We’re thrilled to launch the official account for the @escardio #WGCCE
Cardiac ion channels.
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Sep 2012 – Dec 2025Where it's discussed
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X / Twitter93 posts
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Bluesky5 posts
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News3 articles
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YouTube2 videos
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Facebook2 posts
AI synopsis
What people are saying
The overall tone reflects high enthusiasm and intellectual engagement, with examples such as mentions of the lipid regulation of ion channels providing new insights, discussions of drug interactions affecting cardiac function, and presentations on computational approaches. The technical language and references to cutting-edge research convey both current relevance and potential for future impact in cardiac health.
Most discussions acknowledge the importance of cardiac ion channels in heart health and disease mechanisms, showing overall support for the article's focus.
Posts demonstrate high curiosity, citing therapeutic targets, genetic mutations, and experimental methods, reflecting strong engagement with the subject.
Several exchanges include technical details, research updates, and tools like CRISPR and computational modeling, indicating a deep level of discussion.
The discussions highlight significant implications for understanding arrhythmias, developing treatments, and drug safety testing, indicating high impact.
Abstract in brief
- Cardiac ion channels are specialized proteins in the heart that control the flow of ions like sodium, potassium, and calcium, which are essential for generating and regulating the heart's electrical signals.
- These ion channels work together to create the heart's rhythm and ensure proper contraction, and any dysfunction can lead to arrhythmias or other cardiac issues.
- Research on cardiac ion channels focuses on understanding their functioning and developing treatments for heart rhythm disorders through drugs or genetic approaches.
Top posts
Most liked on X and BlueskyCollaborative undertaking outlining protein interactors for 13 cardiac ion channels just out in Nature Cardiovascular Research: https://t.co/rKBre17TsG Along with accompanying Research Briefing summarizing main findings: https://t.co/wHopk4OYWe @MarioDelmar3 @calum_og @nupharm1 https://t.co/y16JfBt2g7
Ok a lot of frustrated bretylium fans who don’t like this tweet… Can we at least agree that if ET “has 16 base pairs” in his DNA he prob has different cardiac ion channels? https://t.co/HEIVfRLTQz
Starting the #EWGCCE #EHRA2024 joint session with my friend Karin Sipido talking about cardiac ion channels. Chaired by @CarolRemme &Stephane Hatem https://t.co/PQsG4sufvc
@MoarSahitoPTI
Congratulations to Jidong Fu and Isabelle Deschenes for renewal of their MPI R01 "Biophysical Modulation of Cardiac Ion Channels by microRNA" @OhioStateDHLRI @OhioStateMed @OSUWexMed @nih_nhlbi
All mentions
Cardiac Action Potential: Non-Pacemaker and Pacemaker Cells Explained
The cardiac action potential is defined as the change in the membrane potential of cardiac cells. This video explains the phases in non-pacemaker and pacemaker cells, highlighting their differences and the role of…
Understanding Premature Ventricular Complexes and Arrhythmias
In this episode, we discuss premature ventricular complexes (PVCs), their causes, and their connection to age, height, and lifestyle. We also cover diagnosis methods like ECG and treatment options for symptomatic cases…
RT @ProfSirera: @nervemed Funny channels are those quirky cardiac ion channels that open when the membrane hyperpolarises, doing the exact…
RT @ProfSirera: @nervemed Funny channels are those quirky cardiac ion channels that open when the membrane hyperpolarises, doing the exact…
