Acidosis and Alkalosis MADE EASY

[@fegursonokwori8193]

After 10years of confusion around this topic, I finally understood it within 5mins. Genius

[@mehmoodkhankhattak]

Same😂

[@lomakolmaximilian3710]

I sat in class for over 2hrs but not conceiving anything but here is a clip and it's all worth the time I have spent watching it

[@Pheenam]

Just brilliant My lecturer: 50 min preso, 12 confusing slides Dr. Mike: ~5mins, 3 color markers, 1 pimp 'stache

[@1_Quest_1]

Mine is confusing 60slides🥲

[@datzsojahna8925]

Lmfao not the pimp stache😂😂😂

[@MilkNhunney]

😆 pimp stache 🔥🔥🔥

[@triciaanne7273]

Thanks for this video! I remembered the mnemonic ROME = respiratory opposite, metabolic equal.

[@mateoslopez2079]

oooooh Thank You for this Acronym/Mnemonic !

[@yuvrajsinghshekhawat7784]

Ya

[@josianeiradukunda334]

Thank you so much for commenting bc I was having a little trouble understanding

[@Sunnyfield323]

Hmm ROME please expand .. respitory opposite ??

[@RuthLovesJesus]

@@Sunnyfield323 ROME: The Opposite or Equal is in reference to the pH. For example, in Respiratory alkalosis when the pH is High then the carbon dioxide CO2 is Low and the compensatory effect is Low bicarbonate HCO3- so Opposite from the high pH. However, in metabolic alkalosis when pH is High then HCO3- is High and to compensate CO2 will also be High, so they are all Equally High.

[@giselledrummond2712]

I have been trying to get my head around this for over a week, then I stumble across this video and everything becomes crystal clear in 5 minutes. God save you!!

[@TheHasarinda]

you are 100% correct highly recommended for BSc in biochem and nursing students.............. please do more lessons

[@BallyBoy95]

I 100% approve of that moustache.

[@2vaclav]

Hell no. He looks incredibly ridicilous with it.

[@jeremieaissaoui2094]

Hi Dr. I am a strength and conditioning and research exercise science student. Just wanted to say that you have an incredible way of making things a bit difficult relatively easy. Thanks again for the videos. A pleasure to watch. Kind regards,

[@DrMattDrMike]

Thank you! 😊

[@naruto442]

@@DrMattDrMike hey dr mike I very followed you on Instagram. Can you please give me some tips on my account. Please

[@Nursepractitionerd]

You can tell when someone understands a difficult topic if they are able to explain a complex topic in simple terms.

[@rodee7894]

That’s amazing how I understand 3hours lecture in 5 minutes , Thank you so much 😍

[@davidcpellerino8633]

I have grade nine education and somehow ended up in college at 66 years old learning to be a MLAT. you have no idea how easy you just made this for me. I was nearly crying in class today realizing how much i have no idea what my teacher was teaching. thank you thank you and hope something nice happens for you that you never knew you wanted .

[@lenabeth1023]

congratulations on going back to school! takes guts to go back, don't stop!

[@TM-lf6os]

Good job mate, keep striving. The world is still your oyster.

[@waffleisnice]

I am not even a legally medical student, just a regular high school student that got curious about this. You explain it so well !! Thank you

[@tbucks9953]

This got me so confused at the beginning because I kept asking myself how is it that we keep producing increased hydrogen when CO2 increases but yet we are going down in Ph. But once I realized that Ph is measured in 1x10^-ph. Now it made sense because naturally when you decrease something raised to a negative power it would increase it. Thank you for this video!

[@lovelucy5213]

You did an amazing job teaching us, in a way I actually understood. My Instructor's lecture had me running in circles!

[@RA6162]

Pure Genius ! I love your videos Doc ! Never came across so precise and strikingly informative vidoes that are to the point that sit in ur head ! Can't thank you enough ! :)

[@chiekohoki]

Sir, your moustache and your teaching are both incredible. Thank you for this.

[@fabiolaguzman9428]

Perfect timing. I am learning about this topic. Can you make a video about the electrolytes hyperkalemia, hyponatremia, etc. Please :)

[@dr.narmihere2531]

same

[@arsalanzaidi15]

Are you studying pathology?

[@dr.narmihere2531]

@@arsalanzaidi15 I'm studying mbbs..in that I have pathophysiology sub

[@dorcasoseidadzie4542]

Unfortunately I'm writing exams tomorrow morning on acidosis and alkalosis 😂

[@RuthLovesJesus]

Thank you for this tip! “ROME”: The Opposite or Equal is in reference to the pH. For example, in Respiratory alkalosis when the pH is High then the carbon dioxide CO2 is Low and the compensatory effect is Low bicarbonate HCO3- so Opposite from the high pH. However, in metabolic alkalosis when pH is High then HCO3- is High and to compensate CO will also be High, so they are all Equally High.

