Label | Title | Last Name | First Name | Affiliation |
P1 |
Promoting community processes and actions to make neuroscience FAIR |
Sandström |
Malin |
INCF |
P2 |
Ring Integrator Model of the Head Direction Cells |
Aggarwal |
Anu |
Grand Valley State University |
P3 |
Parametric modulation of distractor filtering in visuospatial working memory. |
Bestue |
Davd |
IDIBAPS |
P4 |
Dynamical phase transitions study in simulations of finite neurons network |
Romaro |
Cecilia |
University of São Paulo |
P5 |
Computational modeling of genetic contributions to excitability and neural coding in layer V pyramidal cells: applications to schizophrenia pathology |
Mäki-Marttunen |
Tuomo |
Simula Research Laboratory |
P6 |
Spatiotemporal dynamics underlying successful cognitive therapy for posttraumatic stress disorder |
Charquero |
Marina |
University of Oxford |
P7 |
Experiments and modeling of NMDA plateau potentials in cortical pyramidal neurons |
Graham |
Joe |
SUNY Downstate Medical Center |
P8 |
Systematic automated validation of detailed models of hippocampal neurons against electrophysiological data |
Sáray |
Sára |
Faculty of Information Technology and Bionics, Pázmány Péter Catholic University |
P9 |
Systematic Integration of Experimental Data in Biologically Realistic Models of the Mouse Primary Visual Cortex: Insights and Predictions |
Billeh |
Yazan |
Allen Institute for Brain Science |
P10 |
Small-world networks enhance the inter-brain synchronization |
Suzuki |
Kentaro |
Osaka University |
P11 |
A potential mechanism for phase shifts in grid cells: leveraging place cell remapping to introduce grid shifts |
Sheldon |
Zachary |
University of Pennsylvania |
P12 |
Computational modeling of seizure spread on a cortical surface explains the theta-alpha electrographic pattern |
Sip |
Viktor |
Aix-Marseille Université |
P13 |
Bistable firing patterns: one way to understand how epileptic seizures are triggered |
Borges |
Fernando |
Federal University of ABC |
P14 |
Can sleep protect memories from catastrophic forgetting? |
Gonzalez |
Oscar |
University of California, San Diego |
P15 |
Predicting the distribution of ion-channels in single neurons using compartmental models. |
Ben-Shalom |
Roy |
University of California, San-Francisco |
P16 |
The contribution of dendritic spines to synaptic integration and plasticity in hippocampal pyramidal neurons |
Tar |
Luca |
Institute of Experimental Medicine, Hungarian Academy of Sciences |
P17 |
Modelling the dynamics of optogenetic stimulation at the whole-brain level |
Rabuffo |
Giovanni |
Aix-Marseille Université |
P18 |
Investigating the effect of the nanoscale architecture of astrocytic processes on the propagation of calcium signals |
Denizot |
Audrey |
INSA Lyon |
P19 |
Neural Mass Modeling of the Ponto-Geniculo-Occipital Wave and Its Neuromodulation |
Shao |
Kaidi |
MPI for Biological Cybernetics |
P20 |
Oscillations in working memory and neural binding: a mechanism for multiple memories and their interactions |
Pina |
Jason |
York University |
P21 |
DeNSE: modeling neuronal morphology and network structure in silico |
Fardet |
Tanguy |
University of Tübingen |
P22 |
Sponge astrocyte model: volume effects in a 2D model space simplification |
Verveyko |
Darya |
Kursk State University |
P23 |
Sodium-calcium exchangers modulate excitability of spatially distributed astrocyte networks |
Verisokin |
Andrey |
Kursk State University |
P24 |
Building a computational model of aging in visual cortex |
Talyansky |
Seth |
Catlin Gabel School |
P25 |
Toward a non-perturbative renormalization group analysis of the statistical dynamics of spiking neural populations |
Brinkman |
Braden |
Stony Brook University |
P26 |
Sensorimotor strategies and neuronal representations of whisker-based object recognition in mice barrel cortex |
Nogueira |
Ramon |
Columbia University |
P27 |
Identifying the Neural Circuits Underlying Optomotor Control in Larval Zebrafish |
Lai |
Winnie |
University of Sussex |
P28 |
A novel learning mechanism for interval timing based on time cells of hippocampus |
Oprisan |
Sorinel |
College of Charleston |
P29 |
Learning the receptive field properties of complex cells in V1 |
Burkitt |
Anthony |
University of Melbourne |
P30 |
Bursting mechanisms based on interplay of the Na/K pump and persistent sodium current |
Cymbalyuk |
Gennady |
Georgia State University |
P31 |
Balanced synaptic strength regulates thalamocortical transmission of informative frequency bands |