@nervemed Funny channels are those quirky cardiac ion channels that open when the membrane hyperpolarises, doing the exact opposite of what most channels do and kick-starting the heartbeat. Despite their silly name, they quietly run the pacemaker machinery of the heart, making them some
RT @KrimeeraPharma: @MoarSahitoPTI
RT @KrimeeraPharma: @MoarSahitoPTI
RT @KrimeeraPharma: @MoarSahitoPTI
RT @KrimeeraPharma: @MoarSahitoPTI
RT @KrimeeraPharma: @MoarSahitoPTI
RT @KrimeeraPharma: @MoarSahitoPTI
@MoarSahitoPTI
RT @grok: @jnsqxelle Theoretically, intense pulsed electromagnetic fields could disrupt cardiac ion channels or induce arrhythmias like ven…
@jnsqxelle Theoretically, intense pulsed electromagnetic fields could disrupt cardiac ion channels or induce arrhythmias like ventricular fibrillation if strong enough to generate currents rivaling the heart's natural potentials, as explored in bioelectromagnetics studies. However,
Post-solvent hit Arrhythmia. Heart’s off rhythm – likely vagus nerve irritation from yesterday & last night’s Solvent(VOC) attacks. Solvent residuals i.e (toluene, xylene) disrupts cardiac ion channels, causing palpitations or irregular beats (per ATSDR, 2019) Anxiety-Spoofing
Daniel Sastre Martínez, PhD, a research scientist, is the Molecular Pharmacology Highlighted Trainee Author for October 2025. His study focuses on how a small molecule modulates the cardiac ion channels Kv7.1 and IKs: https://t.co/y1cCh9p73V. https://t.co/4NKLkyjVrD
Daniel Sastre Martínez, PhD, a research scientist, is the Molecular Pharmacology Highlighted Trainee Author for October 2025. His study focuses on how a small molecule modulates the cardiac ion channels Kv7.1 and IKs: https://t.co/BHDpWRukaK. https://t.co/67mO26BD56
RT @hrs_journal: BMAL1 Mediates Sex-Specific Circadian Regulation of Cardiac Ion Channels and Temporal Arrhythmia Vulnerability https://t.…
@CovidConfusion @drjohnm Low vitamin D levels correlate with elevated risks of hypertension, heart failure, and ischemic heart disease, driven by inflammation, endothelial dysfunction, and vascular calcification. Magnesium deficiency disrupts cardiac ion channels, promoting arrhythmias like ventricular
BMAL1 Mediates Sex-Specific Circadian Regulation of Cardiac Ion Channels and Temporal Arrhythmia Vulnerability https://t.co/JeZVTMqDFN https://t.co/NLvrNjWbKw
RT @umichkim: Why are heart attacks & arrhythmias more common in the morning? Our new review summarizes how the brain’s circadian clock (SC…
Why are heart attacks & arrhythmias more common in the morning? Our new review summarizes how the brain’s circadian clock (SCN) regulates cardiac ion channels, hormones & body temp to shape daily rhythms in heart function. Read here: https://t.co/tjH21KOkuF https://t.co/8DKwfbRBii
5) Blood Pressure, heart health, and blood vessels. • Vascular smooth muscle relaxation • Endothelial Nitric oxide support. • Stabilizes cardiac ion channels It helps blood pressure reduction, fewer ectopics, and improved endothelial function. https://t.co/9oBPgOcyrp
@MoarSahitoPTI Azithromycin, Fluconazole, and Ondansetron are known to carry a risk of QT interval prolongation due to their potential to interfere with cardiac ion channels, particularly potassium channels.
RT @razolol2: #الحمدلله تم نشر ورقتنا العلمية تنظيم قنوات القلب الأيونية الحساسة للإجهاد التأكسدي
RT @razolol2: #الحمدلله تم نشر ورقتنا العلمية تنظيم قنوات القلب الأيونية الحساسة للإجهاد التأكسدي
RT @razolol2: #الحمدلله تم نشر ورقتنا العلمية تنظيم قنوات القلب الأيونية الحساسة للإجهاد التأكسدي
RT @razolol2: #الحمدلله تم نشر ورقتنا العلمية تنظيم قنوات القلب الأيونية الحساسة للإجهاد التأكسدي
#الحمدلله تم نشر ورقتنا العلمية تنظيم قنوات القلب الأيونية الحساسة للإجهاد التأكسدي
Brugada syndrome is thought to be caused by genetic mutations that affect cardiac ion channels, resulting in abnormal cardiac action potentials in the right ventricular outflow tract. https://www.nature.c...
