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Darkness Alters Maturation of Visual Cortex and Promotes Fast Recovery from Monocular Deprivation

Current biology, 2013-03, Vol.23 (5), p.382-386

2013

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Human deprivation amblyopia: treatment insights from animal models

Frontiers in neuroscience, 2023-09, Vol.17, p.1249466-1249466

2023

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Investigation of the efficacy and safety of retinal inactivation as a treatment for amblyopia in cats

Frontiers in neuroscience, 2023-06, Vol.17, p.1167007-1167007

2023

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Documentation of the Development of Various Visuomotor Responses in Typically Reared Kittens and Those Reared With Early Selected Visual Exposure by Use of a New Procedure

Frontiers in neuroscience, 2021-12, Vol.15, p.781516-781516

2021

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Correction of amblyopia in cats and mice after the critical period

eLife, 2021-08, Vol.10

2021

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Recovery of visual functions in amblyopic animals following brief exposure to total darkness

The Journal of physiology, 2016-01, Vol.594 (1), p.149-167

2016

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Retinal and Optic Nerve Integrity Following Monocular Inactivation for the Treatment of Amblyopia

Frontiers in systems neuroscience, 2020-06, Vol.14, p.32-32

2020

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Fast Recovery of the Amblyopic Eye Acuity of Kittens following Brief Exposure to Total Darkness Depends on the Fellow Eye

Neural plasticity, 2019-01, Vol.2019, p.7624837-11

2019

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Modification of Peak Plasticity Induced by Brief Dark Exposure

Neural plasticity, 2019, Vol.2019, p.3198285-10

2019

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Leveraging neural plasticity for the treatment of amblyopia

Survey of ophthalmology, 2024-05

2024

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Shrinkage of X cells in the lateral geniculate nucleus after monocular deprivation revealed by FoxP2 labeling

Visual neuroscience, 2014-05, Vol.31 (3), p.253-261

2014

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Comparative analysis of structural modifications induced by monocular retinal inactivation and monocular deprivation in the developing cat lateral geniculate nucleus

Journal of comparative neurology (1911), 2023-08, Vol.531 (12), p.1244-1260

2023

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Development of parvalbumin neurons and perineuronal nets in the visual cortex of normal and dark‐exposed cats

Journal of comparative neurology (1911), 2021-08, Vol.529 (11), p.2827-2841

2021

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Rapid recovery from the effects of early monocular deprivation is enabled by temporary inactivation of the retinas

Proceedings of the National Academy of Sciences - PNAS, 2016-12, Vol.113 (49), p.14139-14144

2016

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Recovery of neurofilament following early monocular deprivation

Frontiers in systems neuroscience, 2012-01, Vol.6, p.22-22

2012

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Recovery from the anatomical effects of long‐term monocular deprivation in cat lateral geniculate nucleus

Journal of comparative neurology (1911), 2018-02, Vol.526 (2), p.310-323

2018

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The critical period for darkness-induced recovery of the vision of the amblyopic eye following early monocular deprivation

Journal of vision (Charlottesville, Va.), 2019-06, Vol.19 (6), p.25-25

2019

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Mapping of neuron soma size as an effective approach to delineate differences between neural populations

Journal of neuroscience methods, 2018-07, Vol.304, p.126-135

2018

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Susceptibility to monocular deprivation following immersion in darkness either late into or beyond the critical period

Journal of comparative neurology (1911), 2016-09, Vol.524 (13), p.2643-2653

2016

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Short periods of darkness fail to restore visual or neural plasticity in adult cats

Visual neuroscience, 2018, Vol.35, p.E002-E002, Article E002

2018

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Postnatal accumulation of intermediate filaments in the cat and human primary visual cortex

Journal of comparative neurology (1911), 2015-10, Vol.523 (14), p.2111-2126

2015

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The case from animal studies for balanced binocular treatment strategies for human amblyopia

Ophthalmic & physiological optics, 2014-03, Vol.34 (2), p.129-145

2014

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Binocular eyelid closure promotes anatomical but not behavioral recovery from monocular deprivation

Vision research (Oxford), 2015-09, Vol.114, p.151-160

2015

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Altered thalamocortical development in the SAP102 knockout model of intellectual disability

Human molecular genetics, 2016-09, Vol.25 (18), p.4052-4061

2016

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Ten days of darkness causes temporary blindness during an early critical period in felines

Proceedings of the Royal Society. B, Biological sciences, 2015-03, Vol.282 (1803), p.20142756-20142756

2015

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Darkness Alters Maturation of Visual Cortex and Promotes Fast Recovery from Monocular Deprivation

Human deprivation amblyopia: treatment insights from animal models

Investigation of the efficacy and safety of retinal inactivation as a treatment for amblyopia in cats

Documentation of the Development of Various Visuomotor Responses in Typically Reared Kittens and Those Reared With Early Selected Visual Exposure by Use of a New Procedure

Correction of amblyopia in cats and mice after the critical period

Recovery of visual functions in amblyopic animals following brief exposure to total darkness

Retinal and Optic Nerve Integrity Following Monocular Inactivation for the Treatment of Amblyopia

Fast Recovery of the Amblyopic Eye Acuity of Kittens following Brief Exposure to Total Darkness Depends on the Fellow Eye

Modification of Peak Plasticity Induced by Brief Dark Exposure

Leveraging neural plasticity for the treatment of amblyopia

Shrinkage of X cells in the lateral geniculate nucleus after monocular deprivation revealed by FoxP2 labeling

Comparative analysis of structural modifications induced by monocular retinal inactivation and monocular deprivation in the developing cat lateral geniculate nucleus

Development of parvalbumin neurons and perineuronal nets in the visual cortex of normal and dark‐exposed cats

Rapid recovery from the effects of early monocular deprivation is enabled by temporary inactivation of the retinas

Recovery of neurofilament following early monocular deprivation

Recovery from the anatomical effects of long‐term monocular deprivation in cat lateral geniculate nucleus

The critical period for darkness-induced recovery of the vision of the amblyopic eye following early monocular deprivation

Mapping of neuron soma size as an effective approach to delineate differences between neural populations

Susceptibility to monocular deprivation following immersion in darkness either late into or beyond the critical period

Short periods of darkness fail to restore visual or neural plasticity in adult cats

Postnatal accumulation of intermediate filaments in the cat and human primary visual cortex

The case from animal studies for balanced binocular treatment strategies for human amblyopia

Binocular eyelid closure promotes anatomical but not behavioral recovery from monocular deprivation

Altered thalamocortical development in the SAP102 knockout model of intellectual disability

Ten days of darkness causes temporary blindness during an early critical period in felines

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