NEURON-related presentations at SFN 2014
11/15/14 |
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Saturday PM |
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Number |
Author |
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Board |
Title |
60.03 |
Catalin |
Mitelut |
Z10 |
On spike detection and the development of quantitative measures for spike clustering using "ground truth" data: A computational and slice electrophysiology study |
60.04 |
Anton |
Arkhipov |
Z11 |
Building a biophysically detailed computational model of the layer 4 of mouse primary visual cortex |
60.07 |
Sergey |
Gratiy |
Z14 |
Simulating <i>in vivo</i> LFPs and intracellular [Ca2+] imaging data in mouse V1 using a detailed biophysical model of the cortical column |
65.19 |
Satish |
Nair |
CC36 |
Mechanisms of network synchrony arising from variable individual motor neurons of the crustacean cardiac ganglion |
99.25 |
Calvin |
Schneider |
UU12 |
Context-driven generation of virtual dendritic morphologies enables complete population-level construction and analysis |
Sunday AM |
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128.01 |
Allan |
Gulledge |
C28 |
Does axon initial segment plasticity regulate neuronal excitability? |
128.03 |
Yoshiyuki |
Kubota |
C30 |
Conserved dimensional properties of dendritic trees of cortical pyramidal cell |
128.15 |
Kwang Woo |
Ko |
C42 |
Role of Ih in the axon initial segment of MSO neurons revealed with light-dependent channel blockers |
129.03 |
Erik |
Bloss |
C46 |
Subcelluar input organization of cell-type specific inhibitory inputs to CA1 pyramidal neuron dendrites |
129.04 |
Alon |
Poleg-Polsky |
C47 |
Unique role of NMDARs in processing of retinal Direction Selectivity |
129.06 |
Wolfgang |
Bywalez |
C49 |
Local postsynaptic sodium channel activation in dendritic spines of olfactory bulb granule cells |
129.08 |
William |
Connelly |
C51 |
Dendritic Integration in Thalamocortical Neurons II: Dual voltage dependent amplification mechanisms and network consequences |
164.06 |
Salvador |
Dura-Bernal |
HH26 |
Repairing lesions via microstimulation in a spiking network model driving a virtual arm |
186.11 |
Shyam Kumar |
Sudhakar |
TT32 |
A computational study on the network dynamics and synchronization of cerebellar granular layer to different input patterns |
187.01 |
Nicholas |
Carnevale |
TT50 |
High performance computing in neuroscience via the Neuroscience Gateway Portal |
187.07 |
Chaitanya |
Chintaluri |
TT56 |
Modeling and analysis of extracellular potentials in multielectrode arrays |
PM |
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215.16 |
Christian |
Fink |
C56 |
Mechanisms of fast ripple generation in a computational model |
215.22 |
Pachaya |
Sailamul |
C62 |
Structural irregularity in local neural circuit induces global modulations of neural synchronization |
216.01 |
Alex |
Williams |
C63 |
Homeostatic conductance regulation in multicompartment conductance-based model neurons |
216.02 |
Jorge |
Vera |
C64 |
Modulation of frequency preference by changes in input resistance |
234.29 |
Arnaud |
Legendre |
Y14 |
An in silico simulator to study oscillopathies and drug effects in various neurological disorders |
270.04 |
Vincent |
Daria |
TT62 |
Analyzing morphology-dependent neuronal function using laser dendrotomy |
Monday AM |
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297.11 |
Michele |
Ferrante |
A63 |
Post-inhibitory rebound spikes in rat mec layer ll/lll principal cells: In-vivo, in-vitro, and in-silico evidence and characterization |
299.14 |
Rajnish |
Ranjan |
B38 |
Automated biophysical characterization of the complete rat Kv-Ion channel family |
302.11 |
Segundo |
Guzman |
C33 |
Properties of CA3-CA3 synapses optimize storage capacity in the CA3 microcircuit |
304.07 |
Adam |
Errington |
C66 |
Dendritic integration in thalamocortical neurons I: Dendritic properties shape cortical feedback in thalamocortical neurons |
304.13 |
Torbjørn |
Ness |
C72 |
Contributions from active dendritic conductances to the Local Field Potential |
331.11 |
Peter |
Lakatos |
DD18 |
Thalamocortical dynamics of rhythmic selective and tonic suppressive modes in the auditory system |
371.1 |
Thomas |
Morse |
VV56 |
Advances in Senselab: ModelView, synaptic connectivity, and structured data submission |
372.01 |
Gordon |
Shepherd |
VV65 |
3D printouts of neurons and microcircuits |
372.04 |
Lei |
Jin |
VV68 |
Dendritic computations may contribute to contextual interactions in the neocortex |
372.12 |
Philip |
Hendrickson |
VV76 |
Multi-scale simulation of extracellular electrode stimulation in the dentate gyrus |
372.14 |
