Calcium Channel Blockers made Simple

I created this video with the KZbin Video Editor ( / editor )

[@bahin3]

Great breakdown of CCB, just what I was looking for. Thanks!

[@marionlewis9957]

Thank you so much. I needed this presentation to understand.

[@glycolic001]

Thanks again. Beautiful explanation !

[@megasam1881]

A small correction. Diltiazem is a Benzothiazepine and not a benzodiazepine. Great video otherwise. Thank you!

[@ny5style]

megasam1881 you're right even in my pharm textbook its written as benzodiazepine-diltiazam. strange

[@jghadiali1]

thanks a lot for your video -- I'm currently a MSII and I found it very helpful.

[@LoveMedicine100]

My pleasure...glad you liked it...keep up the good work

[@karenmoore2972]

very nice, detailed presentation. easy to understand. thank u!!

[@PrabhatKumar-mu1nr]

Great Presentation , Thank You.!

[@giorgiovantaggio1227]

Wow! Love it! Very helpful!

[@ghiwanassereddine3406]

thank you so much ! i am a second year pharmacy student and i think this helped me a lot!

[@vanphan7861]

Thanks so much ! It's very helpful and easy to remember.

[@user-jv8qz5ls3n]

Wow this is a gem!

[@AsclepiasCorridor]

Awesome, thanks! I kept forgetting which CCBs are DHP and non-DHP, then had a *facepalm* moment when you mentioned the '-dipine' suffix. Oh jeez...

[@mackasmatt05]

This is a brilliant video, thank :)

[@massimosantochi8675]

Thanks for the vid but ca-channel blockers cause reduced levels of calcium in the cells, so their complication is not atrial or ventricular fibrillation but possibly AV block or Hypotension instead. Sooo yeah

[@yoney7555]

The problem with these ca-channel blockers like amlodipine is the side effects of this medication. That's why I am using natural ways to reduce my hypertension. And it does work for me.

[@kimikoedgar354]

thank you this was very helpful

[@tarekrafei]

Thank you!

[@suneethayeddanapudi9824]

This is really very useful! Thanks a ton! Can you please make a video on Dihydropyridines.. if possible.

[@angsaputihgemuk]

thx for those great videos. helps a lot

[@mhaviemejia3315]

thank you so much! I am a pharma student and this one is very helpful.

[@vysakh1997]

thank you . very nice presentation

[@MultiMusik4]

Thank you so much for this...

[@JoseLopez-ux9fm]

could you do a video on drug interaction with each others and why it occurs the way it does, example is phenegran which potentiates the effects of morphine

[@sixtogonzalez3361]

Excellent video. Thanks

[@tantran2994]

Excellent lecture !! Thanks

[@idealselimited1247]

Well presented. Thank you

[@suhaibdughaim1703]

keep the good job ! well done

[@roshapaudel7975]

Thank you,,it was very helpful :))

[@michaelray640]

Thank you so much. Very helpful.

[@LoveMedicine100]

so happy you like my effort

[@IK_59]

Fantastic work

[@swapnilgaikwad2593]

Thank you so much.

[@ymenik21]

Fantastic video

[@kaushikpedamkar7542]

Great video

[@KaalaGharba]

Thank you so Much...Cleared my doubts regarding this topic...Plz do 1 on anasthetics.Plz

[@xiexiemaster]

Hey! Great video! Excellent for revision. It could be shorter though but no complains this is good thumbs up. And at 7:03, should it be K+ leaving via K+ channels to repolarise the pacemaker cells ?

[@kzybyk]

very very useful, pls tell us some more about antihypertensives

[@DungHuynh-jq2gv]

thank you so much!

[@tariniveerappan8608]

its really good...thnk u ..!!

[@Roshanrahim2000]

Very informative. Thank you :)

[@drpreetamprajapati2292]

great one👍

[@ronylmu966]

Nice job

[@ahmadayosef1975]

It is wonderful :) thanks

[@traceymccosh6487]

hi, great video, but when going through the pacemaker action potential you have the calcium channel types around the wrong way. T channels open to get to potential and L type open to give the influx and the action potential.

