OMG!!! I’ve been searching for a simple explanation regarding passive transport this is the first that explained it to me in 5 minutes. Thank you so much for transitioning me in to the no confusion zone. 🎉
I read four big-chapters from a book about this like six hours until understand and you teach this in five minutes. It's explained better showing in video than with words and paints, I guess.
Water cannot diffuse freely through the cell membrane because of the fatty acids in the center. It needs aquaporins. It is still osmosis and passive transport though...
3:34 What happens if the water from the left starts pouring on the water of the right? Would both stay in the same level or would we have perpetual motion?
Oversimplifications make this less useful for HS or college level: 1. The background animation of simple diffusion is actually bulk flow since the particles are all moving to the right (not in random directions). 2. Osmosis is mostly through channel proteins called aquaporins, so is a type of facilitated diffusion. Water molecules are highly polar and don't diffuse readily through the hydrophobic membrane interior. 3.The animation of facilitated diffusion implies that all three transmembrane proteins shown are channel proteins, but the one on the left is changing shape during solute transport, so is a carrier protein.
Isn't osmosis the movement from lower to higher consentration (3:22 also shows the same, or i have misconception about it 😂)? Got a bit confused there with what i learned from school 🤔
@@Notme5-v3j i mean if you look at 3:22 it shows that the water molecules pass through from lower to higher concentration, but the narrator says the other way. I'm just a bit confused, sorry if im wrong
5:11 The content of the video continues, but there will be link images to other videos to prevent viewing. You might say that there is nothing you can do about it. But the truth is that you have at least two options: - add enough seconds of "blank" to the end of the video content, so that the image links fall there in the timeline. - you can prevent them from coming - even after publication in the settings.
Na apostila de farmacologia que minha professora disponibilizou está dizendo que quando a molécula precisa de uma proteína para passar a célula é transporte ativo...
Wow so informative...so what do you want us to do with it ??? 💀 And also...even if you don't want to become a doctor.....you can't become a doctor only by knowing WHAT'S PASSIVE TRANSPORT!!!!
And some deny the intelligence and power behind all this truly admirable demonstration of power and art exhibition from nanoscales to gigascales can't be without creator
Que eu saiba, as moléculas de água não podem passar livremente pela membrana celular, pois a cauda dos fosfolípidos (camada interior da célula) é uma região hidrofóbica devido à apolaridade dos seus componentes. Por este mesmo motivo a água só entra e sai da célula através de aquaporinas, proteínas que permitem a sua passagem, por isso não é bem como está representado no vídeo… certo?
Make sure to include what gradient you are talking about. Isn't it from low to high? In other words the concentration gradient of the solvent is from high to low, but the solvent is also moving from an area of low solute concentration gradient to high. Am I wrong? because I have heard so many different things, but I think this is right.
As I learnt in 9th class... Diffusion is the movement of molecules from higher concentration to lower concentration.. while coming to osmosis, it is the movement of only water molecules from higher concentration to lower concentration... But as u have examples; diffusion in water.. actually it's false example u gave, I mean diffusion does not takes place in water, only osmosis is the movement of water molecules..... So, please be write
When 5 min of video can make u understand more than studying for 2 hours👏🏻
Means while studying 2hrs you were 🤪
😂😂😂😂
@@SunilMishra425
@SunilMishra-yk6dy
@SunilMishra-yk6dy
Idk how this guy does it, BUT HE REALLY MADE ME UNDERSTAND ALL OF IT IN JUST 5 MINUTES 🔥🔥🔥🔥🔥
OMG!!! I’ve been searching for a simple explanation regarding passive transport this is the first that explained it to me in 5 minutes. Thank you so much for transitioning me in to the no confusion zone. 🎉
Do create more videos like these full support from india
WHY DO SO MANY INDIANS WATCH THESE VIDEOS!!!!!
@@oWarden because of neet and jee examination
Which are one of the hardest exam in the world
@@soumyascreation2003 ok thank you, now I know why
Only neet no jee bro....
Did u click on the "Thanks" button to fully support the channel?
I read four big-chapters from a book about this like six hours until understand and you teach this in five minutes. It's explained better showing in video than with words and paints, I guess.
I seriously do not know how to thank you, I understood everything very clearly ❤
💚 Practical learning far exceeds theory in some cases. We capture what we physically experience, I personally gather! 🤓
Thinks it's so helpful video I'm watching from Iraq ❤❤❤
This man is real man thanks lecture
IM about to do my final exam and I know nothing about Biology but now I have understood this topic ❤❤Thanks 😊
Lahfdek Khoya Nadi laykber bik (from morocco)
Water cannot diffuse freely through the cell membrane because of the fatty acids in the center. It needs aquaporins. It is still osmosis and passive transport though...
YES, the middle part of the membrane is hidrofobic…
Bina search kre hi Itni mst video mil gai 😮❤
This is the best animated video 😊it helped me a lot tqsm😊
Support from Morocco. You are genius
You deserve millions of subscriber's love from India ❤️
3:34
What happens if the water from the left starts pouring on the water of the right?
Would both stay in the same level or would we have perpetual motion?
Thanks for your CLEAR explanation ❤
The voltage-gated potassium channels associated with an action potential provide an example of Facilitated diffusion.
Thanks a lot for made a easy version.. Need more❤
❤❤❤❤
You made it interesting to learn this topic. Tysm! ❤
Oversimplifications make this less useful for HS or college level:
1. The background animation of simple diffusion is actually bulk flow since the particles are all moving to the right (not in random directions).
2. Osmosis is mostly through channel proteins called aquaporins, so is a type of facilitated diffusion. Water molecules are highly polar and don't diffuse readily through the hydrophobic membrane interior.
