Login / Signup

Children and Adolescent Patients with Variants in the ATP1A3 -encoded Sodium-Potassium ATPase Alpha-3 Subunit Demonstrate an Impaired QT Response to Bradycardia and Predisposition to Sinus Node Dysfunction.

Meredith K SrourMinu-Tshyeto K BidzimouPadmapriya MuralidharanSaige M MitchellMary E Moya-MendezLauren E ParkerGabriela Reyes ValenzuelaRoberto CaraballoGiacomo GaroneFederico VigevanoSarah WeckhuysenCharissa MillevertMonica TroncosoMario MatamalaSimona BalestriniSanjay M SisodiyaJosephine PooleClaudio ZuccaEleni PanagiotakakiMaria T PapadopoulouSébile TchaichaMatthildi Athina Papathanasiou TerziMarta ZawadzkaMaria Mazurkiewicz-BeldzinskaCarmen FonsJennifer AnticonaElisa De GrandisRamona CordaniLivia PisciottaSergiu GroppaSandra ParyjasFrancesca RagonaElena MangiaTiziana GranataAndrey MegvinovRosaria VavassoriMohamad A MikatiAndrew P Landstrom
Published in: medRxiv : the preprint server for health sciences (2024)
-related phenotypes, with a relatively greater prevalence in those with ATP1A3-D801N.
Keyphrases
  • young adults
  • risk factors
  • mental health
  • lymph node
  • drug induced
  • oxidative stress
  • childhood cancer
  • gene expression
  • dna methylation
  • genome wide