RT @Dominik_Linz: Read our editorial (https://t.co/QwMFMe5fFp about https://t.co/EzTQa2NrJN): “Clinical evidence for a dynamic #AtrialFibri…
RT @Dominik_Linz: Read our editorial (https://t.co/QwMFMe5fFp about https://t.co/EzTQa2NrJN): “Clinical evidence for a dynamic #AtrialFibri…
RT @Dominik_Linz: Read our editorial (https://t.co/QwMFMe5fFp about https://t.co/EzTQa2NrJN): “Clinical evidence for a dynamic #AtrialFibri…
RT @Dominik_Linz: Read our editorial (https://t.co/QwMFMe5fFp about https://t.co/EzTQa2NrJN): “Clinical evidence for a dynamic #AtrialFibri…
RT @Dominik_Linz: Read our editorial (https://t.co/QwMFMe5fFp about https://t.co/EzTQa2NrJN): “Clinical evidence for a dynamic #AtrialFibri…
RT @Dominik_Linz: Read our editorial (https://t.co/QwMFMe5fFp about https://t.co/EzTQa2NrJN): “Clinical evidence for a dynamic #AtrialFibri…
RT @Dominik_Linz: Read our editorial (https://t.co/QwMFMe5fFp about https://t.co/EzTQa2NrJN): “Clinical evidence for a dynamic #AtrialFibri…
Read our editorial (https://t.co/QwMFMe5fFp about https://t.co/EzTQa2NrJN): “Clinical evidence for a dynamic #AtrialFibrillation substrate in #SleepApnea“. Acute transient arrhythmogenic changes during apneas create a dynamic #AFib substrate. @PrashSanders
#AFib Signal-averaged P wave area increases during respiratory events in patients with paroxysmal atrial fibrillation and obstructive sleep apnea. https://t.co/8IU56Q2uxv