Mazzoni |
Alberto |
Scuola Superiore Sant'Anna Pisa |
P32 |
Modeling gephyrin dependent synaptic transmission pathways to understand how gephyrin regulates GABAergic synaptic transmission |
Lupascu |
Carmen Alina |
Institute of Biophysics, National Research Council |
P33 |
Proprioceptive feedback effects muscle synergy recruitment during an isometric knee extension task |
Osborne |
Hugh |
University of Leeds |
P34 |
Strategies of Dragonfly Interception |
Chance |
Frances |
Sandia National Laboratories |
P35 |
The bump attractor model predicts spatial working memory impairment from changes to pyramidal neurons in the aging rhesus monkey dlPFC |
Ibanez Solas |
Sara |
Franklin and Marshall College |
P36 |
Brain dynamic functional connectivity: lesson from temporal derivatives and autocorrelations |
Ochab |
Jeremi |
Jagiellonian University |
P37 |
nigeLab: a fully featured open source neurophysiological data analysis toolbox |
Barban |
Federico |
Fondazione Istituto Italiano di Tecnologia |
P38 |
Neural ensemble circuits with adaptive resonance frequency |
Tabas |
Alejandro |
Max Planck Institute for Human Cognitive and Brain Sciences |
P39 |
Large-scale cortical modes reorganize between infant sleep states and predict preterm development |
Roberts |
James |
QIMR Berghofer Medical Research Institute |
P40 |
Reliable information processing through self-organising synfire chains |
Ilett |
Thomas |
University of Leeds |
P41 |
Acetylcholine regulates redistribution of synaptic efficacy in neocortical microcircuitry |
Colangelo |
Cristina |
Blue Brain Project (BBP), Brain Mind Institute, EPFL, Lausanne, Switzerland |
P42 |
NeuroGym: A framework for training any model on more than 50 neuroscience paradigms |
Molano-Mazon |
Manuel |
IDIBAPS |
P43 |
Synaptic dysfunctions underlying reduced working memory serial bias in autoimmune encephalitis and schizophrenia |
Stein |
Heike |
IDIBAPS |
P44 |
Effects of heterogeneity in neuronal electric properties on the intrinsic dynamics of cortical networks |
Gladycheva |
Svetlana |
Towson University |
P45 |
Structure–function multi-scale connectomics reveals a major role of the fronto-striato-thalamic circuit in brain aging |
Bonifazi |
Paolo |
Biocruces Health Research Institute |
P46 |
Studying evoked potentials in large cortical networks with PGENESIS 2.4 |
Beeman |
David |
University of Colorado |
P47 |
Automated assessment and comparison of cortical neuron models |
Crook |
Sharon |
Arizona State University |
P48 |
High dimensional ion channel composition enables robust and efficient targeting of realistic regions in the parameter landscape of neuron models |
Schneider |
Marius |
University of Frankfurt |
P49 |
Modelling brain folding using neuronal placement according to connectivity requirements |
Groden |
Moritz |
Justus Liebig University Giessen |
P50 |
Dynamic neural field modeling of auditory categorization tasks |
Curtu |
Rodica |
University of Iowa |
P51 |
Role of TRP Channels in Temperature Rate Coding by Drosophila Noxious Cold Sensitive Neurons |
Maksymchuk |
Natalia |
Georgia State University |
P52 |
Role of Na+/K+ Pump in Dopamine Neuromodulation of a mammalian Central Pattern Generator |
Vargas |
Alex |
Georgia State University |
P53 |
Hypoxic suppression of Ca2+-ATPase pumps and mitochondrial membrane potential eliminates rhythmic activity of simulated interstitial cells of Cajal |
Cymbalyuk |
Gennady |
Georgia State University |
P54 |
Reconstruction and simulation of the cerebellar microcircuit: a scaffold strategy to embed different levels of neuronal details |
Casellato |
Claudia |
University of Pavia |
P55 |
Simplified and physiologically detailed reconstructions of the cerebellar microcircuit |
Marenzi |
Elisa |
University of Pavia |
P56 |
A richness of cerebellar granule cell discharge properties predicted by computational modeling and confirmed experimentally |
Masoli |
Stefano |
University of Pavia |
P57 |
Spatial distribution of Golgi cells inhibition and the dynamic geometry of Cerebellum granular layer activity: a computational study |
Masoli |
Stefano |
University of Pavia |
P58 |
Reconstruction and Simulation of Cerebellum Granular Layer Functional Dynamics with Detailed Mathematical Models |
Marenzi |
Elisa |
University of Pavia |
P59 |
Reconstruction of effective connectivity in the case of asymmetric phase distributions |
Yeldesbay |
Azamat |
University of Cologne |
P60 |
