rudylab

Lab studying the organization and function of neocortical circuits at NYU Neuroscience Institute

[rudylab @RudyNeuroLab]

Latest paper from the Rudy lab: Inhibitory and disinhibitory VIP IN-mediated circuits in neocortex (https://t.co/vpIePQubIg)

[rudylab @RudyNeuroLab]

Fear conditioning and the motor cortex- solved!
A wonderful paper by Erez and Bryce, now at @CurrentBiology
Check it out!

https://t.co/y6FHh1kQdV

[rudylab @RudyNeuroLab]

Check out our new review on the structure and functions of neocortical layer 1!

https://t.co/S3uGphgQqb

[rudylab @RudyNeuroLab]

Check out our new website! We're always looking for new post-docs and students to join us!

https://t.co/FCPkOaj8F2

[rudylab @RudyNeuroLab]

Our preview of a valuable new study by the Svoboda lab - check out Yu et al. in this issue of Neuron!

https://t.co/Apdmh0ieJJ

[rudylab @RudyNeuroLab]

Dr. Rudy giving a talk titled "The organization and function of enigmatic neocortical layer 1" as part of the Blue Brain Seminar Series in Geneva - 7 October 2019

[MGH Neurosurgery @MGHNeurosurg]

We are pleased to welcome Amy Wang,@IDavidConnolly, @FaithCRobertson , and William Munoz Miranda to the @mghneurosurg residency. Congratulations to all applicants, it was a pleasure to meet many of you and we look forward to your many contributions to the field of neurosurgery.

[Society for Neuroscience (SfN) @SfNtweets]

.@RepMaloney, @SenSchumer, and @SenGillibrand: Help us recognize #SfN18 Nemko Prize in Cellular or Molecular Neuroscience winner Dr. William Muñoz @nyuschoolofmed for his development and application of a method to record from interneurons deep in the cerebral #cortex.

[Alex Naka @gottapatchemall]

So if I understand correctly, increasing activity of somatostatin interneurons has now been suggested to be potentially therapeutic in mouse models of Alzheimer's
https://t.co/yhgyUDa782
and Parkinson's
https://t.co/zUCpWRWUKq
and chronic pain
https://t.co/DaCleSDY7i

...wut

[Paul Anastasiades @P_Anastasiades]

How many interneuron subtypes are in L1? Nice work from Ben Schuman @RudyNeuroLab and @GordFishell shows 4 distinct cell-types. https://t.co/RGnpJWxq6h

[rudylab @RudyNeuroLab]

Our new study "Four unique interneuron populations reside in neocortical layer 1"
https://t.co/0pA28QlQ2O

[Alex Naka @gottapatchemall]

New work from our lab looking at the contribution of somatostatin interneurons to cortical gamma rhythms https://t.co/rhLYFFTL5F

[Christian Mayer (@[email protected]) @chr_mayer]

Our study "Inhibitory neuron diversity originates from cardinal classes shared across germinal zones" now on Biorxiv https://t.co/msrUhLZgSb

[AntonioFR @antferrui]

Entorhinal-CA3 Dual-Input Control of Spike Timing in the Hippocampus by Theta-Gamma Coupling https://t.co/Eeil9xeEq0

[mathew 🔟 @mathewe]

Barrels also featured cool non-whisker work by @andpru @blsabatini and others + previews of Science papers by @RudyNeuroLab and @mattlark ! https://t.co/kIbY0QROuh

[rudylab @RudyNeuroLab]

Cortical Interneurons Show Layer-Specific Activities | The Scientist Magazine® https://t.co/4ffkdYnsL1

[rudylab @RudyNeuroLab]

Our new study "Layer-specific modulation of neocortical dendritic inhibition during active wakefulness"
https://t.co/hAAh5qgQ1D

[nature @Nature]

Giant neuron found wrapped around entire mouse brain linked to consciousness: https://t.co/a53vZWkNJm

[rudylab @RudyNeuroLab]

@TPVogels This is his lab account.