@YourOnlyTruth @321Rajashejar @theliverdr The article's claim about "13 major cardiac ion channels" doesn't align with standard scientific consensus, as modern cardiology doesn't classify exactly 13 major channels. The *Charaka Samhita*'s 13 channels are conceptual, not physical like ion channels, so the comparison seems
@grok @321Rajashejar @theliverdr What about this article @grok? https://t.co/nfocme7E4K It clearly says Heart has 13 major cardiac ion channels
Group Update! On the 25th of Feb we presented our work to the Salford @u3acommunities.org group, presenting our work on cardiac ion channels and boron. Sylvia and Mauno led workshops on hERG blockers and boron-containing drugs respectively. A great day! @epsrcboron.bsky.social @nc3rs.bsky.social
Group Update! On the 25th of Feb we presented our work to the @salfordu3a , presenting our work on cardiac ion channels and boron. Sylvia and Mauno led workshops on hERG blockers and boron-containing drugs respectively. An all-round great day! @NC3Rs https://t.co/T4ZnQdyKcR
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
RT @EWGCCEChair: We’re thrilled to launch the official account for the @escardio #WGCCE
We’re thrilled to launch the official account for the @escardio #WGCCE
Just booked AirBnB in San Diego to attend #HRS2025. I will present my talk “Automated patch clamping studies of cardiac ion channels” on 24 Apr, in the session hosted by the Cardiac Electrophysiology Society. Hope to meet some new friends, #ionchannels or not #cardiosky #medsky @victorchang.edu.au
@Elisa9477154831 @XPHOENIXDRAGON At the same time, off-target interactions of drugs with cardiac ion channels can be the cause of unwanted side effects.
Metrion has assays for a wide range of different human cardiac ion channels. https://t.co/DN0Vr1m9f5 #drugdiscovery #CRO #Screening #IonChannels https://t.co/NVakCTR717
New therapeutic target for cardiac arrhythmias emerges https://t.co/GCM0Ibd15M Researchers identified a lipid that is involved in regulating cardiac ion channels, providing insights into possible mechanisms of cardiac arrhythmias...
New therapeutic target for cardiac arrhythmias emerges - ScienceDaily - Researchers identified a lipid that is involved in regulating cardiac ion channels, providing insights into possible mechanisms of cardiac ... - https://t.co/z6K1p4kqzU
New therapeutic target for cardiac arrhythmias emerges - https://t.co/w05DX414az - Researchers identified a lipid that is involved in regulating cardiac ion channels, providing insights into possible mechanisms of cardiac arrhythmias in heart failure and a potential pathway
Researchers identified a lipid that is involved in regulating cardiac ion channels, providing insights into possible mechanisms of cardiac arrhythmias in heart failure and a potential pathway for future therapeutic development. https://t.co/WiUGJu8xIa
New therapeutic target for cardiac arrhythmias emerges: Researchers identified a lipid that is involved in regulating cardiac ion channels, providing insights into possible mechanisms of cardiac arrhythmias in heart failure and a potential pathway for… https://t.co/WmxS3dMYLc
@RogerSeheult NaHCO3 IV (possibly)? Ca-gluconate (no, need to bypass the liver)? Beta agoniste (too slow)? Na/K is key, right? Physician daughter says CaCl to stabilize cardiac ion channels to prevent ion exchange problems. She says atropine is protocol for bradycardia, tho.
