Sandeep Rājkumār

#Postdoc #Researcher @UCSanDiego / Part-time #Neurobiologist / Full-time #Geek / Modeling #ASD & #Schizophrenia using #Brain #Organoids / 🇮🇳 → 🇩🇪 → 🇺🇸

[【公式】ポケモン情報局 @poke_times]

@_Sandeep_R_
あなたが出会ったのは、このポケモン！

キャンペーンへのご参加ありがとうございました！
30周年ロゴアイコンをランダムでプレゼント🎁

[Sandeep Rājkumār @_Sandeep_R_]

どんな #ポケモン会えるかな ？

#ポケモン30周年 #PR @poke_times

[Sergiu P. Pasca @Sergiu_P_Pasca]

Today we introduce human neural loop #assembloids created from 4 parts derived from stem cells to study the cortico-striato-midbrain-thalamo-cortical pathway and to model neurodevelopmental disease

Work led by the remarkable Ji-Il Kim
and Yuki Miura in the lab. Also in collaboration with the @marius10p lab at @HHMIJanelia

Video shows a four-part neural assembloid displaying emergent synchronized activity after a couple of hundred days of integration

[Sandeep Rājkumār @_Sandeep_R_]

@Caroline_Bartma "Aliquot" is a word many undergrads had never heard of!

[Sandeep Rājkumār @_Sandeep_R_]

@WJGreenleaf Sounds exciting! I've sent you an email.

[Sandeep Rājkumār @_Sandeep_R_]

@sebatlab Thank you! I've sent you an email👍

[Sandeep Rājkumār @_Sandeep_R_]

@sebatlab Sounds really exciting! If you've already started inviting applicants, may I DM or email you my CV?

[Sergiu P. Pasca @Sergiu_P_Pasca]

Today we are sharing our most complex #assembloid to date: a 4-part model of the human ascending neural somatosensory pathway generated by functionally integrating stem cell-derived cerebral cortical, thalamic, spinal and sensory #organoids.

Check out the @biorxivpreprint and a short video of activity as these parts self-assemble

Work led by the multi-talented Ji-il Kim & Kent Imaizumi

https://t.co/MjHOBya05Q

[Sandeep Rājkumār @_Sandeep_R_]

This pre-print has finally been published in #ActaNeuropathologica of @BioMedCentral!
https://t.co/WiWd2LuKLZ
Kudos to all the authors! @AnatomyUUlm @uni_ulm @CMHenstridge
#ALS #MND #Proteomics #Synaptome #Synapses #Synaptosome #iPSC #MotorNeurons #PostMortemTissue

[Sandeep Rājkumār @_Sandeep_R_]

Happy to contribute to this collaboration between our group at @AnatomyUUlm @uni_ulm and @CMHenstridge Lab!
#Proteomics of #synaptosomes from both #iPSC #motorneurons with different #ALS mutations and #postmortem tissue show convergent (& rescuable) pre-synaptic dysfunction!

[Chris Henstridge @CMHenstridge]

🚨🚨
Read our #preprint on @researchsquare: https://t.co/TP6GjKLxFq

A fantastic collaboration with colleagues in Ulm, that builds on our collective previous work.

Have a look if interested in human synaptic proteomics, iPSCs and reversible convergent disease mechanisms in ALS

[Sandeep Rājkumār @_Sandeep_R_]

Glad to contribute to our new paper out in @Brain1878 from our group @AnatomyUUlm @uni_ulm where we use #multiomics to identify a unique signature shared by different #ALS mutations using #hiPSC #motorneurons and patient samples.
Link: https://t.co/F1mH4UPMR0
#neuroscience #omics

[Sandeep Rājkumār @_Sandeep_R_]

Interested in isolating synaptosomes with enriched post-synaptic density from hiPSC-neurons?
Then take a look at our step-by-step method published in @STARProtocols !
Link: https://t.co/4G5JIh2kAJ
@uni_ulm #hiPSCs #motorneurons #hiPSCneurons #synaptosomes #PSD #neuroscience

[Sandeep Rājkumār @_Sandeep_R_]

@ImRLM nee nadathu sithappu ;) lel

[Sandeep Rājkumār @_Sandeep_R_]

@ImRLM I've just noticed that you've been tweeting like this for many months. Yaarukkaaga? Idhu yaarukkaaga? #IfYouKnowWhatIMean :P ;)

[Sandeep Rājkumār @_Sandeep_R_]

The nation has lost a great leader, and an even greater person! May his #IndiaVision2020 be realized! @APJAbdulKalam #RIPAbdulKalam

[Sandeep Rājkumār @_Sandeep_R_]

@ImRLM Yup... Nd here I am on Twitter coz u told me about it the otehr day :D