Movement related synchronization affected by aging: A dynamic graph study |
Rosjat |
Nils |
Forschungszentrum Jülich |
P61 |
How a scale-invariant avalanche regime is responsible for the hallmarks of spontaneous and stimulation-induced activity: a large-scale model |
Hugues |
Etienne |
Université Grenoble Alpes |
P62 |
A real-time model fitting method for single individual neurons |
Kern |
Felix B. |
University of Sussex |
P63 |
Pybrep: Efficient and extensible software to construct an anatomical basis for a physiologically realistic neural network model |
Hong |
Sungho |
Okinawa Institute of Science and Technology |
P64 |
3D modeling of complex spike bursts in a cerebellar Purkinje cell |
Martyushev |
Alexey |
Okinawa Institute of Science and Technology (OIST) |
P65 |
Hybrid modelling of vesicles with spatial reaction-diffusion processes in STEPS |
Hepburn |
Iain |
Okinawa Institute of Science and Technology |
P66 |
A Computational Model of Social Motivation and Effort |
Cos |
Ignasi |
Pompeu Fabra University |
P67 |
Functional Inference of real neural networks with artificial neural networks |
Bahdine |
Mohamed |
Laval University |
P68 |
Stochastic Axon Systems: A Conceptual Framework |
Janusonis |
Skirmantas |
University of California, Santa Barbara |
P69 |
Replicating the mouse visual cortex using Neuromorphic hardware |
Dey |
Srijanie |
Washington State University Vancouver |
P70 |
Understanding Modulatory Effects on Cortical Circuits through Subpopulation Coding |
Getz |
Matthew |
University of Pittsburgh |
P71 |
Stimulus integration and categorization with bump attractor dynamics |
Esnaola-Acebes |
Jose M. |
Centre de Recerca Matemàtica |
P72 |
Topological phase transitions in functional brain networks |
Santos |
Fernando |
Universidade Federal de Pernambuco |
P73 |
A whole-brain spiking neural network model linking basal ganglia, cerebellum, cortex and thalamus |
Gutierrez |
Carlos |
OIST |
P74 |
Graph Theory-based Representation of Hippocampal dCA1 Learning Network Dynamics |
Gava |
Giuseppe Pietro |
Imperial College London |
P75 |
Measurement-oriented deep-learning workflow for improved segmentation of myelin and axons in high-resolution images of human cerebral white matter |
Janjic |
Predrag |
Macedonian Academy of Sciences and Arts |
P76 |
Spike Latency Reduction generates Efficient Encoding of Predictions |
Vilimelis Aceituno |
Pau |
Max Planck Institute for Mathematics in Sciences |
P77 |
Differential diffusion in a normal and a multiple sclerosis lesioned connectome with building blocks of the peripheral and central nervous system |
Schmitt |
Oliver |
University of Rostock |
P78 |
Linking noise correlations to spatiotemporal population dynamics and network structure |
Shi |
Yanliang |
Cold Spring Harbor Laboratory |
P79 |
Modeling the link between optimal characteristics of saccades and cerebellar plasticity |
Kalidindi |
Hari |
Scuola Superiore Sant'Anna Pisa |
P80 |
Attractors and Flows in the Neural Dynamics of Movement Control |
Del Giudice |
Paolo |
Istituto Superiore di Sanità |
P81 |
Information transmission in delay-coupled neuronal circuits |
Sánchez Claros |
Jaime |
Institute for Cross-Disciplinary Physics and Complex Systems |
P82 |
A Liquid State Machine pruning method for identifying task specific circuits |
Florescu |
Dorian |
Coventry University |
P83 |
Cross-frequency coupling along the soma-apical dendritic axis of model pyramidal neurons |
Franaszczuk |
Piotr |
U.S. Army Research Laboratory |
P84 |
Regional Connectivity Increases Low Frequency Power and Heterogeneity |
Boothe |
David |
U.S. Army Research Laboratory |
P85 |
Corticial folding modulates the effect of external electrical fields on neuronal function |
Boothe |
David |
U.S. Army Research Laboratory |
P86 |
Data-driven modeling of mouse CA1 and DG neurons |
Vitale |
Paola |
Institute of Biophysics, National Research Council |
P87 |
Memory compression in the hippocampus leads to the emergence of place cells |
Benna |
Marcus K. |
Columbia University |
P88 |
The Information Decomposition and the Information Delta: a Unified Approach to Disentangling Non-Pairwise Information |
Kunert-Graf |
James |
Pacific Northwest Research Institute |
P89 |
Homeostatic mechanism of myelination for age-dependent variations of axonal conductance speed in the pathophysiology of Alzheimer's disease |
Bonifazi |
Giulio |
Basque Center for Applied Mathematics |
P90 |
Collective dynamics of a heterogeneous network of active rotators |
