We are the Cardiorespiratory Neurogenetics Lab @ Southern Methodist Univ. We study genes/mechanisms underlying epilepsy and sudden death in epilepsy (SUDEP).
SGP congratulates Dr. Man Si on receiving the 2025 Cranefield Postdoctoral Fellow Award for her outstanding paper, “Epilepsy-associated Kv1.1 channel subunits regulate intrinsic cardiac pacemaking in mice” https://t.co/x3nyfXiSKZ
@SMUBiology enjoyed getting to host Bin Gu from @OSUNeuroscience for a seminar on his exciting work on #epilepsy and #SUDEP. And to introduce him to some Texas barbecue.
Many thanks to Miriam Fauzia for this well-written article raising awareness of SUDEP and highlighting our recent research. @SMU@SMUBiology@CureEpilepsy https://t.co/oUndXuT6KZ
Sudden unexpected death in epilepsy (SUDEP) is the leading cause of epilepsy-related mortality. Although the underlying mechanisms have historically remained a mystery, new findings from SMU biology professor Edward Glasscock are beginning to provide valuable clues.
Read more: https://t.co/8bnMiJx9bm
New paper alert! 🚨
My PhD work is officially out in Brain Communications! This study links corticolimbic excitatory neurons to epilepsy and seizure-related death from cardiorespiratory failure in a key SUDEP mouse model.
https://t.co/kFLbLIIZoP
@GlasscockLab@braincomms
So excited to be part of the @GlasscockLab newest publication at @JPhysiol! This paper explores sex-specific differences in a model of sudden death in epilepsy and the mechanisms that may underlie them.
https://t.co/WsjinxKJIs
@SMUBiology@SMUDedman
The biology department here at Southern Methodist University in Dallas is looking to hire a tenure-track assistant professor/associate professor. Come join our group of supportive, productive, and well-funded faculty. Apply here: https://t.co/KluiUCiPrU
.@yaolisiman et al. @GlasscockLab@SMUBiology (https://t.co/DwjdnAZimh) reveal that, thought they only generate small currents in the sinoatrial node, Kv1.1 channels have a significant impact on cardiac pacemaking. Learn more in Research News: https://t.co/c34U1x1DV2
In @JGenPhysiol, @yaolisiman et al. @GlasscockLab show that genetic or pharmacological ablation of Kv1.1 K⁺ channel subunits reduces the firing rate of the heart’s sinoatrial node in mice, identifying Kv1.1 as a novel regulator of cardiac pacemaking. https://t.co/CCfwWcIH9N
I’m proud to announce the newest PhD recipient from the lab, Dr. @KelseyPaulhus. She’s a superstar in the field of epilepsy and neuroscience who has great things ahead of her. @SMUBiology@SMUDedman
So proud of Ellen Aughenbaugh and Regina Moreno Vera for being the 1st undergraduates from the @GlasscockLab to ever present posters at the annual SMU Research & Innovation Week symposium and for winning poster awards! Two future neuroscience all-stars! @SMUBiology@SMUDedman
Thank you @jmaglab for visiting @SMUBiology and for a fantastic and thought-provoking seminar! We had an epilepsy epilepsy social with good company and good texas BBQ @GlasscockLab@LenaNguyen_H