Arrhythmias | Clinical Medicine

Ninja Nerds!
In this lecture, we will focus on Arrhythmias. We'll review the classification, causes, and mechanisms underlying abnormal heart rhythms. The session will include a digital presentation detailing the electrophysiological basis of arrhythmias, their clinical manifestations, and the interpretation of relevant ECG findings. Throughout this digital presentation, we will review real 12-lead ECGs to learn with. We will further discuss the impact of arrhythmias on cardiac function, patient presentation, and current management strategies. Please support us below!

Table of Contents:
0:00 Lab
0:07 Arrhythmias Introduction
0:20 Pathophysiology of Bradyarrhythmias
8:44 Pathophysiology of Tachyarrhythmias
29:07 Complications of Arrhytmias
36:37 Diagnostic Approach to Bradyarrhythmias
39:27 Diagnostic Approach to Tachyarrhythmias
45:56 Treatment of Bradyarrhythmias
49:34 Treatment of Tachyarrhythmias
56:09 Treatment of Cardiac Arrest
1:00:53 Comment, Like, SUBSCRIBE!

Retired Ninja Nerd Lectures:

#ninjanerd #cardiovascular #arrhythmias

[luckygrl]

A lot of people say they like the white board better, but as a med student, I enjoyed this a lot more because I could visualise what you mean much easier. I also suspect it’s much easier to utilize a program, rather than draw everything by hand. Thank you so much for this video!

[arsalanazhar]

just started my medicine portion in my final year of med school, and today I decided to study CVS . dude you have no idea how happy iam that this updated video just came out.

[GiorgiKotia-pqxq]

The best lecturer i've ever seen. thanks for everything what you have done for future generation...

[Monzer_A]

Thank you, but could you please create again your notes on the whiteboard? It was much easier to follow and more understandable.

[jennybritneysverson]

With peace & love - I miss the whiteboard! I think it’s much easier to follow
Love you guys!

[maazsamee]

Nanja nerd please sir Reupload all medicine lecturers that your team removed from plat form

[questioneverymatter]

How lucky am I just as i was wondering how to figure out my CVS unit...then boom a surprise from my favorite Med tutorial teacher. Teaching is an art 🎨 and not everybody is an artist. Indeed Murphy you are a gifted artist.

[theconqueror_]

Love you a lot sir.... FINALLY!!! YOU'RE BACK!!!! LOVE FROM INDIA💖💖💖💖💖💖💖🇮🇳🇮🇳🇮🇳🇮🇳

[bayyan]

welcome back.
plz make hand written lectures on board like all always

[Scottfromscotlandx]

Sorry Zach, although I love your videos the whiteboard diagrams and explanations were definitely better and easier to follow.

[dovb]

This is sooo timely! Like I needed it now now 😂 thanks a lot ninja team ❤


Oooh and welcome back🎉🎉🎉🎉

[medstudent]

BEST TEACHER ON THE PLANET and how you go in detail, and make it easy to understand is amazingggg <3 THANK YOUU
I do prefer the whiteboard, but either way your videos and explanations are the best =D

[HaraldHadrada]

Thank you Dr. Zack and the Ninja Nerd Team/Faculty for this awesome lecture! <3

[jonscott]

As with carditis, vasculitis, difficulty breathing, hypercoagullation, Adenosine is implicated and we know coronavirus can impact Adenosine Deaminase 2, we know that CD26 is capable of controlling T Cells and Adensine does it too. CD26 is known as Adenosine Deaminase binding protein. It is such an exciting prospect and almost impossible to credit it is not disrupted by forms of covid.

[shade]

I waited for so long!!!! Can't be more happy thank you so much!!!

[zia]

Please sir upload all the previous lectures od medicine.

[jarrah-]

27:20 here the inhibition of Na/K ATPase will increase the intracellular sodium..

[Dustin_-]

Just in time for my cardiac final! Thank you

[drica]

What a brilliant class!!! It looks like a hard and complex theme, but you made it a lot easier to understand. Thanks a lot, your channel is really helpful!

[valviv]

Does it help if we watch the full ad instead of skipping it?