RT @an_andrew_leach: We are here tomorrow with Sylvia presenting 'High fidelity computational approaches to exploit new structures of cardi…
We are here tomorrow with Sylvia presenting 'High fidelity computational approaches to exploit new structures of cardiac ion channels' as well as Andrew with 'Progress towards computational tools that can predict the likelihood that a new molecule will cause cardiotoxic effects'! https://t.co/eycVD410hV
RT @AnaMGmez4: Starting the #EWGCCE #EHRA2024 joint session with my friend Karin Sipido talking about cardiac ion channels. Chaired by @Car…
Starting the #EWGCCE #EHRA2024 joint session with my friend Karin Sipido talking about cardiac ion channels. Chaired by @CarolRemme &Stephane Hatem https://t.co/PQsG4sufvc
In control experiments for CRISPRi in hiPSC-CMs(https://t.co/xAeY6Zd1D4), we saw unexpected _upregulation_ of key cardiac ion channels when introducing Zim3-KRAB-dCas9 (no gRNAs), incl. KCNJ2, KCNH2, GJA1, with supporting functional effects...
@roxy_mojo May I suggest testing your fT3/fT4 thyroid ratio? Once I brought mine out of the death zone my heart mostly stopped doing that shit. (Not covid related) May be an undiagnosed thyroid imbalance for which no one will overtly look. Mitochodria and Cardiac ion channels likely F#%Kd
The antiarrhythmic effect of n-3 polyunsaturated fatty acids: modulation of cardiac ion channels as a potential mechanism https://t.co/aicPPyxC2h https://t.co/OQ5VQOa1X0
@toobaffled Sudden arrhythmic deaths are typically due to inherited abnormalites of cardiac ion channels, such as the long QT syndrome, short QT syndrome, familial catecholaminergic polymorphic ventricular tachycardia and Brugada syndrome. IOW, people die.
RT @CommsBio: Development of a CRISPRi gene modulation platform to target key cardiac ion channels in human iPSC-CMs offers correlation of…
RT @CommsBio: Development of a CRISPRi gene modulation platform to target key cardiac ion channels in human iPSC-CMs offers correlation of…
Development of a CRISPRi gene modulation platform to target key cardiac ion channels in human iPSC-CMs offers correlation of function measured by all-optical electrophysiology and molecular underpinnings. @emilia_entcheva @GWtweets @gwuengineering https://t.co/mNHryiLr2Y
Targeted lymphoma tt in pts without prior history of AF is associated with an increased risk of AF. Dev of AF during lymphoma tt is associated with reduced survival.anthracyclines can induce AF include direct&indirect effects on cardiac ion channels, activation of pro-inflam/ROS.
@TeslaFan_PR @jamaalism @TheTrickyTrout @MattWalshBlog Mental stress appears to precipitate SCA, presumably by more directly impacting on the cardiac ion channels that control the heart's electrical properties. This may lead to ventricular fibrillation, the arrhythmia that underlies SCA. - straight from NCBI/NLM
RT @nickmmark: Ok a lot of frustrated bretylium fans who don’t like this tweet… Can we at least agree that if ET “has 16 base pairs” in hi…
Ok a lot of frustrated bretylium fans who don’t like this tweet… Can we at least agree that if ET “has 16 base pairs” in his DNA he prob has different cardiac ion channels? https://t.co/HEIVfRLTQz
Rapid changes of mRNA expressions of cardiac ion channels affected by Torsadogenic drugs influence susceptibility of rat hearts to arrhythmias induced by Beta-Adrenergic stimulation https://t.co/Y0FkCesgK8
RT @FrontPhysiol:
RT @AliciaLundby: Collaborative undertaking outlining protein interactors for 13 cardiac ion channels just out in Nature Cardiovascular Res…
RT @AliciaLundby: Collaborative undertaking outlining protein interactors for 13 cardiac ion channels just out in Nature Cardiovascular Res…
RT @AliciaLundby: Collaborative undertaking outlining protein interactors for 13 cardiac ion channels just out in Nature Cardiovascular Res…
