javad mikaeili (@javadm20) 's Twitter Profile
javad mikaeili

@javadm20

M.D., Cardiac electrophysiologist at Day General Hospital,husband,father

ID: 1933678039

calendar_today04-10-2013 09:05:51

9,9K Tweet

3,3K Followers

862 Following

Jason Andrade (@drjasonandrade) 's Twitter Profile Photo

Our recent paper examining arrhythmia recurrence and burden over 3 years of continuous monitoring is now available in JACC Journals Clinical EP. This paper shows several important messages that are relevant to clinicians and patients. a short 🧵 authors.elsevier.com/a/1ji%7EW,siTg…

Jason Andrade (@drjasonandrade) 's Twitter Profile Photo

1. The single-procedure 3-year success of PVI in paroxysmal AF patients was 39.6% when evaluated with the use of continuous rhythm monitoring. But this really does not tell the whole story and is easily misunderstood.

Jason Andrade (@drjasonandrade) 's Twitter Profile Photo

2. Atrial arrhythmia recurrence is “front-loaded” with progressively lower rates of recurrence as time increases from the index intervention. Specifically - almost 2/3 of failures occur within the first 6 months following ablation (including a blanking period)

Jason Andrade (@drjasonandrade) 's Twitter Profile Photo

3. those with recurrence in the first year post ablation had the highest AF burden (0.2%) but The AF burden in those with recurrences after year one was progressively lower (0.05 with recurrence in year two and 0.04 with recurrence in year three)

Jason Andrade (@drjasonandrade) 's Twitter Profile Photo

4. And, the longer you go without a recurrence post ablation the better the chance of remaining arrhythmia-free - At ablation - chance of being free of recurrence at 1 year was 54%, but at 1 year the annual freedom from recurrence was 84.0%, and at 2 years it was 87.2%

Jason Andrade (@drjasonandrade) 's Twitter Profile Photo

So, 1. The highest chance of recurrence is within 6-12 months following ablation, and these recurrences have higher AF burdens (more clinically meaningful) 2. Recurrences after a year are rarer (16% failure between 12-24m, 13% failure 24-36m) and are associated with Low AF burden

Mark Mills (@drmarkmills) 's Twitter Profile Photo

⚡️🫀 Suture-based (🪢) versus manual compression (💪🏻) for femoral haemostasis after electrophysiology procedures Our new article in Journal of Cardiovascular Electrophysiology ❗️Figure-of-8 suture with 3-way stopcock associates with ⬇️ 🩸🩸 Prof Dhiraj Gupta Dr Vishal Luther #EPeeps tinyurl.com/2m6nn2wz

Ashkan Ehdaie MD (@ehdaiemd) 's Twitter Profile Photo

Talk about a protected VT isthmus! ✋🛑 Masterclass in scar physiology on display in this pace-map induction w/ variable exit/S-QRS. Cherry on top: One beat advance + reset 🍒😎🔥 Non-inducible from RV and LV PES #AblateVT #Epeeps #Epfellows Smidt Heart Institute at Cedars-Sinai #CedarsSinaiEP

Talk about a protected VT isthmus! ✋🛑

Masterclass in scar physiology on display in this pace-map induction w/ variable exit/S-QRS.

Cherry on top: One beat advance + reset 🍒😎🔥
 
Non-inducible from RV and LV PES 

#AblateVT #Epeeps #Epfellows <a href="/SmidtHeart/">Smidt Heart Institute at Cedars-Sinai</a> #CedarsSinaiEP
Antonio Frontera (@sozi81) 's Twitter Profile Photo

#PFA vs Mapping: "When a Wise Man Points at the Moon, The Fool Looks at the Finger" While the electrophysiology community is increasingly focused on PFA—often promoted by companies as a revolutionary tool to tackle atrial fibrillation—we must remember that true understanding

#PFA vs Mapping: "When a Wise Man Points at the Moon, The Fool Looks at the Finger"

While the electrophysiology community is increasingly focused on PFA—often promoted by companies as a revolutionary tool to tackle atrial fibrillation—we must remember that true understanding
Antonio Frontera (@sozi81) 's Twitter Profile Photo

The Functional substrate. One of my favorite works from the past is the landmark study by Allessie’s group in 2004, which introduced a pivotal concept in cardiac electrophysiology: the discovery of functional slow conduction at the edge of an artificial line of block. In their

The Functional substrate.

One of my favorite works from the past is the landmark study by Allessie’s group in 2004, which introduced a pivotal concept in cardiac electrophysiology: the discovery of functional slow conduction at the edge of an artificial line of block. 

In their
Dr. Devi G Nair (@drdevignair) 's Twitter Profile Photo

Great memories with great friends . Petr Neuzil is an incredible host and #Prague, Czech Republic is absolutely one of the most beautiful cities I have ever visited . Can’t thank the staff of Nemocnice Na Homolce for the warm hospitality they extended to us. A dream team led by

Great memories with great friends . <a href="/NeuzilPetr/">Petr Neuzil</a>  is an incredible host and #Prague, Czech Republic is absolutely one of the most beautiful cities I have ever visited . Can’t thank the staff of Nemocnice Na Homolce  for the warm hospitality they extended to us. A dream team led by
Hikmet Yorgun (@hikmetyorgun) 's Twitter Profile Photo

Antonio Frontera And this has been consistently demonstrated in atrial tachycardia. Extra stimulus from CSd revealing prolongation of complex fractionated signals corresponding to the critical site of atrial reentry! #Epeeps, #FunctionalPhenomena

Antonio Frontera (@sozi81) 's Twitter Profile Photo

Mapping the Functional Phenomena in the Left Atrium in Patients with Atrial Fibrillation. (Conventionally, 3D) Delivering an extrastimulus from coronary sinus every three sinus beats can be interesting. Conventionally. By simply observing the electrograms and the response