Corrigendum to “NYC Neuromodulation 2018 Proceedings #28: A model for tDCS-induced spontaneous vesicle release” ((Brain Stimulation (2019) 12(2), (S1935861X18305874))

Sreerag Othayoth Vasu; Hanoch Kaphzan

doi:10.1016/j.brs.2019.03.073

Corrigendum to “NYC Neuromodulation 2018 Proceedings #28: A model for tDCS-induced spontaneous vesicle release” ((Brain Stimulation (2019) 12(2), (S1935861X18305874))

Sreerag Othayoth Vasu, Hanoch Kaphzan

Department of Neurobiology

Research output: Contribution to journal › Comment/Debate

Abstract

The model demonstrates a tDCS-induced alteration of synaptic vesicle release. tDCS induces a small variation in terminal membrane potential sufficient to activate voltage-gated calcium channels. This initial calcium influx act as a feedback loop for further calcium channels opening, eventually inducing calcium elevation. Calcium concentration control spontaneous vesicle release, instigating a disproportionate vesicle release for a sub-threshold stimulus.

Original language	English
Pages (from-to)	e161-e163
Number of pages	3
Journal	Brain Stimulation
Volume	12
Issue number	4
DOIs	https://doi.org/10.1016/j.brs.2019.03.073 https://doi.org/10.1016/j.brs.2019.03.073
State	Published - 1 Jul 2019

Bibliographical note

Publisher Copyright:
© 2019

ASJC Scopus subject areas

Biophysics
General Neuroscience
Clinical Neurology

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title = "Corrigendum to “NYC Neuromodulation 2018 Proceedings #28: A model for tDCS-induced spontaneous vesicle release” ((Brain Stimulation (2019) 12(2), (S1935861X18305874))",

abstract = "The model demonstrates a tDCS-induced alteration of synaptic vesicle release. tDCS induces a small variation in terminal membrane potential sufficient to activate voltage-gated calcium channels. This initial calcium influx act as a feedback loop for further calcium channels opening, eventually inducing calcium elevation. Calcium concentration control spontaneous vesicle release, instigating a disproportionate vesicle release for a sub-threshold stimulus.",

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AB - The model demonstrates a tDCS-induced alteration of synaptic vesicle release. tDCS induces a small variation in terminal membrane potential sufficient to activate voltage-gated calcium channels. This initial calcium influx act as a feedback loop for further calcium channels opening, eventually inducing calcium elevation. Calcium concentration control spontaneous vesicle release, instigating a disproportionate vesicle release for a sub-threshold stimulus.

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Corrigendum to “NYC Neuromodulation 2018 Proceedings #28: A model for tDCS-induced spontaneous vesicle release” ((Brain Stimulation (2019) 12(2), (S1935861X18305874))

Abstract

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