Advice for teachers: If you can’t teach the core functions/concepts simply and concisely, you don’t understand the material and you don’t deserve to teach the information.
This is a brilliant synopsis of the sodium-potassium pump at the wall of the cell. Very simple, yet thorough and easy to understand. I'm with Jacob. I give this tutorial an A+ and 3 : ) for telling me what I need to know without wasting my time.
Thanks to this I'll be able to stop my teacher who's telling me "I don't think you're not understanding." I've learned more in these 2 minutes than in the whole week.
This is super random but every time one of your videos comes up in my biology lecture all I can think about is that your voice sounds just like the tape girl from FNaF Help Wanted
Three years doing A&P I never got the ('ktpase pump) , the graphic brought me to a fundamental understanding of the process within minutes. Efil ym kcuf
Does this mean we should take ingest more Potassium salts than Sodium salts? That would be more fruit and vegetables and unprocessed foods than processed.
I’ve am experiencing low levels of sodium and potassium at least once a month. I take diuretics to ease the pitting edema that gives me a 4 to 6 lb.weight gain within a 36 hr. timeframe. I’m also taking 4 potassium tablets a day to keep the sodium/ potassium levels fairly steady as I slowly do back to lower doses of my diuretics. I also have stage 3b CKD that my nephrologist monitors with blood draws once a month. The question I never asked was ….is my “ pump” within the cells broken, as to speak? What is the correction one should take to see that the pump is again functioning properly.?
Great video. Simple and concise. One question: is there a reason why its 3 Na+ slots and 2 K+ slots? Or is this just another one of "nature's mysteries"
Did an hour lesson on this and got a better understanding of it from a 2 minute video
I'm on the verge of dropping physiology and your comment made me laugh out loud and keep on moving forward. I'm with you Jake.
Patrick Forte glad that my comment helped you man. good luck on everything!
Advice for teachers: If you can’t teach the core functions/concepts simply and concisely, you don’t understand the material and you don’t deserve to teach the information.
Amazing, thee said thing is we can all relate. Teacher spent a whole lecture on it, and I was still lost. Now I get it
Same. My lecturer should've just posted a transcript of this video lmao. Would've saved me 10 weeks of me trying to simplify it.
so happy I'm paying 9k a year for quality lectures only to be directed to a youtube video.
yikes 😬
Wait this is studied at uni
@@anasmezouar4678 apparently their professor is not teaching very well
@@anasmezouar4678 I'm learning this in a hs bio class, can't imagine learning this at a uni oml
Lol bruh u lucky we paying 35K per sem just to be directed here too
Wow, how easy it is to understand when information is presented this way!!!
No😷
Yup you're right👍
Very helpful. One of the more clearly explained videos on the topic that I've come across. Thanks!
This is a brilliant synopsis of the sodium-potassium pump at the wall of the cell. Very simple, yet thorough and easy to understand. I'm with Jacob. I give this tutorial an A+ and 3 : ) for telling me what I need to know without wasting my time.
Thanks to this I'll be able to stop my teacher who's telling me "I don't think you're not understanding." I've learned more in these 2 minutes than in the whole week.
what grade do u go to ?
@@Nari_The_Real_Deal I was in 9th grade at that time.
Okay i wasted 8hrs in college understanding nothing and now i understood better in this 2min vdo
I see many trash videos on this topic but this one helped me alot thanks
God bless you sister ! Your voice is very calm to listen to. You are very helpful 🙏
Fabulous u taught Na-K pump in 2 min in very simple way, thanks a lot 🙏🏻🙏🏻, keep sharing knowledge.
I watched many videos but didn't understand the topic but this video helped me a lot for my exam
Thank you
The most easily explained video for sure ! 💯
Very helpful to easily understand the concept thanks a lot
Thanks for your work on this animation, which helps teachers to communicate difficult concepts.
Yes! A clear explanation that is short and sweet.
Very good video! I wish the whole cell class was explained like this.
This is so good like I'm trying to understand about this unbalanced transfer of ions for hours but get it just in second after this video.
Clear and easy understanding, really helpful. Thank you.
You can't imagine how much you helped me.. thx for the very clear explanation ❤
is there such as a 5 star video? If there is, this video is definitely one.
Finally understood the whole thing. Thanks!
Thank you so much from South Korea!
Thank you for making the concept very easy
It made the concept so easy to understand... Well explained...
love it! short and sweet
understood this sooo much clearer visually.thank you
This is fantastic explanation.
Amazing explanation! Thank you so much!
Explained very well , in easy manner . Thank u .
Thank you for explaining something in a few simple steps!!!!!!!
Wonderful explanations. This saves time and energy. Very simple and effective way of making others understand ✨✨✨✨
Very Helpful Video! Thank you so much 💓
Thankyou finally I understood this
Wow great ! Animations make easy to understand !!!
