Active Diffusion - Primary and Secondary Active Transportation

[@armandohasudungan]

📌MAKE THIS LECTURE STICK: FREE PRACTICE QUESTIONS HERE! 🎓 youmakr.ai/test-playground/questionnaire/673d542e859b9c170836f2f1

[@syedahmed3136]

It should be 3 sodium gone outside of the cell and 2 k enter into the cell. In na k mechanism

[@xoliswasokhela3627]

thank you for that clarification.... I almost fainted 😉

[@luluyuyu5547]

Yeah

[@vinoddaniel5008]

First time I am watching this video and yes the mistake it is 3 sodium ions pumped out into extracellular fluid while 2 potassium ions are pumped into intracellular fluid. Anyway nobody is perfect.

[@arunabhmishra7957]

Yes

[@carlyhylton258]

I rewatched like 3 times to make sure I wasn't crazy lol definitely a mistake

[@saroh25]

I hope you realise how much your videos actually help, I nailed my last exam with second best grade cause of your videos (ur vids only) and I hope I can do the same on my next exam!

[@nickcolejackson4750]

Everyone makes mistakes; however, you have done a marvelous job with explaining the difference between primary and secondary transport. I really appreciate the videos and teaching that you do. THANK YOU VERY MUCH!!!!

[@chance_entertainment]

Absolutely agfeed

[@sosoloi]

Great graphic and drawing, very creative and detail oriented I enjoyed your video. There is one problem in a Active transport sodium potassium pump there are 3 Na+ moving out of the cell and 2 K+ moving in .

[@meilas.3561]

I'm in the process of learning this subject in A&P I. I found your video to be very helpful. I'm a visual learner so anything with drawings and especially ones in color is great. Thanks so much.

[@JoumanaSK]

Na+/K+ ATPase pumps 3 Na+ out and 2 K+ in :) thank u for the helpful illustrative videos

[@lene9620]

Oh man!!! I love your work!!!! someone who the primary language is not english ..like myself!!! this way is much easier to understand!!! i can't thank you enough!!!love it!!!!

[@joannakoacz3952]

Isn't it 3 Na+ and 2 K+ ions that are transportde in the Na+K+ATPase? Because you told the opposite.

[@aleksinuutila2315]

Yeah I think the same. 3 Na+ out and 2 K+ in. Im pretty sure it is thos way.

[@samirasugoi6165]

+Aleksi Nuutila they move against there concentration gradient

[@aleksinuutila2315]

Samira Awad Yes they do, thats why the Na/K-channel is an ATPase.

[@rafiamushal83]

It is he made a mistake

[@saurabh19007]

yes he made there mistakes but his concept is true

[@katjarudi4088]

Me: *watching 26391 explanations of active transport in my mother tongue and understanding nothing* * me while watching this video and understanding EVERYTHING* : "Why does german make everything so complicated"

[@realdschoka]

Ich schwöre ich raste gleich aus warum braucht der sekundäre aktiver Transport kein ATP?

[@dreivoer4781]

@@realdschoka fühl ich

[@nickwaynepro222]

8:41 - "in a ratio of 3 sodium ions out for every 2 potassium ions brought in" according to google...

[@yenyenhu1]

Thank you for the explanation. I am paying the price of not knowing all the transporters by heart with the urinary system. Your video saved me!

[@courtneyfoxe2493]

thank you so much, literally the best information on active transport i've found

[@voltronhamburger9517]

Can you start posting the full photo of this on your facebook page? It would help a lot to have a big picture of it. Thanks!

[@melmelanie]

has he done it yet i really want it!

[@rohitmhatre6481]

Yes😊. btw why so weird profile photo 😐

[@HankFuller333]

Dude, you deserve like 1M subbers wtf these are amazing!

[@bpoole99251]

Dude you really have to edit out that huge Na/K pump mistake out!!! That is the highest tested primary active transport example probably in the world. 3 Na out and 2 K in. So the membrane can maintain a steadystate equilibrium.... aka negative on the inside of the cell and postive on the outside. Thanks for the videos!! Money contribution coming ur way!

[@bloodCOXCAburial]

Agreed!

[@youkiame]

man u'r such a dumb, it also maintain a concentration gradient across membrane. plz mention that next time u comment something "smart" about ATPase.

[@subarnosiraji2640]

BAdBrAd too much of politeness is not good, buddy 😐

[@SasuKev099009]

BAdBrAd fuck u

[@Cars2cool321]

This video is extremely well put together. I had many doubts about this particular topic, but after watching this, I have none. Thank you so much

[@KimAtkins60]

Nicely done! Very responsible of you to announce the mistake so that we don't memorize it wrongly!

