Bulk Suggestion Bulk ID: alexlewis/07.15.24-12:52AM
Accepted at: Aug, 13, 2024 4:47 a.m.
Author: alexlewis
Related Deck: 1675118865074
Accepted
Rationale for new note

Spinal cord syndromes

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What is the <u>mechanism of action</u> of <b>Ethosuximide</b>? <br><br>{{c1::Inhibits&nbsp;<span style="">T-type Ca<span style="font-size: 12px; line-height: 0; position: relative; vertical-align: initial; top: -0.5em;">2+</span>&nbsp;channels</span>&nbsp;in&nbsp;<span style="">thalamocortical neurons</span>&nbsp;which are generators of&nbsp;3 Hz spike-and-wave discharges}}
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-Thalamocortical neurons are hypothesised to be generators of the classic 3 Hz spike-and-wave discharges seen with absence seizures and rely heavily on low threshold T-type calcium channels to do so.<br>-Ethosuximide can lower the threshold of T-type calcium currents and disrupt the oscillatory activity of thalamocortical circuitry by blocking T-type calcium channels
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eTG Complete
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eTG Complete
Talley & O'Connor
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Talley & O'Connor
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Source
Source
<a href="https://www.ncbi.nlm.nih.gov/books/NBK544244/#_article-21395_s3_">StatPearls</a>&nbsp;Accessed 23 July 2024
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#Malleus_CM::#Resources_by_Rotation::Internal_Medicine::Neurology #Malleus_CM::#Subjects::Neurology_&_Ophthalmology::09_Seizure::10_Management #Malleus_CM::#Subjects::Pharmacology::07_Neuro/Psych::04_Mood_Stabilisers_&_Antiepileptic_Drugs::Ethosuximide::02_Mechanism_of_Action