Aushra |
Abouzeid |
VV78 |
Fully automated multi-objective fitting of morphologically realistic hippocampal CA1 pyramidal cell models |
372.15 |
Gene |
Yu |
VV79 |
Topography-dependent EC-DG-CA3 dynamics in a large-scale biologically realistic model of the rat hippocampus |
372.16 |
Eric |
Hu |
VV80 |
An input-output model of the glutamatergic synapse for improved computational efficiency in multi-scale modeling |
372.22 |
Tim |
Rumbell |
VV86 |
Compartmental model optimization predicts altered channel densities and kinetics in aged versus young pyramidal neurons of rhesus monkey prefrontal cortex |
PM |
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412.15 |
Kabilar |
Gunalan |
O9 |
Comparison of deep brain stimulation neural activation models developed with 7T MRI data |
445.03 |
Cliff |
Kerr |
LL25 |
One size does not fit all: Calibrating microstimulation to individual subjects using spiking network models |
Tuesday AM |
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507.25 |
Martina |
Michalikova |
I11 |
Spikelets in cortical pyramidal neurons: Origin and functional consequences |
532.04 |
David |
Dahmen |
GG7 |
Computing local-field potentials based on a point-neuron network model of cat V1 |
535.06 |
James |
King |
II12 |
Technology innovations for leveraging supercomputers for reconstruction and simulation of large-scale detailed tissue models |
535.07 |
Daniel |
Keller |
II13 |
Multiscale model of glia metabolism linked to an electrical model of cerebral cortex |
535.08 |
Lida |
Kanari |
II14 |
Morphological analysis and classification of neuronal types in the neocortical microcircuit |
535.11 |
Yihwa |
Kim |
II17 |
Incorporating synthesized meso-scale pyramidal axons into a reconstruction of neocortical tissue |
535.12 |
Oren |
Amsalem |
II18 |
Embedding gap junctions in high fidelity models of neocortical microcircuitry |
PM |
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576.09 |
Michael |
Williams |
WCC |
Hyperactivity of developing neurons lacking the autism-associated gene Pten results from increased excitatory synaptic drive |
627.01 |
Tianhe |
Zhang |
FF29 |
Temporal dynamics of dorsal horn projection neuron responses to spinal cord stimulation depend on stimulation frequency and GABAergic inhibition |
630.01 |
Marco |
Capogrosso |
HH12 |
Selective stimulation of spinal sensorimotor circuits by multipolar stimulation of the spinal cord |
630.07 |
Nikolaus |
Wenger |
HH18 |
Physiologically inspired multisite spinal cord stimulation improves locomotion after spinal cord injury |
638.11 |
Stanisa |
Raspopovic |
NN34 |
Understanding the effects of transversal intraneural stimulation in amputee: a combined experimental and computational study |
Wednesday AM |
Note: entries past this point are not guaranteed to involve NEURON |
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720.02 |
Michele |
Migliore |
FF4 |
Odor operators: formation, interaction, and computational properties of distributed synaptic clusters in the olfactory bulb |
723.13 |
Joshua |
Goldwyn |
GG26 |
Ephaptic effects alter spiking in a model of coincidence detector neurons in auditory brainstem |
729.14 |
Scott |
Lempka |
KK3 |
Computational model of high-frequency spinal cord stimulation for chronic pain management |
736.19 |
Vinay |
Guntu |
OO14 |
Modeling the dynamics of bladder control networks after spinal cord injury |
747.04 |
Charlie |
Franklin |
TT5 |
Development of neuronal single cell models for network simulations |
747.05 |
Pranit |
Samarth |
TT6 |
Central amygdala model integrates intra-amygdalar inputs during fear conditioning |
747.06 |
Adel |
Alturki |
TT7 |
Comparison of single cell models for neuronal network simulations |
747.07 |
Feng |
Feng |
TT8 |
Competition among model lateral amygdala principal cells during Pavlovian fear conditioning |
PM |
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771.01 |
Michael |
Chary |
WCC |
Blocking gap junctions halts the spread of cortical spreading depression; a computational study |
785.13 |
Marko |
Popovic |
C16 |
Dendritic spine neck resistance measurements using voltage sensitive dyes |
852.01 |
Samuel |
Neymotin |
VV19 |
Calcium regulation of HCN supports persistent activity associated with working memory: A multiscale model of prefrontal cortex |
852.02 |
Carl |
Tropper |
VV20 |
Stochastic diffusion simulation in NEURON |
852.03 |
Robert |
McDougal |
VV21 |
Calcium 'impedance mismatch' -- the role of geometry on diffusion dynamics |
852.04 |
Anna |
Bulanova |
VV22 |
Integrating Systems Biology Markup Language (SBML) with NEURON |
852.13 |
Fred |
Rothganger |
VV31 |
How to model the whole brain? |