[@skymoon9101]

When a topic is difficult for me , you do a great job and explain it clearly , You are wonderful doctor 💕👍🏻

[@emil1322]

This makes perfect sense without the seesaw. You’re a really good teacher, man. Thanks for this video.

[@chosenone004]

A BSc biochemistry student here and I love you soooo much ❤,,,thank you

[@RYEANkindaAWESOME]

Explained way better than my own teacher ! Thank you

[@thelmageorge5847]

And you have done it again in less than 6 minutes. Thank you so much. I truly appreciate you.

[@mariajesline-c6z]

I can't believe that i understood this concept in just 5.28 minutes..... Tq very much sir....

[@nicodelgado1391]

I love how he explains these topics. Hard topics made easy god bless you Dr

[@vivianaluna8421]

Just amazing! a bunch of class hours in only 5 minutes. Thanks a lot!

[@stevenmustain4270]

I am in medical school and this video is fabulous. Thank you sir.

[@nataliesohkhlet9565]

Thank you for making these videos. You make these more simple and easy to understand. Keep doing what you do!

[@milola8868]

Watching this an hour before my exam. Thank you for this

[@khanyisanhlabatsi2862]

You just made my clinical chemical pathology understanding so much easier ❤️

[@logophile92]

Dietetics student here, interested in a renal focus. This really helped clarify some things. Thanks!

[@mikedubz5576]

So comfusing, yet simplified for all. Great.

[@davidstarks2456]

Made more sense than a 4 hour AEMT class with a 5 inch think book

[@SAKtownAli]

So helpful. I've been struggling with this in nursing school.

[@epapazova]

Thank you so much! All your videos are super helpful! Simple, clear, and straight to the point :)

[@justinhoke1296]

that mustache could kill someone

[@exmuslimkhalid138]

Best video on KZbin on this title

[@k.ashton9414]

Thank you!!!! No one has explained what anything means except you.

[@ahmedkayem1617]

Wow, 5 minutes, a whole topic was explained.. Thank you so so much

[@keishadean2896]

Best video on this content I’ve seen yet. THANK YOU

[@tariqiqbal9868]

Dr.Mike and Dr.Mate I really appreciate your way of delivering the subject. The topic becomes so easy and absorbing and more interesting to understand. Dr.TARIQ IQBAL

[@dylanmo8180]

This was incredibly helpful, thanks so much. My physio teacher explained it way worse than you did.

[@vatsalasharma7973]

Best short video on this confusing topic.💯💯💯

[@shalynninman2619]

Super helpful! Taking anatomy and physiology series and this made so much sense thank you so so much!

[@chinemelumkingsley5505]

Concise and straight to the point. Thank you sir! ❤️

[@kimsun5494]

Acidosis = quantity/concentration of H+ ion goes up More carbon dioxide = more acid Respiratory acidosis - carbon dioxide must be increasing because it binds w water, produces carbonic acid, splits apart, and produces hydrogen ions.

[@MaherSy505]

You're the best doctor in the world keep it up your videos are great!💜

[@ektopia]

Really? After the hours of reading and watching other videos. Bravo, dude! Thanks loads.

[@nourata.5893]

Thanks !!! I have a physiopatho exam this morning and this helped !!

[@natdabest]

I’m a freshman in university and this is really useful when studying acid and bases in health sciences! Thank you so much Mr Mike!😆🫶🏻

[@wirembergpolanco6213]

Dude your mustache is awesome, I’m stuck between admiration for the simplicity of your explanation and your manly style

[@aasthakumari4888]

Ty Doc Mike for making topics simpler

[@erzas556]

Thank you so much, you have no idea how great your explanation is!

[@Everything_Some79]

Just too good... Thank you bruh....2hrs lecture made easy....

[@mostaphamassaee3479]

Thank you! I have a medical school exam tomorrow and this was very helpful!

[@UmarJanjua-v4m]

Hello Doc. I was struggling to understand this concept but man oh man you explained it in such a way that a baby can understand too.

[@danricaromerosa8687]

Wow best 5 minute explanation. Thanks a lot!

[@Plaggy22]

amazing. one lecture in 5mins

[@lunaedna7]

Thank you Sir, you're saving lives !!!

[@prabhkiratsingh568]

Love from India 🇮🇳 ♥️ Really sir you are best teacher

[@kennedymorin6871]

This video was super helpful! Very clear and concise. Thanks so much for posting!!

[@bobdolan2691]

Thank goodness for your channel boys!

[@destmichael]

Thank you, I was having trouble thinking of this, but the seesaw analogy helped a bunch.

