Julian Bartram

[EPFL Blue Brain Project @BlueBrainPjt]

New publication alert!
Working with @ETH_BSSE, we've developed a novel framework combining somatic patch-clamp recordings with high-density microelectrode arrays. This new approach constructs more accurate multicompartment models of neurons.
#Computational #Neuroscience

[bioRxiv Neuroscience @biorxiv_neursci]

RT-Sort: an action potential propagation-based algorithm for real time spike detection and sorting with millisecond latencies https://t.co/vF9pfWMu2e #biorxiv_neursci

[D-BSSE, ETH Zurich @ETH_BSSE]

Studying the mechanosensitivity of neurons at nano-scale | In a study @NatureNano, researchers from the Biophysics group @MullerForce and @bel_ethz reveal how neurons sense the magnitude and temporal features of physical forces > https://t.co/AkgZ0kXhh2

[Tal Sharf @tal_sharf]

Thrilled to share our manuscript "Protosequences in human cortical organoids model intrinsic states in the developing cortex" https://t.co/2Fwq8Vq9pX

[Julian Bartram @julian_bartram]

I would like to thank all of the fantastic co-authors for their contribution!

[Julian Bartram @julian_bartram]

Excited to share this preprint! We developed an approach to reconstruct synaptic input activity during a period of recorded postsynaptic spiking in vitro.
We used it to examine the synaptic basis of self-sustained activity.
#tweeprint at @bel_ethz
1/4
https://t.co/gd6e7wKqse

[Julian Bartram @julian_bartram]

Using the developed approach, we examine how excitatory and inhibitory synaptic activity relates to postsynaptic spiking. In addition, we characterize the underlying circuit organization - taking a single-neuron perspective. See preprint for details :)
4/4

[Xiaohan Xue @xue_xiaohan]

#tweeprint time! Are you interested in mapping monosynaptic connections in functional neural networks? Then check out our new preprint from @bel_ethz! (1/7)

[Julian Bartram @julian_bartram]

@KasubaKrishna A great man recommended it…