An adaptive filter that cancels self-induced noise in the electrosensory and lateral line mechanosensory systems of fish
@article{Montgomery1994AnAF, title={An adaptive filter that cancels self-induced noise in the electrosensory and lateral line mechanosensory systems of fish}, author={John C Montgomery and David Bodznick}, journal={Neuroscience Letters}, year={1994}, volume={174}, pages={145-148} }
180 Citations
Adaptive mechanisms in the elasmobranch hindbrain
- BiologyThe Journal of experimental biology
- 1999
Direct evidence from intracellular studies and direct electrical stimulation of the parallel fiber projection support an adaptive filter model that places a principal site of the filter's plasticity at the synapses between parallel fibers and projection neurons.
A neural mechanism of adaptive suppression of background signals arising from tail movements in the Gymnotid electrosensory system
- BiologyNeurocomputing
- 1999
Neural simulations of adaptive reafference suppression in the elasmobranch electrosensory system
- BiologyJournal of Comparative Physiology A
- 2004
A neural model and computer simulation results are presented that support the hypothesis that the adaptive component of the electrosensory system may involve an anti-Hebbian form of synaptic plasticity at molecular layer synapses onto ascending efferent neurons, the principal output neurons of the nucleus.
Cerebellar-like Structures 2 Functional Plasticity 4 Adaptive Sensory Filtering in the Electrosense 5 The Mechanosensory Lateral Line
- Biology
- 2007
That changes in AEN activity patterns were predicted by the adaptive filter model suggest that the mechanism is not just a specialization of the electrosense, and it may be underlying stimulus response conditioning in the mechanosensory system as well.
A cerebellum-like circuit in the lateral line system of fish cancels mechanosensory input associated with its own movements
- Biology, PsychologyJournal of Experimental Biology
- 2020
Examination of the function of a primitive cerebellum-like structure contributes to ongoing efforts to understand, from an evolutionary perspective, the functional diversity of the vertebrate cerebellar evolution in animal behavior.
Electroreception: Extracting Behaviorally Important Signals from Noise
- Biology
- 2003
The specializations of receptors and CNS so well developed in these fishes allow us to recognize important general principles operating in other sensory systems and in other vertebrates.
Influences of Motor Systems on Electrosensory Processing
- Biology, PsychologyElectroreception: Fundamental Insights from Comparative Approaches
- 2019
This chapter reviews a substantial body of work elucidating the synaptic, cellular, and circuit mechanisms for predicting and canceling self-generated sensory inputs in electrosensory systems in fish.
Plasticity of feedback inputs in the apteronotid electrosensory system.
- BiologyThe Journal of experimental biology
- 1999
Recent studies of the South American weakly electric fish Apteronotus leptorhynchus aimed at determining how the animals differentiate self-generated or reafferent electrosensory stimuli from those that are more behaviorally relevant are summarized.
The virtual dogfish: An environment for modelling neural computations in cerebellar-like circuitry of the elasmobranch electrosensory system
- BiologyNeurocomputing
- 2001
Plasticity in an electrosensory system. III. Contrasting properties of spatially segregated dendritic inputs.
- BiologyJournal of neurophysiology
- 1998
Modulation of a postsynaptic form of synaptic depression is proposed to account for the anti-Hebbian plasticity associated with two pathways that convey descending information to pyramidal cell apical dendrites.
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