived human dopaminergic neurons quickly and reproducibly? Check out our latest publication in STAR Protocols for a detailed step-by-step protocol! https://t.co/X7ZekMf84r

[Yale School of Medicine @YaleMed]

Myo-inositol, a sugar molecule found in #breastmilk, promotes synapse formation and inter-neuronal connection in #breastfeeding #infants, researchers in @NeurologyYale’s @BiedererLab say. https://t.co/Fl4w0d9xEL

[Saroj Kumar Sah, PhD 🇳🇵🇰🇷🇦🇺🇺🇸 @sarozsah]

Pleased to be a part of this incredible work!

[Biederer Lab @BiedererLab]

Micronutrients and synapse biology are linked! Our results reveal that the human milk sugar myo-inositol promotes how nerve cells form connections, including human neurons. Our partners at Mead Johnson Nutrition/Reckitt provided the lead. See PNAS article https://t.co/qQ68arOgHD.

[Frontiers - Neuroscience @FrontNeurosci]

📢We are excited to announce Vol. II of the highly impactful and timely Research Topic "Molecular Mechanisms of Glutamatergic Synapse Function and Dysfunction"!

Led by Drs Dhrubajyoti Chowdhury (@Dhruba20776929) and Jonathan G Murphy, find out more: https://t.co/YWKXWkb45c