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Context-independent encoding of passive and active self-motion in vestibular afferent fibers during locomotion in primates

Nature communications, 2022-01, Vol.13 (1), p.120-120, Article 120

2022

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Challenges to the Vestibular System in Space: How the Brain Responds and Adapts to Microgravity

Frontiers in neural circuits, 2021-11, Vol.15, p.760313-760313

2021

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Statistics of the vestibular input experienced during natural self-motion: implications for neural processing

The Journal of neuroscience, 2014-06, Vol.34 (24), p.8347-8357

2014

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The statistics of the vestibular input experienced during natural self‐motion differ between rodents and primates

The Journal of physiology, 2017-04, Vol.595 (8), p.2751-2766

2017

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Envelope statistics of self-motion signals experienced by human subjects during everyday activities: Implications for vestibular processing

PloS one, 2017-06, Vol.12 (6), p.e0178664-e0178664

2017

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Neural variability determines coding strategies for natural self-motion in macaque monkeys

eLife, 2020-09, Vol.9

2020

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Coding of envelopes by correlated but not single-neuron activity requires neural variability

Proceedings of the National Academy of Sciences - PNAS, 2015-04, Vol.112 (15), p.4791-4796

2015

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Learning to expect the unexpected: rapid updating in primate cerebellum during voluntary self-motion

Nature neuroscience, 2015-09, Vol.18 (9), p.1310-1317

2015

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Sensory adaptation mediates efficient and unambiguous encoding of natural stimuli by vestibular thalamocortical pathways

Nature communications, 2022-05, Vol.13 (1), p.2612-2612, Article 2612

2022

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Coding strategies in the otolith system differ for translational head motion vs. static orientation relative to gravity

eLife, 2019-06, Vol.8

2019

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Learning to use vestibular sense for spatial updating is context dependent

Scientific reports, 2019-08, Vol.9 (1), p.11154-13, Article 11154

2019

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Cerebellar Prediction of the Dynamic Sensory Consequences of Gravity

Current biology, 2019-08, Vol.29 (16), p.2698-2710.e4

2019

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Neuronal variability and tuning are balanced to optimize naturalistic self-motion coding in primate vestibular pathways

eLife, 2018-12, Vol.7

2018

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Neural populations within macaque early vestibular pathways are adapted to encode natural self-motion

PLoS biology, 2024-04, Vol.22 (4), p.e3002623

2024

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Multimodal integration of self-motion cues in the vestibular system: active versus passive translations

The Journal of neuroscience, 2013-12, Vol.33 (50), p.19555-19566

2013

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Head movements in patients with vestibular lesion: a novel approach to functional assessment in daily life setting

Otology & neurotology, 2014-12, Vol.35 (10), p.e348-e357

2014

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Difference in the perception of the horizon during true and simulated tilt in the absence of semicircular canal cues

Experimental brain research, 2006-09, Vol.174 (1), p.158-166

2006

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The neural basis for violations of Weber’s law in self-motion perception

Proceedings of the National Academy of Sciences - PNAS, 2021-09, Vol.118 (36), p.1-9

2021

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Integration of canal and otolith inputs by central vestibular neurons is subadditive for both active and passive self-motion: implication for perception

The Journal of neuroscience, 2015-02, Vol.35 (8), p.3555-3565

2015

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Strong correlations between sensitivity and variability give rise to constant discrimination thresholds across the otolith afferent population

The Journal of neuroscience, 2013-07, Vol.33 (27), p.11302-11313

2013

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The increased sensitivity of irregular peripheral canal and otolith vestibular afferents optimizes their encoding of natural stimuli

The Journal of neuroscience, 2015-04, Vol.35 (14), p.5522-5536

2015

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Neuronal detection thresholds during vestibular compensation: contributions of response variability and sensory substitution

The Journal of physiology, 2014-04, Vol.592 (7), p.1565-1580

2014

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Rapid adaptation of multisensory integration in vestibular pathways

Frontiers in systems neuroscience, 2015-04, Vol.9, p.59-59

2015

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Internal models of self-motion: computations that suppress vestibular reafference in early vestibular processing

Experimental brain research, 2011-05, Vol.210 (3-4), p.377-388

2011

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Neural correlations code for stimulus variance

BMC neuroscience, 2013-07, Vol.14 (S1), p.P61-P61, Article P61

2013

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Context-independent encoding of passive and active self-motion in vestibular afferent fibers during locomotion in primates

Challenges to the Vestibular System in Space: How the Brain Responds and Adapts to Microgravity

Statistics of the vestibular input experienced during natural self-motion: implications for neural processing

The statistics of the vestibular input experienced during natural self‐motion differ between rodents and primates

Envelope statistics of self-motion signals experienced by human subjects during everyday activities: Implications for vestibular processing

Neural variability determines coding strategies for natural self-motion in macaque monkeys

Coding of envelopes by correlated but not single-neuron activity requires neural variability

Learning to expect the unexpected: rapid updating in primate cerebellum during voluntary self-motion

Sensory adaptation mediates efficient and unambiguous encoding of natural stimuli by vestibular thalamocortical pathways

Coding strategies in the otolith system differ for translational head motion vs. static orientation relative to gravity

Learning to use vestibular sense for spatial updating is context dependent

Cerebellar Prediction of the Dynamic Sensory Consequences of Gravity

Neuronal variability and tuning are balanced to optimize naturalistic self-motion coding in primate vestibular pathways

Neural populations within macaque early vestibular pathways are adapted to encode natural self-motion

Multimodal integration of self-motion cues in the vestibular system: active versus passive translations

Head movements in patients with vestibular lesion: a novel approach to functional assessment in daily life setting

Difference in the perception of the horizon during true and simulated tilt in the absence of semicircular canal cues

The neural basis for violations of Weber’s law in self-motion perception

Integration of canal and otolith inputs by central vestibular neurons is subadditive for both active and passive self-motion: implication for perception

Strong correlations between sensitivity and variability give rise to constant discrimination thresholds across the otolith afferent population

The increased sensitivity of irregular peripheral canal and otolith vestibular afferents optimizes their encoding of natural stimuli

Neuronal detection thresholds during vestibular compensation: contributions of response variability and sensory substitution

Rapid adaptation of multisensory integration in vestibular pathways

Internal models of self-motion: computations that suppress vestibular reafference in early vestibular processing

Neural correlations code for stimulus variance

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