3.The animation of facilitated diffusion implies that all three transmembrane proteins shown are channel proteins, but the one on the left is changing shape during solute transport, so is a carrier protein.
Thanks for this vedio EXPLANATION.
LOVE for India
Good explanation, well understood 👍
Amazingly clear!
Thank you so much.
Excellent video, my students loved it! Hi senior 5
How did you made this awesome video?! Any website?!
Isn't osmosis the movement from lower to higher consentration (3:22 also shows the same, or i have misconception about it 😂)? Got a bit confused there with what i learned from school 🤔
Lower to higher movement is active transport because it requires ATP energy.
@@Notme5-v3j i mean if you look at 3:22 it shows that the water molecules pass through from lower to higher concentration, but the narrator says the other way. I'm just a bit confused, sorry if im wrong
@@sanihastiar3635 i understand you ☺☺☺
water moves from high concentration of water (low concentration of solute) to low concentration of water (high concentration of solute)
Osmosis is just the transport of water across cell membrane and stuff.
5:11 The content of the video continues, but there will be link images to other videos to prevent viewing. You might say that there is nothing you can do about it. But the truth is that you have at least two options:
- add enough seconds of "blank" to the end of the video content, so that the image links fall there in the timeline.
- you can prevent them from coming - even after publication in the settings.
This is an amazing explanation. Thank you.
Exactly 💯
3:55 Small correction. Water moves through aquaporins, not the cellmembrane itself.
It is a special type of protein channel discovered in 2003. There is more info on the internet.
What a great teacher you are...
Na, k, Ca and Cl− permeation through their respective ion channels represents an example of Passive transport
THANK YOU. THANK YOU. THANK YOU. SO GOOD .SO GOOD.
Very nicely explained
Thank you so much ❤
Sir, Please make more more vedio like this
Thanks from Brasil. 💙
Interesting inormations these were...
Thank you thank you thank you
Keep up the amazing work
Good well taught and understood
It clears our all doubt
Can make a video about How Cas9 and Cas12a actually work
Pls explain in Hindi or Marathi
BTW, It's very very very nice
Love from Maharashtra, India ❤
Na apostila de farmacologia que minha professora disponibilizou está dizendo que quando a molécula precisa de uma proteína para passar a célula é transporte ativo...
Yes
Since it moves from low concentration to high concentration
As a 9th grader I am watching this btw I don't wanna be a doctor but still for understanding am here 😃
Wow so informative...so what do you want us to do with it ??? 💀 And also...even if you don't want to become a doctor.....you can't become a doctor only by knowing WHAT'S PASSIVE TRANSPORT!!!!
@@gamerxoplive6429 yahh bro I know I can't become a doctor just by knowing it .... I just want to know deeper , lol 😂
Good,well taught
Sir please create cell cycle video 👍
Amazing 🤩
Do create more video like these full support from Timor leste
Remember... Water's diffusion happens through cell membrane directly but it is majorly through aquaporin proteins...
It's really helpful for us❣❤
You are my best teacher❤💜💜💜💜love From Pakistan 🇵🇰
🥲امتحان كيمياء
فاينل - مرحلة اولى
للذكرى✌🏻✨
💖 from Russia!!!
Commendable
Wait. Are the particles charged? And the goal is getting both sides even in electrons?
And some deny the intelligence and power behind all this truly admirable demonstration of power and art exhibition from nanoscales to gigascales can't be without creator
🎉🎉🎉🎉🎉🎉🎉🎉🎉 thank you 🙏 for this great video
So nice of you Sir
Замечательное видео о сложном простым объяснением!
Make video on immune system please❤
Nice video ❤👍
جزاك الله خير الجزاء وفقك الله
Mindbloing❤
Thank you 🎉
Nice 3D animation video
Excellent explanation 👌👌👌
Thank you so much for a amazing vidio... ❤
one spectacular thing to observe is that the bilayer of lipid is having a rotational movement due to its quasi fluid nature
Que eu saiba, as moléculas de água não podem passar livremente pela membrana celular, pois a cauda dos fosfolípidos (camada interior da célula) é uma região hidrofóbica devido à apolaridade dos seus componentes. Por este mesmo motivo a água só entra e sai da célula através de aquaporinas, proteínas que permitem a sua passagem, por isso não é bem como está representado no vídeo… certo?
Thanks
Thank You
Just loved this, helped me understand so so so many things
Watching this video is better than studying 100000 hours 🎉
If osmosis is passive transport, then can it occur in dead cell too ??
Some textbooks say it can occur in dead cells, some say it does not...........
Splendid
ooo maybe some Info on ATP and facilitated diffusion
Thank very much Sir
Make sure to include what gradient you are talking about. Isn't it from low to high? In other words the concentration gradient of the solvent is from high to low, but the solvent is also moving from an area of low solute concentration gradient to high. Am I wrong? because I have heard so many different things, but I think this is right.
Do you use any specific app to create animations?
Great video
Amazing
How are you making these videos
I want to know for my studies
Concept clr🤝
In osmosis you told that solution move high concentrations to low concentrations but in abimation it's shows opposite.
Hats off
thankyou
this video changed my life
so did the channel
just a small question : i didn't get the equilibrium in the osmosis
Keep uploading
thx
Yes
That's how the cell membranes look like!. They look like a bed mattress. lol
thats great
Nice sir love from india
Love ❤
2:18 He just called my farts out...
thanks very baie
As I learnt in 9th class... Diffusion is the movement of molecules from higher concentration to lower concentration.. while coming to osmosis, it is the movement of only water molecules from higher concentration to lower concentration... But as u have examples; diffusion in water.. actually it's false example u gave, I mean diffusion does not takes place in water, only osmosis is the movement of water molecules..... So, please be write