[@alosh5934]

Hi thank so much you for explaining ☺ But i have questions In sodium potassium pumb i think it will pumb 3 Na out and 2k that right i guess?🤔

[@natsuki3526]

Thank you for posting such helpful videos.I'm glad to have found your videos.What paper size do you use?

[@taniyafab]

Let me just say ...I love your videos

[@hanniehmar8885]

Clear and thorough explanation, short and on point. Thank you so much for the video!!

[@sveawinter8575]

Thank you so much for this video, I'm writing an exam tomorrow and I just had absolutely no idea of these transports and now I finally understood everything

[@mitochondrion7]

thanks man, you really helped me understand my lecture notes. subbed and I'll be coming back for sure

[@varshajprakash]

Actually it's 3Na ions moving outside and 2K ions moving inside. You made a mistake there. But sir this is a great video!A very good explanation! And you've made the effort to draw everything which many would ignore!!!

[@schan1827]

This is a really great video, it made the transport so much easier to understand! I love it! Thank you for making this wonderful video!

[@chance_entertainment]

Uniports are example of facilitative diffusion

[@kusaial-tamimi436]

thank but 3 Na+ will be pumped out and 2 k+ will be pumped in the cel. It was i small mistake

[@jennywhiteing9978]

I love your videos , man. they really help me with my course. tiny mistake doesn't flaw your video. you rock!!!! thank you so much , God bless you

[@FawadhassanKhan-w8c]

Here alot of people comments who were 8years ago how time's fly 😢 now we are getting lectures Time fuxk so fastly 😥

[@Sarah-dn6fs]

Thanks you for you video, but i have a question, is the active primary transporter an antiport ?

[@peachyhello]

You have been helping me so much with the active and passive transport videos! Thank you!

[@schokifan99]

Thank you so much, this has really helped me out! We're having a biology exam next thursday and I was going mad about active diffusion because it didn't seem to make sense, but now I finally got it! Thanks so much!

[@Tinameyer1]

Thank you so so much for this video. You just saved my life.

[@hannahwc608]

So - curious - what are you (or did you) go to school for? Looks like MD coursework, so are you are doctor now?

[@antoniaPrince]

Yeah you made a mistake with the Na+ and K+ movement

[@kalthoomahmed8661]

I have questions about that and tomorrow is my exam I want to confirm my understanding about this concept of secondary transporters: so basically this kind of transporter protein will use the downhill gradient of one species to do the uphill of their species right? this is always the case?

[@LandlordNebula]

This was very helpful, but i didnt really get the Primary Active Transport flipping part

[@jikeshpatel8950]

There are 3Na and 2k ions which are trsported across membrane through Nak ATPase

[@hadikhan2449]

You are love. Saviour. Keep it up.

[@studyonly1132]

God bless you sir 😊love from Assam ❤

[@kwanislifetweeter4821]

you explain better than than my teachers.

[@twothirdsostrich]

BLESS YOU CHILD, BLESS YOU. These videos are seriously the best. Thank you!

[@DeeJayIsLegit]

how did you mess up that bad on this? Come on man! I NEED YOU!

[@nkosinathisbonelo7819]

your videos are helpful

[@msalice2105]

You are a genius, I never understood it better. Thanks a lot Armandooo

[@MsCocoa75]

Wow you just saved me from missing a test question! Thanks!

[@anwesha_ks]

Can you please make some videos on protein specially on differences between 1st class protein(animal) and 2nd class protein(plant sources).

[@Insertkoin]

Still helpful after years

[@angelicafoster670]

Awesome videos,i hope we can print all that out

[@FSXXtreme]

Well done man properly explained

[@mattichaitanya8325]

Sir I want know about what are the ions that participated in drug receptor complex in sglt2 inhibitors

[@SteveSaxony]

correction, it's 3 sodium out and 2 potassium in for ATP pump.

[@isaacsaleji2287]

3Na and 2k or 2Na and 3k?

[@xinmctfr]

Where can we find the scan document. Thank you

[@TheSabZo]

Thank you so much for this video!!!! I've been trying to find a video in german that explains the two types of active transport but I just couldn't find a good one.. :// So thank you, subscribed :)

[@danaq6801]

ich spreche KEIN englisch und habe es dank dir trotzdem verstanden!!! I DON'T sreak enlish but i have understand it thank you!!!

[@jessicajones3199]

I love all of your videos, very informative and helpful!

