Applications for @iiscbangalore admissions 2026 are open!
Our department invites applications for the Ph.D. program. Apply to join our vibrant research community.
Deadline: Mar 23, 2026
Preprint from our laboratory!
Through elaborate electrophysiological recordings and extensive analyses, Sanjna Kumari @2point0Sam unveils a dorsal-to-ventral increase in intrinsic excitability of dentate gyrus granule cells
https://t.co/nqKxmGL1gA
I am presenting tomorrow at SfN 2025 18th November from 1.00- 5.00 PM. I would be glad to take you through the dorsoventral gradients in hippocampal properties!
@SfNtweets@cnl_mbu_iisc
The transcription factor LHX2 suppresses astrocyte proliferation in the postnatal mammalian cerebral cortex
Read this #LifelongDevSI Research Report by Archana Iyer @Arch_eee, @shubhatole@TIFRScience and colleagues:
https://t.co/VbtUzbW3Qt
We are organizing a 2-day "AI in Biophysics" symposium from 28-29 April. We bring together leading experts to facilitate interdisciplinary and lively discussions.
Website: https://t.co/o5TMSAq9HQ
Poster abstract deadline: April 18
Registration deadline: April 24
@MadOverDonuts
This came to me as a huge disappointment that you removed red velvet donuts. I am huge fan of your this particular donut. But sadly, the Orion mall, Bangalore outlet told me its discontinued. Why????
Please bring it back!🫶🏻
Did you know?
LTP 50 last year is ALSO intrinsic plasticity 50!
The first electrophysiological evidence for long-term synaptic plasticity is ALSO the first electrophysiological evidence for intrinsic plasticity. See abstract & explanations in the paper:
https://t.co/L9ZBeXSUvM
New research by Sanjna Kumari and Rishikesh Narayanan "Ion-channel #degeneracy and heterogeneities in the emergence of signature physiological characteristics of dentate gyrus granule cells"
🔗https://t.co/0EzhExrk5E
@2point0Sam@cnl_mbu_iisc#hippocampus#IonChannels
@BernsteinNeuro workshop: Neural Diversity & Computation
My talk this Sunday: Diverse roles of heterogeneities in 3 kinds of neural circuits
1. Decorrelating networks
2. Continuous attractor networks
3. Recurrent networks performing cognitive tasks
1/
https://t.co/vB1lQezduC
SfN Symposium Review in The Journal of Neuroscience
The Brain's Best Kept Secret Is Its Degenerate Structure
Larissa Albantakis, Christophe Bernard, Naama Brenner, Eve Marder and Rishikesh Narayanan
@SfNtweets#sfn2024
https://t.co/uQxEEu1uBw
Published version of the preprint now available! The link to the preprint thread is below.
Congratulations Sanjna @2point0Sam!!
Link: https://t.co/w92YLdn7it
Network motifs in cellular neurophysiology
@TrendsNeuro
Network motifs are useful in studying complex systems: transcription regulatory networks, networks of neurons, predator-prey interactions, social networks
How about single neuron function? 1/
https://t.co/HDj3n7u7r6
24 students, 15 speakers and 17 instructors worked (and partied) together for 3 weeks!
I have learned a lot (and met super cool people!)
Thank you!
https://t.co/3x5fqN6JPu
@Cajal_Training@bdxneuroschool 20/20