Chronotropic, Inotropic, Dromotropic, Bathmotropic Actions Explained || Cardiac Tropism

[@thezerowulf2046]

This just explained sensitivity on a pace maker so much.

[@georgeajy1]

this was the best video so far to explain these complex terms. Thank you!

[@eslamnageh3157]

Best simplified medical videos ever thank u 💝

[@NonstopNeuron]

Thank you so much

[@177jahdha]

All thanks to you ❤❤❤❤

[@hafsasarwath7113]

WOW! All that info in just 6 minutes. So organized and simple. Thank you so much for making it easy

[@احمدمحمد-ع3ض2ق]

شكرًا ،هان ايدك استمر
Thanks, Long live your will،continues

[@bootsmade4walking]

THANK YOU!! So helpful my nursing pharm exam tomorrow!

[@crystalholder2213]

Wow....👏🏾👏🏾👍🏾👍🏾I just fell in love with your simple explanation of how these medications work....now I know my nursing school professors knew nothing at all....they made this topic so convoluted.
Keep up the good work...I have joined the channel ❤

[@clarajonas3538]

Nice explanation,Thank you 👍

[@jessiemacdonald633]

Wow!! This video REALLY helped me so much!!! THANK YOU❤️🤓

[@mitchlegaspi167]

Simplification at its finest. Thank you very much!

[@Ayat-ibrahim001]

Thank youuuu ❤❤❤

[@rampraveshpurbey2099]

Thanks alot❤❤

[@nickmoon4933]

very helpful, I am in paramedic school and I am reviewing material. Thank you!

[@NonstopNeuron]

Most welcome

[@anilanaseem7059]

Best explain thank you sir

[@ناديةالفقيه]

Thank you alooooot .❤❤❤

[@WhatHappentoday66]

Amazing Lecture ❤

[@isabellaoliveira5711]

Thank you❤

[@Simplensweett]

Very helpful 👌 ☺️

[@Sergiosnhz]

Gracias! Me encantó el video, muy bueno!

[@kanchanshahi812]

Simple way of teaching ever..so much helpful 👍👌🙂

[@NonstopNeuron]

Thank you

[@pruthakshah193]

Nicely simplified...and nice visuals making it interesting and easy to understand and retain. Summarising at is a very good idea ! Keep up...

[@divypatel2226]

Sir you make amazing videos!! Keep it up.

[@NonstopNeuron]

Thanks a ton

[@Isabellr505]

Very good explanation. Thanks!!

[@JyotiSoni-hz3xe]

Thank you sir

[@alhanoufm5968]

MAN YOU ARE AMAZING THANK YOU SO MUCH

[@sankalpsingh5837]

Perfect thankyou

[@drmahindra5755]

Clear and easy to understand 👏👏

[@NonstopNeuron]

Glad it helped

[@Dr.phloem]

Good one❤

[@youssoufouidrissa]

thank you very much

[@sahilpatil3210]

Amazing explanation ❤

[@NonstopNeuron]

Glad it was helpful!

[@hamdalaabebefe7271]

Thank youuuuuu 🥺🥺❤

[@swathishiv3101]

Amazing video

[@shubhamsatpute9432]

Thank you sir ☺️☺️

[@0SKY00]

Thanks, Best video.

[@tanyakeshari6684]

Thank you sir....it's really amazing today's I cleared my concept.
But sir I have one request please make video like in a emoji or cartoon as you previously do in video.
Because when you make a vidoe in emoji or cartoonists ways it's really very amazing to learn.
Everything really helpful from your vidoe.

[@NonstopNeuron]

Yes there already are emojis in this video as well. And i will continue to use them.

[@priyankakhairwar3408]

🙏Very nice explanation sir thank you so much🙏

[@bonitagirlyy]

Would something that's dromotropic affect the heart rate too?

[@irfand4]

Very well explained.TY

[@NonstopNeuron]

You are welcome!

[@mohabsalem6942]

Could you please make video for DNA

[@asmaaslam5791]

Best video

[@pujaranisahoo5230]

Thank you so much ☺️☺️☺️☺️

[@NonstopNeuron]

👍🏼

[@PreetiSharma-pr9qg]

Thnx sir

[@rmd8747]

Thanks

[@lavanil9805]

Sir u have given example of cardiac glycoside for ca increases and in dromotropic this same will increased the conduction what is the relation?

[@NonstopNeuron]

They have some vagomimetic and antiadrenegic action on AV node.

[@malcolmii2153]

Love You Sir!! I was searching for it..

[@drzz2]

Best to best

[@charliecharlie6547]

Positive dromotropy se heart rate badhega ya Contractility

[@NonstopNeuron]

Conductivity.

[@LittleGenius399]

Super sir

[@NonstopNeuron]

Thank you

[@hussain55019]

Love you

[@mohammedzaman4332]

At 1:44 you have a verbal typo

[@NonstopNeuron]

Ohh... Right

[@dr.akashvishwe6812]

❤❤

[@ayshaashan5672]

❤

[@notbot7818]

5:15

[@user-sq3ls6sj7i]

How can heart rate affect stroke volume? I mean if we have positive chronotropic effect, do we necessarily have positive inotropic effect?

[@NonstopNeuron]

There are some corelations between these. One factor I can recall has something to do with relative change in duration of systole and diasole. But I don't remamber anything exactly as of now.

[@user-sq3ls6sj7i]

So Inotropic effect results from altering levels of ca2+ taken from ecf not amount of ca2+ released by sarcoplasmic reticulum?

[@NonstopNeuron]

Both. Ca2+ taken from outside is stored in sarcoplasmic reticulum only. And for positive ionotropy, increased cytoplasmic Ca matters, whether it comes from ECF or sarcoplasmic reticulum.

[@user-sq3ls6sj7i]

@@NonstopNeuron thank you so much

[@ayushbhatra970]

👍👍

[@Kashishdixit929]

, 🙏✨❤️

[@Lady-maria23]

معقولة ماكو طالب صيدلة محصور بامتحان الفارما الفاينل غيري و جاي لان طلعله هذا المصلح عشوائي بالملزمة؟😂

[@muqtarjamaegal6071]

First

[@V.K._.medico]

❤️❤️🤟🤟

[@shaztmira]

thank you so much for this🤍

[@alhanoufm5968]

MAN YOU ARE AMAZING THANK YOU SO MUCH

[@Balajibaragav]

TQ so much sir

[@Sithu-1112]

Thank you sir ❤