[@Godblessme85]

Wow! What a great and succinct lecture. Thanks a lot

[@hariraman5384]

Superb. Amazing 🤩😍😍👍.. I understood the concept very easily in a short span of time.... 👍👍👍👏👏. Thank you so much 😊😊😊

[@andrewmulele9789]

waaaaooooh...well explained in a Nat shell eeh..kudos doc

[@josephhoehl5179]

Thank you, I am studying to be an EMT and this helped

[@tiarachattu]

Hey doc.....I'm sure this topic is extremely valuable for some people who can fathom this information. Sadly for me this sounds like a load of jargon. However I stayed tuned in, as I was mesmerised by your good looks, I love your moustache!!!!

[@britneybb]

You did a excellent job 👏🏾 at explaining Dr.

[@twinklelight1362]

Love the diagram! Very helpful.

[@KarsonSprings]

you made me understand for my bio test next week thank you

[@clarram5966]

You explained it so beautifully! Thank you !!

[@wondimudemissie6930]

Fantabulous lecture!

[@shanayaKhan418]

I was Looking for that much simple explanation and i found urs video Thankyou so much sir❤

[@عبداللهثمرالدين]

Thanks dr mike to make it more easy all your video is very clear to get the information

[@chacat964]

Very useful video! To certain extend, I think you teach much better than my school teacher😂 thank you so much for this video, understood what’s metabolic acidosis finally 👍🏻

[@amirrezaeterafi3959]

Very useful video!.god bless you Dr .

[@liveband9826]

You made it easy for clearing concept Thank you❤

[@musahadebe]

Man you are the best I swear

[@michellelucasNP]

Thank you so much! That formula helps to keep it straight in my brain!

[@clxra16]

thank you so much!!! you have helped me in so many ways!! more power to your channel!

[@razanalnajjar9112]

Ahh thankyouuu dr, u're a life saver! Very clear explanations and to the point indeed

[@shahabuddin6149]

Your teaching stay is unique,thanks alote Sir

[@carmenliana8255]

Finally I could understand it. Thank you 🤗

[@yifanwang7483]

Thank u Dr.! it's an awesome video! so concise and clearly explained. thx to u I finally understood it.

[@jamesh7959]

My eyes kept distracted by the moustache xx

[@vanessaanders1619]

Me too.. why he have that fake thing on his face?

[@michaelhamilton7757]

It is glorious.

[@torrancemccarty1954]

James pause

[@juliocesarrodriguez9370]

😂😂😂😂😂

[@remi185]

that was SO well explained for my brain to process ahaha thank you so much! Im gonna generate a QR code for this and stick it on my notes to refer back to!🤣

[@ME-id7nz]

Wow , amazing, thanks alot, you just made every thing smipler ♥️

[@wahidsadik3691]

You are brilliant unquestionably

[@hmmc9262]

Awesome as always. Can I please ask if carbonic anhydrase works both ways in in creating carbonic acid from Co2 and h2o and also dissociating the acid back to co2 and h20?

[@rogodanelena2721]

yes, it can. In the proximal convoluted tubule you have 2 types of carbonic anhydrase: CA IV which is intraluminal that converts h2co3 in co2 and h20 and another carbonic anhydrase intracelular, named CA II which forms h2co3 from co2 and water.

[@MartaManucharyan]

Thank you for such a good explanation! This topic was always confusing me during med school

[@thehierophant1314]

I’m in school and the biggest thing I have learned about the human body is the center of understanding how the human body works is *metabolism

[@BreckThePanther]

Actually took me a while to get this because I didn’t understand pH was a reverse logarithmic scale. pH of 14 is H+ concentration of 10^-14 so higher pH is lower concentration of H+, I have been out of school for a while and when I saw him say H+ increasing lowers pH I yelled that adding a positive ion should make the solution more positive, dumbly accusing him of something that I should have know had no actual relation. Of course I was convinced that since everything is upside down in Australia, so is blood chemistry :P

[@aurorabig]

If in pH, all we calculate is H ions, and if the concentration of H ions in our blood goes down we can get alkalosis. So why is alkalosis ABOVE 7.45? It sounds like the higher the H ions, the lower the pH? Why is it opposite like that?

[@medicalstudent9517]

What amazing explanation ❤thank you 😊

[@beniezung4611]

thanks. u r my favorite teacher

[@jameskim9144]

OOOOOH YES. You made a video on acid-base imbalances!!

[@jawahermed3439]

Im gonna spread you videos to my batch !!!

[@John-qf1bq]

Marvelous...❤ Keep going Dr.

[@tharmaseellan9211]

waiting fot this channel to reach 100K subscribers!!! They deserve the most subscribers!