[@sugariiesw33t]

THANK YOU SO SO MUCH! Your video was so easy to understand! Loved the beautiful, detailed pictures. THANK YOU THANK YOU AGAIN!

[@mansinikam8849]

Apart of that mistake ... I jst loved the video ... Dude u deserve much more subscribes ... And ya I love the band which u were in ur hand everytime .. lol 😅

[@tatiagochilaidze7236]

isn't 3 Na and 2 K changing positions? I mean in the video there may be a mistake bc it's shown as 3 Na and 2 K moving.. I'm confused

[@LaynetBKINFU]

What an explanation, thank you so much Armando!!

[@SarahJones-yz9zb]

I'm pretty sure it's 3 NA+ are released out of the cell and 2 K+ are released into the Cytosol

[@yasharma2001]

ur too sick man I had to log in just to say THANK YOU!

[@the_octobergirl3551]

This video save my life

[@SuperAnthoinette]

thank you for making this video.. this really help me understand the active diffusion..

[@maisoonazzam8830]

You gained a like and a subscription, thanks alott

[@melaniehartrum9897]

in class my professor said something about 3Na/2K so im confused bc you were explaining a 2Na/3K ratio. Please help!

[@Duskysky1]

Thank you so much for explaining

[@Shoaibaziz143]

3 Na+ go out for 2 K coming in. correction.

[@hasibakarimi98]

It was awesome! We wait for more videos like this. Tnx alot

[@nicolek2605]

Thank you so much for making your videos! You are a life saver!

[@prayzeey]

Great job man, good explanation.

[@abanoubjoseph31]

IN primary active transport example of Na K pump... You're wrong... As 3 ions of Na+ will go to outside of the cell membrane and 2 K+ ions will be enter the inside of the cell

[@yushiliang1]

Thank you soooo much for this video. The best bio video ever seen

[@pulkit171193]

3 na+ nd 2k+ correction

[@sreejoniadhikari4335]

Thank you...I totally understood with your simply explanation 👏👍

[@dojahyung8389]

Regardless for the mistake.. thank you , you did so good but I wish If you can add an example about the secondary one..

[@ricardolombe8614]

This is nice,mistake made but still helpful... Keep up

[@th3gr8scott]

you the man. thank you for doing this.

[@reyhanehtahmaseb3906]

Thank you so much for making this video. You really helped me out!

[@TheW3s]

thanks man ! helped with physiology

[@FSXXtreme]

Its 3 na+ moving out and 2 k+ moving in so net positive outside and net negative inside

[@Dijasa0591]

Dude, you are boss. Nuff said.

[@anumkhwaja9522]

3 Na and 2 K, slight mistaken but over all greatly explained

[@numankhankhan6435]

you are always very helpul.thanks u...............................

[@vivalibertasergovivitelibe4111]

I have a small question: Why exactly does the active transport by the carrier proteine need energy and the passive not. So particles move randomly through for example water. Now in passive transport one goes into the carrier proteine and it flipd over causing it to be released. In the active transport happens exactly the same. The gradient just means that more molecules go from high to low than from low to high. So there is no "magical" force that acts as an obstacle. So basically in both cases a particle goes into the carrier proteine at same speed and is released. I never got why the same process should be different. Pls this question drives me crazy so I would be really happy if someone answers it. My teacher could not really explain that to me. Tnx

[@saranggokhale4346]

In Passive transport the movement is ALONG the Concentration Gradient meaning that the molecule has a tendency to move inward and does not require energy. In Primary Active transport the molecule being moved is pumped AGAINST the concentration gradient and this pumping requires the ATP.

[@samanthaflores5445]

Great video!!

[@tim1206troll]

THAT WAS REALLY USEFUL THANKS

[@ranagoda1294]

Thank you so much

[@athiathullahh7237]

ya its a nice video you made me understand the topic

[@lisabonacasa20]

isn't theres Three sodium that enter the Na K pump and two Potassium that exit not two sodium and three potassium

[@chirusta21]

3:2 ratio got a little mistake there but excellent explanation !!

[@ShDynasty]

You flipped it. 3Na+ for every 2K+

[@jjkoerselman]

Great video! Thank you!

[@Livieb20]

Thank you so much!!! You're video really helps me understand it with a visual aid! Subscribing to this channel for sure!! :)

[@graceoh5]

Understood it better. But i had a hard time deciphering your handwriting hehee

[@mahamsatti270]

Armando u are best🤩

[@jaelcamacho2208]

Gracias corillo

[@nurdan6178]

thank you very much. 😊😊 you are very good.