Ruiz |
Pablo |
Universitat Pompeu Fabra |
P91 |
A hidden state analysis of prefrontal cortex activity underlying trial difficulty and erroneous responses in a distance discrimination task |
Benozzo |
Danilo |
Sapienza University of Rome |
P92 |
Neural model of the visual recognition of social interactions |
Hovaidi-Ardestani |
Mohammad |
University Clinic Tübingen |
P93 |
Learning of generative neural network models for EMG data constrained by cortical activation dynamics |
Salatiello |
Alessandro |
University of Tübingen |
P94 |
A neuron can make reliable binary, threshold gate like, decisions if and only if its afferents are synchronized. |
Masquelier |
Timothee |
CNRS |
P95 |
Unifying network descriptions of neural mass and spiking neuron models and specifying them in common, standardised formats |
Gleeson |
Padraig |
University College London |
P96 |
NeuroFedora: a ready to use Free/Open Source platform for Neuroscientists |
Sinha |
Ankur |
University of Hertfordshire |
P97 |
Flexibility of patterns of avalanches in source-reconstructed magnetoencephalography |
Sorrentino |
Pierpaolo |
QIMR Berghofer Medical Research Institute |
P98 |
A learning mechanism in cortical microcircuits for estimating the statistics of the world |
Puigbò Llobet |
Jordi-Ysard |
IBEC |
P99 |
Generalisation of frequency mixing and temporal interference phenomena through Volterra analysis |
Perez Nieves |
Nicolas |
Imperial College London |
P100 |
Neural Topic Modelling |
Hathway |
Pamela |
Imperial College London |
P101 |
An Attentional Inhibitory Feedback Network for Multi-label Classification |
Chu |
Yang |
Imperial College London |
P102 |
Closed-loop sinusoidal stimulation of ventral hippocampal terminals in prefrontal cortex preferentially entrains circuit activity at distinct frequenc |
Myroshnychenko |
Maxym |
National Institutes of Health |
P103 |
The shape of thought: data-driven synthesis of neuronal morphology and the search for fundamental parameters of form |
Graham |
Joe |
SUNY Downstate Medical Center |
P104 |
An Information-theoretic Framework for Examining Information Flow in the Brain |
Venkatesh |
Praveen |
Carnegie Mellon University |
P105 |
Detection and evaluation of bursts and rate onsets in terms of novelty and surprise |
Ito |
Junji |
Forschungszentrum Juelich |
P106 |
Precise Spatio-Temporal Spike Patterns in Macaque Motor Cortex during a Reach-to-Grasp Task |
Stella |
Alessandra |
Jülich Research Centre |
P107 |
Translating mechanisms of theta rhythm generation from simpler to more detailed network models |
Chatzikalymniou |
Alexandra |
Krembil Research Institute and University of Toronto |
P108 |
NeuroViz: A web platform for visualizing and analyzing neuronal databases |
Gunay |
Cengiz |
Georgia Gwinnett College |
P109 |
Computational analysis of disinhibitory and neuromodulatory mechanisms for induction of hippocampal plasticity |
Guerreiro |
Ines |
Ecole Normale Supérieure |
P110 |
Coherence States of Inter-Communicating Gamma Oscillatory Neural Circuits |
Dumont |
Gregory |
ENS |
P111 |
Mechanisms of working memory stabilization by an external oscillatory input |
Novikov |
Nikita |
Higher School of Economics |
P112 |
Prediction of mean firing rate shift induced by externally applied oscillations in a spiking network model |
Vodorezova |
Kristina |
Higher School of Economics |
P113 |
Augmenting the source-level EEG signal using structural connectivity |
Glomb |
Katharina |
Centre Hospitalier Universitaire Vaudois |
P114 |
Inferring birdsong neural learning mechanisms from behavior |
Toutounji |
Hazem |
Institute of NeuroInformatics, UZH/ETH |
P115 |
A two-compartment neuron model with ion conservation and ion pumps |
Sætra |
Marte J. |
University of Oslo |
P116 |
Endogenously oscillating motoneurons produce undulatory output in a connectome-based neuromechanical model of C. elegans without proprioception |
Anwar |
Haroon |
Princeton Neuroscience Institute |
P117 |
Optimized reservoir computing with stochastic recurrent networks |
Nestler |
Sandra |
Forschungszentrum Juelich |
P118 |
Coordination between individual neurons across mesoscopic distances |
Dahmen |
David |
Jülich Research Centre |
P119 |
Learning to learn on High Performance Computing |
Diaz-Pier |
Sandra |
Jülich Research Centre |
P120 |
A novel method to encode sequences in a computational model of speech production |
Topalidou |
Meropi |
University of California, Irvine |