[@Ishikapatel]

Really Good..Thank you :)

[@skaai]

thank you. I was unclear about whether T or L type calcium channels do what where, but I will seek out your other videos as you say they explain this. As an aside, you should try labeling your images (like the APs)... though it might seem obvious, some of us dummies forgot which one belonged to what, so a little label keeps us from stopping the video to go wikipedia the answer... nevertheless, excellent and concise, thanks!

[@gurudattaamin]

THANKS MAM , IT WAS INFORMATIVE AND INTERESTING

[@vipulashah985]

U tought it in such a way that complicated things becomes easy all d way.Thank u mam!!

[@mtriggs72]

Great information

[@sbs4897]

What is difference between calcium and cholesterol in arteries ? Can we use verapamil and amlodipine to block calcium at a time?

[@drpreetamprajapati2292]

thanku and plz make a video on anti retroviral drugs

[@sharonnewton4381]

Hello, This was very helpful. When you wrote that prolonged use of verapamil can cause "afib" and death...did you mean ventricular fibrillation? Sharon

[@drlisafieldridley]

I noticed this too....

[@Daderwalmukesh]

how i can create my own video ? please help

[@dr.humayunkabir742]

Great...

[@nafiznasser968]

Please make a video on Diltiazem toxicity. I used diltiazem cream for anal fissure for 2 years. I got side effect of dizziness. Its been 1 year since I left using the cream but I still get dizziness when I sit. My blood pressure is normal. I have hyperglycemia due to diltiazem. I have failed to reverse the side effect. Please advice

[@blackyrocky7438]

We use the CCB in angina- prinzmetal angina, stable angina but not in acute coronary syndrome( unstable stemi, non stemi

[@tantran2994]

There was a mistake ? Verapail does not cause atrial fibrillation. It is used to treat atrial fibrillation.

[@ninadnimsarkar5662]

Thanks

[@hxarsh001]

@10:00-10::33 you say when Ca gets trapped in side the Pacemaker and Ventricular cell it lead to contraction and so prolong use of Verapamil would cause ventricular contraction, but then you end up saying Atrial fib???

[@Pokimoisnotcute]

Very informative

[@shubhankarghosh-2046]

Very easy to understand. But it will be benzothiazepine in stead of benzodiazepine and CCBs doesn't cause calcium overload inside cell, they reduce intracellular calcium concentration and that is why they are able to reduce musle contraction and SA ,AV.conductivity . So they probably not cause ventricular fibrilation by cation overloading. Thank you for the topic.

[@AftabAhmed-rr4ru]

nice expression

[@basshamtube]

please prolonge use of verapimil cause sudden death due to ventricular fibrillation or atrial fibrillation thank you very much

[@jacobbigbi6194]

great do more slides

[@iyareevbuomwan6198]

nice one

[@yoctanchusi1774]

enjoyed

[@blackyrocky7438]

That’s mean we use dihydropyridine ccb in angina- such as amlodipine nifedipine

[@dardoura]

the way you say that using verapamil and beta blockers can cause death makes me want to take them and die happily great video, you helped

[@ninadnimsarkar5662]

Pls make more videos

[@alexfinch6777]

mall correction at 10:45; I think you mean v.fib not a. fib. Wonderful video!

[@leodevasia6749]

Longtime use of verapinil need some more clarification about compression calcium... death cause....

[@yoney7555]

There are many natural ways to treat the heart and the hypertension . Just search and you will find it out.

[@missholl111]

verapamil is non selective

[@aarneharvey7785]

um... not it's not. Verapamil is a Phenylalkylamine class.

[@thought958]

Hi Hala

[@aryaa3998]

My lecturer is a consultant cardiologist and he told us dihydropyridines can be used to treat angina - dno why or how but it makes me question the credibility of this video.

[@brettnibler8874]

Lots of mistakes, the dihydropyridines are "pines" not "dines and the rest of your mistakes are characterized in previous comments. Makes me wonder if any of the info is accurate though