David Didlake (@didlakedw) 's Twitter Profile
David Didlake

@didlakedw

Acute Care Nurse Practitioner. Firefighter / Paramedic (Ret). ems12lead.com
ecgladder.blogspot.com

ID: 1469807298910597122

calendar_today11-12-2021 23:12:34

4,4K Tweet

3,3K Followers

249 Following

Joshua Kimbrell (@joshkimbre) 's Twitter Profile Photo

New blog post up on EMS 12-Lead from Judah Kreinbrook and myself on TCP in a patient with Complete Heart Block and Altered Mental Status. Give it a quick read: ems12lead.com/post/transcuta…

New blog post up on <a href="/EMS12Lead/">EMS 12-Lead</a> from <a href="/JMedic2JDoc/">Judah Kreinbrook</a> and myself on TCP in a patient with Complete Heart Block and Altered Mental Status. 

Give it a quick read: ems12lead.com/post/transcuta…
David Didlake (@didlakedw) 's Twitter Profile Photo

Elder F admitted with dyspnea. New Dx AF. Takes Atenolol 100 BID for HTN. EF 60. All hypotheses welcome for shifting QRS morphology. #ECG #MedTwitter #CardioTwitter

Elder F admitted with dyspnea. New Dx AF. Takes Atenolol 100 BID for HTN. EF 60. All hypotheses welcome for shifting QRS morphology. #ECG #MedTwitter #CardioTwitter
Milan Koštek (@kostekmilan) 's Twitter Profile Photo

Fergie J. Losiniecki, MD, FACC, FHRS Medtronic Here transseptal conduction keeps LBBB until VE resets both bundles and since there's no delay in both bundles you have no bundle branch block. Maybe CSP is now trendy. The same can be achieved by LBBB area pacing. With some small delay but eliminating LBBB with LV dysfunction.

<a href="/FergieLosiniec1/">Fergie J. Losiniecki, MD, FACC, FHRS</a> <a href="/Medtronic/">Medtronic</a> Here transseptal conduction keeps LBBB until VE resets both bundles and since there's no delay in both bundles you have no bundle branch block. Maybe CSP is now trendy. The same can be achieved by LBBB area pacing. With some small delay but eliminating LBBB with LV dysfunction.
David Didlake (@didlakedw) 's Twitter Profile Photo

Mid 60’s M, Hx CABG, EF 45 and stable. No symptoms. ECG1 6 months ago (regular follow-up). ECG2 most recent. #ECG #CardioTwitter #MedTwitter Arron Pearce

Mid 60’s M, Hx CABG, EF 45 and stable. No symptoms. ECG1 6 months ago (regular follow-up). ECG2 most recent. #ECG #CardioTwitter #MedTwitter <a href="/Arron_Pearce_/">Arron Pearce</a>
David Didlake (@didlakedw) 's Twitter Profile Photo

69 y/o M, very recent CABG x3, MAZE, MVR. ECG1 a few weeks ago. ECG2 acute ED admit for hypervolemia. #MedTwitter #CardioTwitter #ECG #FOAMed

69 y/o M, very recent CABG x3, MAZE, MVR. ECG1 a few weeks ago. ECG2 acute ED admit for hypervolemia. #MedTwitter #CardioTwitter #ECG #FOAMed
Milan Koštek (@kostekmilan) 's Twitter Profile Photo

Bundle branch block normalisation during AV Wenckebach block. (BBB means there's a delay in the blocked bundle relative to normal conduction in the opposite bundle. Equal delay in both bundles.. this relative delay is lost.. and both bundles are being activated at the same time.)

Bundle branch block normalisation during AV Wenckebach block. (BBB means there's a delay in the blocked bundle relative to normal conduction in the opposite bundle. Equal delay in both bundles.. this relative delay is lost.. and both bundles are being activated at the same time.)
Antonio Thomaz de Andrade, MD 🇧🇷 (@athomazandrade) 's Twitter Profile Photo

Syamkumar Another point: The HR of the sinus rhythm is the same before and after the apparent non-conducted PAC. These events happened frequently. If it were a junctional rhythm with HR similar to the sinus I would expect that at some point we would meet with a more obvious AV dissociation

<a href="/syamkumarmd/">Syamkumar</a> Another point: The HR of the sinus rhythm is the same before and after the apparent non-conducted PAC. These events happened frequently. If it were a junctional rhythm with HR similar to the sinus I would expect that at some point we would meet with a more obvious AV dissociation
Antonio Thomaz de Andrade, MD 🇧🇷 (@athomazandrade) 's Twitter Profile Photo

3-The answer is no. Alternation between branches occurs due to the later depolarization of the blocked branch by concealed transseptal conduction, causing the RR of the blocked branch to shorten in relation to the contralateral branch. Milan Koštek Sergio Pinski Dr. Andreas Roeschl

3-The answer is no. Alternation between branches occurs due to the later depolarization of the blocked branch by concealed transseptal conduction, causing the RR of the blocked branch to shorten in relation to the contralateral branch. <a href="/KostekMilan/">Milan Koštek</a> <a href="/SergioPinski/">Sergio Pinski</a> <a href="/ecgandrhythmRoe/">Dr. Andreas Roeschl</a>