Researcher interests: Experimental and theoretical neurobiology. Computational neuroscience; the neuron as a complicated computing element; individual nerve cells as information processing devices. Time coding by neurons.
FACULTY / SCHOOL: Faculty of Science
Contact Business Development: Shani Bullock

Selected Publications

guy eyal, noa rogozinski, oren amsalem, Idan Segev
an efficient analytical reduction of nonlinear detailed neuron models (2018)| bioRxiv| Read more
alexander borst, elizabeth hopp, ohad dan, Idan Segev
non uniform weighting of local motion inputs underlies dendritic computation in the fly visual system (2018)| Scientific Reports| Read more
gordon shepherd, john rinzel, michael hausser, Idan Segev
wilfrid rall 1922 2018 (2018)| Neuron| Read more
daniel maxim iascone, finola goudy, franck polleux, hanbo chen, hanchuan peng, michael doron, Idan Segev, uygar sumbul, valentine andreu, yujie
whole neuron synaptic mapping reveals local balance between excitatory and inhibitory synapse organization (2018)| bioRxiv| Read more
christiaan kock, guilherme testasilva, guy eyal, huibert mansvelder, javier defelipe, matthijs verhoog, ruth benavides piccione, Idan Segev, yair deitcher
human cortical pyramidal neurons from spines to spikes via models (2018)| Frontiers in Cellular Neuroscience| Read more
eilif muller, giuseppe chindemi, Henry Markram, michael doron, Idan Segev
shaping dendritic nmda spikes by timed synaptic inhibition implications for branch specific synaptic plasticity and i o properties of cortical neurons (2018)| | Read more
moldwin, Idan Segev
perceptron learning and classification in a modeled cortical pyramidal cell (2018)| bioRxiv| Read more
oren amsalem, Idan Segev, yaara, Yosef Yarom
using subthreshold events to characterize the functional architecture of electrically coupled networks (2018)| bioRxiv| Read more
abdeljabbar manira, abdul mannan baig, adnan abdul jabbar, agnes gruart, ahmad hariri, ahmed moustafa, Albert Gidon, alexei verkhratsky, ali rashidypour, andreas draguhn, andreas schaefer, anwar nasim, ashraf badawi, asier erramuzpe, ather enam, atta rahman, basim uthman, bassem hassan, beat lutz, bernd kuhn, bruno poucet, carlos belmonte, carlos matute, cathy chang, Ami Citri, colin blakemore, craig venter, craig weiss, deniz atasoy, detlev ganten, donald pfaff, edmond fischer, eduardo sorianogarcia, ehud ahissar, emre yaksi, erwin neher, essam mohammed janahi, fazal manzoor arain, georg kohr, greg stuart, harm krugers, heinrich betz, helmut kettenmann, hilmar bading, hollis cline, huda akil, ilaria bertocchi, inigo gabilondo, isabel farinas, isabel perezotano, izumi fukunaga, james mcgaugh, jan tonnesen, jesus avila, jesus cortes, jimena baleriola, john adelman, john disterhoft, john dowling, jose delgadogarcia, jose esteban, jose zugaza, joshua sanes, juan carlos arangolasprilla, juan carlos gomezesteban, juan encinas, karoly nikolich, kathleen cullen, kellie dean, klausarmin nave, larry young, lucy palmer, luis martinezmillan, mario trevino, mathieu desroches, matthew larkum, mazahir hasan, menahem segal, merel kindt, michael hausser, michelle adams, mickey london, mohamed jaber, mohamed kabbaj, mohammed akaaboune, mouna maroun, mustafa alabsi, nasser zawia, natasha hussain, nikhat ahmed siddiqui, nils brose, nouria lakhdar ghazal, ofer yizhar, olaf blanke, olga penagarikano, paolo bonifazi, patrizia campolongo, paul greengard, paul young, pedro ramoscabrer, philipp boehmsturm, rainer spanagel, reinhardt jahn, richard roberts, roger guillemin, Rolf Sprengel, saad shafqat, Idan Segev, serafim rodrigues, sherif elkhamisy, shira knafo, shoji komai, Hermona Soreq, tansu celikel, thomas lissek, thomas sudhof, tiago outeiro, tobias bonhoeffer, torsten wiesel, valery grinevich, yasunori hayashi, yuan chang
building bridges through science (2017)| Neuron| Read more
Amir Globerson, eilif muller, eyal gal, Henry Markram, Michael London, michael reimann, Idan Segev, srikanth ramaswamy
rich cell type specific network topology in neocortical microcircuitry (2017)| Nature Neuroscience| Read more
timed synaptic inhibition shapes nmda spikes influencing local dendritic processing and global i o properties of cortical neurons ()| Cell Reports| Read more

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Shani Bullock
VP, Business Development, Healthcare
+972-2-6586608
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