Presynaptic store-operated Ca2+ entry drives excitatory spontaneous neurotransmission and augments endoplasmic reticulum stress

Overview of attention for article published in Neuron, March 2021

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The authors of "Presynaptic store-operated Ca2+ entry drives excit…" (https://t.co/wLrdXmz8sY) included RRIDs in their paper! Thank you for making your #methodsmatter. #STMpublishing

RT @WebEVTalk: @NChanaday papers: https://t.co/ZMLG6Usdqi, https://t.co/AT6t4gDinK, https://t.co/GMLTbFe15j @GEIVEX @exRNA @GSEV10 @BESEV_…

@NChanaday papers: https://t.co/ZMLG6Usdqi, https://t.co/AT6t4gDinK, https://t.co/GMLTbFe15j @GEIVEX @exRNA @GSEV10 @BESEV_ @EVItaSociety @ASEV_Austria @French_Soc_EVs @JSEV5 @UKEVSoc @AustralasiaEV @IsrevR @NLSEV_ @SNEVresearch @IsevComms @IsevOrg @IS…

・ER内のCa++の一時的な枯渇がSTIM2やOraiを介してシナプス前のCa++レベル上昇やシナプス伝達を亢進するらしい・ERストレス(長期のUPR?)でも同様神経変性で見られるERストレスとシナプス伝達異常をつなぐ仕組みなのでは？って感じかな https://t.co/mkOhO5sMu7

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