Benda, Jan - Bernstein Center for Computational Neuroscience Munich & Department Biologie II, Ludwig Maximilians Universität München

• Asymmetrical dynamics of voltage spread in retinal horizontal cell networks
• The Transfer Function of an Auditory Interneuron as Predicted from IntensityResponse Curves
• Energy Integration Describes Sound-Intensity Coding in an Insect Auditory System
• SpikeFrequency Adaptation: Phenomenological Model and Experimental Tests
• Closed-loop electrophysiological experiments and automated metadata acquisition with RELACS
• Single Neuron Dynamics --Models Linking Theory and Experiment
• Spike-Frequency Adaptation: Phenomenological Model and Experimental Tests
• Single Neuron Dynamics --Models Linking Theory and Experiment
• Spike-Frequency Adaptation Generates Intensity Invariance in a Primary Auditory Interneuron
• Spike-Frequency Adaptation in the Auditory Preprocessing Module of Jan Benda1 & R. Matthias Hennig2
• A Continuum Model for Horizontal Cell Layers Including
• Encoding Communication Signals with Timescale Separation by Spike Frequency Adaptation
• Single Neuron Dynamics --Models Linking Theory and Experiment
• Interpretation of length constants in retinal horizontal cell layers
• CONEUR-503; NO OF PAGES 7 From response to stimulus
• An Adaptive Model for Retinal Horizontal Cell Syncytia Jan Benda, P'al Ruj'an, Josef Ammermuller
• Single Neuron Dynamics --Models Linking Theory and Experiment
• A Critical Review on the Length Constants of
• Single Neuron Dynamics --Models Linking Theory and Experiment
• LETTER Communicated by Carlos Brody Timescale-Invariant Pattern Recognition by Feedforward
• 0-8493-2024-0/05/$0.00+$1.50 2005 by CRC Press LLC
• Brief Communications Timescale-Invariant Representation of Acoustic
• Coding of Communication Signals by Spike Synchrony and Asynchrony
• Single Neuron Dynamics --Models Linking Theory and Experiment
• Spike-Frequency Adaptation: Phenomenological Model and Experimental Tests
• A Synchronization-Desynchronization Code for Natural Communication Signals
• The effect of difference frequency on electrocommunication: Chirp production and encoding in a species of weakly electric fish, Apteronotus leptorhynchus
• Predicting the Transfer Function of an Auditory Interneuron from IntensityResponse Curves
• Linear versus Nonlinear Signal Transmission in Neuron Models with Adaptation-Currents or
• Behavioral/Systems/Cognitive The Origin of Adaptation in the Auditory Pathway of Locusts
• Postsynaptic Receptive Field Size and Spike Threshold Determine Encoding of High-Frequency Information Via Sensitivity to Synchronous
• Limits of Linear Rate Coding of Dynamic Stimuli by Electroreceptor Afferents
• The cellular basis for parallel neural transmission of a high-frequency stimulus and its
• Spike-Frequency Adaptation Separates Transient Communication Signals from Background
• Dynamic changes in the receptive fields of L1-type horizontal cells in the retina of the
• Single Neuron Dynamics --Models Linking Theory and Experiment
• Single Neuron Dynamics --Models Linking Theory and Experiment
• Linear versus nonlinear signal transmission in neuron models with adaptation-currents or
• RELACS -a Modular Platform for Closed-Loop and Dynamic Clamp Experiments
• How to Model Spike-Frequency Adpatation in Integrate-and-Fire Neurons
• Fundamental filter properties of spiking neurons don't constrain detectability of communication signals in weakly electric fish
• Two methods for time-resolved inter-spike interval analysis Martin Nawrot1,2 & Jan Benda1,3
• Two Coding Strategies for Communication Signals in a Population Rate Code
• A Universal Model for Spike-Frequency Jan Benda1 & Andreas V. M. Herz2
• Class I PhaseResetting Curves in Auditory Receptor Cells in Locusts
• NEUROINFORMATICS the reconstruction of the conditions or parameters under which a
• Behavioral/Systems/Cognitive Multiple Arithmetic Operations in a Single Neuron: The