Added: 1 year ago
From: DoctorNajeeb
Views: 89,607
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  • wow..dr.najeeb...ur the best,,finally my concepts r clear..thank u n god bless u

  • I'm learning Medical Billing and Coding, so we have to learn all the systems. So I'm getting accustomed to hearing about the Perkinje Fibers ! Thanx, Dr. Najeeb ! Be blessed !

  • Dr. Najeeb, you are a great teacher, your unique technique in explaining stuff is brilliantly fascinating. Keep up the good job D.r, Hats down to you.

  • u r really great..GOD BLES U

  • thank you very much dr

  • wow fantastic very nice and usefull sir........

  • I think cardiovascular system is the most difficult to understand in physiology but he made it simply understandable!!

  • I think cardiovascular system is the most difficult to understand in physiology but he made it symply understandable!!

  • thanks doctor najeeb ... meri winter vacation apki waja se zaya nahi howe .... thanx a lot .... i like ur all lecture ... hope others too ....

  • better than or at par with a oxford or harward material !!!!

  • Great Professor!

  • thank you so much... you made cardiology very simple...

  • I love Dr Najeeb! As an new ICU nurse, he makes things so easy to understand!

  • YOU ARE A HUGE GOOD BRILLIANT TEACHER ....

    thank you from my every single myocardiac cell <3<3 =)

  • YOU ARE A HUGE GOOD BRILLIANT TEACHER ....

    thank you from my every single myocardiac cell <3<3 =)

  • you explained in a way nobody ever explained ths before in youtube.

    thank you

  • Awesome! Great explanation!

  • I love Dr Najeeb, you really cleared out so many things. Thx for this generosity and we need more people who are confident to share their knowledge.

  • My understanding from Guyton was that calcium channels open prior to potassium channels, that in the myocardial cells the voltage-gated potassium channels were delayed??? (In muscular cells there is no delay in potassium channel opening...) Am I incorrect?

  • Iam an intern doctor, just after finishing ur videos i undrestand the basic of ECG.. Tanx ..god bless u. C

  • thanks alot Dr.Najeeb for your fantastic explanation ....

  • thanks...Dr Najeeb ...your lectures are amazing and are very helpful to medical students

  • Professor ,thank you also from Italy !! :))

  • Please somebody translate this classes to other language! :) specially to Spanish! :)

  • thru Na-K ATPase

  • do u give lectures on digestive system also??

  • Respected Sir ... I have a question !!!!!!

    Please give me an answer ..

    In this video you are saying that cell is electronegative inside , and after the influx of Na++ the cell becomes depolarized and then repolarization takes place, then same phenomena appears in the adjacent cell, but SIR , how will the K+ ions come back to cell when in repolarization process most of the K+ is lost ........

    PLEASE ILLUSTRATE IT ... PLEASE ...

  • K+ ion comes back into the cell through the Na-K ATPase.....this is a protein which utilizes ATP in restoring the original places of these ion. 3 Na are thrown out of the cell while 2 K are thrown back into the cell

  • @saadullahsaadi i was wondering the same thing!

  • @Tamuke02 cladode 5 months ago gave the answer (but didn't use "reply")

  • Thank you very much for these videos! They´re helping me a lot during my Cardiology course. You're amazing!

  • BEST PROFESSOR EVER!!!!!!!

  • u r the best

  • u r the best

  • respected sir ...........

    can u plz upload acid base disorders lectures.........thnxx

  • Absolutely brilliant! Thanks Dr Najeeb!

  • Thank you very much for your appreciation.

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