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Brugada Syndrome

Brugada, or not Brugada, that is the question

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Ultime pubblicazioni sulla CPVT

  • Atrioventricular Nodal Ablation Is Not an Effective Treatment Strategy in Catecholaminergic Polymorphic Ventricular Tachycardia
    Pubblicato il: 02-06-2023
  • Generation of two induced pluripotent stem cell lines from catecholaminergic polymorphic ventricular tachycardia patients carrying RYR2 mutations
    Pubblicato il: 21-05-2023
  • Exploring the Role of TRPM4 in Calcium Dependent Triggered Activity and Cardiac Arrhythmias
    Pubblicato il: 02-05-2023
  • Flecainide induces a sustained countercurrent dependent effect on RyR2 in permeabilized WT ventricular myocytes but not in intact cells
    Pubblicato il: 01-05-2023
  • Simultaneous presence of Brugada and overgrowth syndromes
    Pubblicato il: 28-04-2023
  • Gene Therapy for Catecholaminergic Polymorphic Ventricular Tachycardia
    Pubblicato il: 09-04-2023
  • Current management of inherited arrhythmia syndromes associated with the cardiac ryanodine receptor
    Pubblicato il: 05-04-2023
  • CPVT and Complete Atrio-Ventricular Block: The Flipside of the Same Coin
    Pubblicato il: 28-03-2023
  • A rare case of tetralogy of Fallot with catecholaminergic polymorphic ventricular tachycardia
    Pubblicato il: 27-03-2023
  • In vivo pharmacokinetic and pharmacodynamic properties of the antiarrhythmic molecule ent-verticilide
    Pubblicato il: 09-03-2023
  • In Vivo Pharmacokinetic and Pharmacodynamic Properties of the Antiarrhythmic Molecule ent-Verticilide
    Pubblicato il: 09-03-2023
  • Calcium Handling in Inherited Cardiac Diseases: A Focus on Catecholaminergic Polymorphic Ventricular Tachycardia and Hypertrophic Cardiomyopathy
    Pubblicato il: 25-02-2023
  • Reduction of SK current in rat CPVT model with heterozygous calmodulin 3 mutation D132E is caused by impaired intracellular Ca2+ homeostasis
    Pubblicato il: 14-02-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
  • Pacing Dynamics Determines the Arrhythmogenic Mechanism of the CPVT2-Causing CASQ2G112+5X Mutation in a Guinea Pig Ventricular Myocyte Computational Model
    Pubblicato il: 21-01-2023
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Tweets sulla Sindrome di Brugada

#brugada

currprobscardio Current Problems in Cardiology @currprobscardio ·
3 Apr

#JustAccepted @CurrProbsCardio

Investigation of High-Risk Electrocardiographic Markers as Predictors of Major Arrhythmic Events in #Brugada Syndrome: A Systematic Review and Meta-analysis

#CardioTwitter #CardioEd #ECG

https://www.sciencedirect.com/science/article/abs/pii/S0146280623001445

Reply on Twitter 1642865932497489920 Retweet on Twitter 1642865932497489920 Like on Twitter 1642865932497489920 Twitter 1642865932497489920
angfaber Elio Catapano @angfaber ·
31 Mar

The r'-Wave Algorithm: A New Diagnostic Tool to Predict the Diagnosis of Brugada Syndrome after a Sodium Channel Blocker Provocation Test. https://www.ncbi.nlm.nih.gov/pubmed/36991870 #brugada #cardiotwitter #epeeps

Reply on Twitter 1641727100724957184 Retweet on Twitter 1641727100724957184 Like on Twitter 1641727100724957184 Twitter 1641727100724957184
angfaber Elio Catapano @angfaber ·
31 Mar

Investigation of High-Risk Electrocardiographic Markers as Predictors of Major Arrhythmic Events in Brugada Syndrome: A Systematic Review and Meta-analysis. https://www.ncbi.nlm.nih.gov/pubmed/36997139 #brugada #cardiotwitter #epeeps

Reply on Twitter 1641727086191624193 Retweet on Twitter 1641727086191624193 Like on Twitter 1641727086191624193 Twitter 1641727086191624193
3rscardiogc Ryan Rodarmer, MS 🧬♥️ @3rscardiogc ·
28 Mar

Check out my latest article: Dispelling Myths Surrounding #GeneticTesting and Encouraging Its Incorporation in Your Practice https://linkedin.com/pulse/dispelling-myths-surrounding-genetic-testing-its-your-ryan-rodarmer via
@LinkedIn
#cardiotwitter #cardiogen #cardiology #sads #marfan #loeysdietz #veds #lqts #brugada #cpvt #hcm #dcm #arvc #acm

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3rscardiogc Ryan Rodarmer, MS 🧬♥️ @3rscardiogc ·
28 Mar

Check out my latest article: Dispelling Myths Surrounding #GeneticTesting and Encouraging Its Incorporation in Your Practice https://www.linkedin.com/pulse/dispelling-myths-surrounding-genetic-testing-its-your-ryan-rodarmer via @LinkedIn #cardiotwitter #cardiogen #cardiology #sads #marfan #loeysdietz #veds #lqts #brugada #cpvt #hcm #dcm #arvc #acm

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Articoli recenti

  • Sindrome di Brugada: Le nuove linee guida ESC 2022

    Settembre 24, 2022

  • Brugada syndrome: the scientific uncertainties, the certainties, and the repeated exultation of the web.

    Febbraio 16, 2021

  • Awareness of the Brugada

    Febbraio 16, 2021

  • Brugada Phobia at the Sudden Cardiac Death conference

    Febbraio 15, 2021

  • COVID-19 e le sindromi aritmiche geneticamente determinate

    Marzo 28, 2020

Commenti recenti

  • daniele

    "sono stato seguito dal prof Nava per anni qui a padova, persona fantastica ..."

  • Elio Catapano

    "Mi fa piacere! Grazie "

  • Elio Catapano

    "Grazie "

  • FIORENZA FARNE’

    "CONDIVIDO COMPLETAMENTE L'ARTICOLO "

  • federica

    "Illuminante e incoraggiante, grazie! Federica "

  • Elio Catapano

    "Dr. Martini, un grazie con GRANDE Stima! "

  • BORTOLO MARTINI

    "superlativo! "

  • Sara

    "Yo estoy en esos bloqueos y con problema psicológico por el Brugada. "

  • Bortolo martini

    "Non solo scienza ma molti soldi governano la medicina "

  • Elio Catapano

    "La ringrazio per il feedback positivo e per il suggerimento: visto che ci ..."

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