Wow !! U really make it easy for me to learn sodium potassium ion pump
Great video 🤗
This is super random but every time one of your videos comes up in my biology lecture all I can think about is that your voice sounds just like the tape girl from FNaF Help Wanted
Very helpful thanks
I hope i will get an A in my AP Bio test tomorrow
Dieudeline Vilma Im a bit late but good luck
@@jarodgonzales61 a bit?... lol
Did u get A
@@ruthreswarymurugeswaran3736 I didn't, I got a A- and that was my best test score in the class, but I finished with an A
@@Paul-zx8jf 😡😡
شكراً كتير الآن فهمت درس الأحياء ❤
Thanks a lot, Ma'am for clearing my doubts.
Teacher: takes 3 classes for this topic
Me: clueless
RUclips: Hey! Here's a 2 minute youtube video on this!
Me: understands everything -_-
Three years doing A&P I never got the ('ktpase pump) , the graphic brought me to a fundamental understanding of the process within minutes. Efil ym kcuf
Does this mean we should take ingest more Potassium salts than Sodium salts? That would be more fruit and vegetables and unprocessed foods than processed.
This is the cutest video ever.
Thankyou. You made it so simple
Nice explaination 😊
Very informative ,thank you❤
thank you so much for this video it’s 2am and my brain can’t decipher texts rn
Which force is acting on sodium and potassium in the pump to leave the combing site of protein
SAVED MY EXAM. THANK YOUUU
I hope I get an A on my bio quiz and assignments this Monday!!!! ^-^
Did you get it? (Hopefully yes)
good luck
Thank you very much 🙏🏻
Thankyou so much you saved my 5 marks today in exam😊
Good job, the explanaition is very clear
Excellent!👍👌
Thank you very much 💗💗💗💗💗
Thanks ma'am seriously u r amazing ☺
I’ve am experiencing low levels of sodium and potassium at least once a month. I take diuretics to ease the pitting edema that gives me a 4 to 6 lb.weight gain within a 36 hr. timeframe. I’m also taking 4 potassium tablets a day to keep the sodium/ potassium levels fairly steady as I slowly do back to lower doses of my diuretics. I also have stage 3b CKD that my nephrologist monitors with blood draws once a month. The question I never asked was ….is my “ pump” within the cells broken, as to speak? What is the correction one should take to see that the pump is again functioning properly.?
thank you for making us understand very easily
So much useful.
Thanks a lot. 💙
Will sodium leave the cell if there is no potassium to enter? Meaning if someone is deficient in potassium, will they retain sodium?
Nicely Explained
What is the process of balancing the buildup of K+ inside the cell?
well explained, thank you!
Perfectly explained, thank you.
hey I'm from India this video is very helpful
thanks it was helpful for me
Thank you so much! Not even Khan Academy was helping me.
help me alot, thanks!
Thank you so much for this video!!
Okay but what happens to the rest of the ATP after the phosphate is released, they just hang out with one less phosphate or what
that remaining part is called ADP (adenosine diphosphate) and it is released back into the cytoplasm. that's what my teacher said
Great video, very helpful. Thanks.
helpful presentation, thank you
What does she mean by saying "exterior" of the carrier protein in 1:10 ? Isn't it the interior side of the protein?
Nice presentation.
This explain is very fantastic ❤thank you
Great video
Thank you Ma'am 😊
lovely simple and well explained
This is great. I wish they had a video showing serotonin reuptake transporter pumps (5-HTT)
where did sodium potassium pump located ?
it's embedded in the plasma membrane
holly balls this makes so much more sense
very clear thank you 💜👍
thank you so much!!!
I am just curious. For as much sense as that makes. Where did you learn that? So that we can learn that.....
Great video. Simple and concise.
One question: is there a reason why its 3 Na+ slots and 2 K+ slots? Or is this just another one of "nature's mysteries"
Option 2😂
Thank you❤
should we thus and therefore be consuming potasium chloride with our table salt ? even the hyrolite drinks ?
Very helpful, Thanks!!!!!
Very useful
Why do sodium ions exit the cell membrane versus the potassium ions enter?
To make outside more positive than inside causing depolarization.
Why is the ATP needed? Couldn't the pump change shape when the sodium is detected?
I love this comment section, SO accurate😂
Thank you for this video
I have a question: is this process considered a primary or secondary active transporter? And why?
Primary as it's directly dependent on the hydrolysis of ATP. An example of secondary would be the Na+/glucose symporter
@@eloisemarriott3503 Thank you, I appreciate it.
Very nice explanation
Really helpful representation
Nice animation
Why do we want more k+ into the cell?
Necessary to retain RMP and for repolarization