RT @AliciaLundby: Collaborative undertaking outlining protein interactors for 13 cardiac ion channels just out in Nature Cardiovascular Res…
RT @AliciaLundby: Collaborative undertaking outlining protein interactors for 13 cardiac ion channels just out in Nature Cardiovascular Res…
Collaborative undertaking outlining protein interactors for 13 cardiac ion channels just out in Nature Cardiovascular Research: https://t.co/rKBre17TsG Along with accompanying Research Briefing summarizing main findings: https://t.co/wHopk4OYWe @MarioDelmar3 @calum_og @nupharm1 https://t.co/y16JfBt2g7
Outstanding study defining interactomes of main cardiac ion channels in relation with their relevance to human electrophysiology https://t.co/9PzscxXJcn
Representation of #INSPIRE at #ISHR2023. Anna Savchenko, PhD fellow at @CARIMMaastricht, has presented a poster showcasing the remodelling of multiple cardiac ion channels by long-term amiodarone exposure. Check it out
RT @DipaloMichele: Look how simple it is to obtain Action Potential-like recordings from hiPSC cardiac cells with #IntraCell from @ForeseeS…
RT @DipaloMichele: Look how simple it is to obtain Action Potential-like recordings from hiPSC cardiac cells with #IntraCell from @ForeseeS…
Look how simple it is to obtain Action Potential-like recordings from hiPSC cardiac cells with #IntraCell from @ForeseeSrl In a few seconds you get high quality data on cardiac ion channels from tens of cells on #MEA without damaging them. https://t.co/qbcW1HUPgE via @YouTube
Autoantibodies targeting the Kir3.4 protein were detected in patients with atrial fibrillation (AF), including those without clinically apparent AF. These autoantibodies affected cardiac ion channels and shortened action potentials, contributing to AF. https://t.co/Z2xkuNsVm4
Thousands of drugs require cardiovascular safety testing involving animals. I am developing a computational model to research drug safety in the heart which aims to prevent fatal irregular heartbeat and replace animal testing: https://t.co/DxJU7gplpu
New Research: Osimertinib Acute Exposures Induce Electrocardiac Changes by Synchronously Inhibiting the Currents of Cardiac Ion Channels #pharmacology https://t.co/Vvc2DjUWqI
Congratulations to Jidong Fu and Isabelle Deschenes for renewal of their MPI R01 "Biophysical Modulation of Cardiac Ion Channels by microRNA" @OhioStateDHLRI @OhioStateMed @OSUWexMed @nih_nhlbi
Chinese herbal medicine for the treatment of cardiovascular diseases ─ targeting cardiac ion channels https://t.co/V9e2NMLsIG
Are you working on Safety Pharmacology, Cardiotoxicity, or Cardiac Ion Channels? Then you should definitely join us on 24.05.2023
RT @bpsjp: 【BPPB早期公開のお知らせ】BPPBに Tatsuki Negami, Tohru Terada による "Calculations of the binding free energies of the Comprehensive in vitro P…
【BPPB早期公開のお知らせ】BPPBに Tatsuki Negami, Tohru Terada による "Calculations of the binding free energies of the Comprehensive in vitro Proarrhythmia Assay (CiPA) reference drugs to cardiac ion channels" をJ-STAGEの早期公開版として掲載 しました。https://t.co/OCDJMrxNjp
Symposium on Recent Advances in Studies of Cardiac Ion Channels and Arrhythmias = 心筋のイオンチャネルと不整脈研究の進歩 : program and abstracts [出版地不明] : [Organizing Committee "Symposium on Recent Advances in Studies of Cardiac Ion Channels and Arrh* https://t.co/i5YPSzRWbO
RT @Krom55967042: @Parsifaler Imagine chucking synthetic spike protein into complex mechanisms like ion channels & cardiac regulation? Who’…
@Parsifaler Imagine chucking synthetic spike protein into complex mechanisms like ion channels & cardiac regulation? Who’d have thought there could have been adverse reactions to it?
RT @FrontSystemsBio:
RT @FrontSystemsBio:
Cardiac Ion Channels #BIOE340 https://t.co/ys1ioNLFCo
Clinical sequencing session: Dan Roden up first on cardiac ion channels. #gcd12
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