*** 2 FREE audiobooks from Audible amzn.to/2FQurW0 *** try Amazon Kindle unlimited for FREE, they have some good medical books to read for FREE. amzn.to/2UceoG2 🥰 Picture-Mnemonics www.picmonic.com/referrals/JK55NQXQQB9JLC119 ... 📗 Get my notes in pdf files at www.medicosisperfectionalis.com/ If you like my videos, please consider leaving a tip at www.paypal.me/perfectionalis/
Secondary active transport technically doesn't require ATP but it relies on the primary active transport which does utilize ATP. A technical difference but one that could definitely cost someone a question on am exam.
@@MedicosisPerfectionalis And I have a doubt about passive transport how does simple diffusion occurs through cell membrane! It should be only osmosis no?
@@MedicosisPerfectionalis 1. Complement System 2. Processing of T lymphocyte in Thymus(Beta selection + Positive Selection + Negative Selection ) 3. Antigen Presenting Cells 4. MHC and HLA 5. Types of Cytokines. 6. Immunization 7. Primary Response and Secondary Response. Thanks for your support bro!!! Keep it up.
I talked about one complement pathway on my vide on paroxysmal nocturnal hemoglobinuria (hematology) and another pathway in my video on hypocomplementemia (rheumatology)
@@MedicosisPerfectionalis You're still actively transporting because the transport is against the gradient. I think it would be counterproductive for both to use ATP as then there is no point in using co-transport and I don't see where ATP comes in with regards to secondary active transport. I did also look it up and tried to look for reputable sources. This one is written by Lana Bandoim who graduated with a double major of bio and chem "Primary active transport uses ATP as a source of energy for movement...Secondary active transport uses electrochemical gradients to transport substances with the help of a cotransporter." I've looked at other sources and they also mention the difference between primary and secondary being primary using ATP while secondary does not. I hope this comment isn't taken the wrong way I don't mean any offense just thought it might be worth mentioning
Secondary active transport is needed to transport molecules from low concentration areas to high concentration areas or against the chemical gradient. For example, epithelial cells in the small intestines need glucose, but the concentration of the glucose in the cell is high compared to the gut lumen. This doesn't change the fact that we need glucose transported into the cell, which is why secondary active transport is needed. It doesn't need to use ATP even though this video suggests it does. In primary active transport ATP is needed but I assume that if the body can transport against the gradient without using ATP it would probably prefer that.
*** 2 FREE audiobooks from Audible amzn.to/2FQurW0
*** try Amazon Kindle unlimited for FREE, they have some good medical books to read for FREE. amzn.to/2UceoG2
🥰 Picture-Mnemonics www.picmonic.com/referrals/JK55NQXQQB9JLC119 ...
📗 Get my notes in pdf files at www.medicosisperfectionalis.com/
If you like my videos, please consider leaving a tip at www.paypal.me/perfectionalis/
Secondary active transport technically doesn't require ATP but it relies on the primary active transport which does utilize ATP. A technical difference but one that could definitely cost someone a question on am exam.
Amazing explanation. No better understanding than this lecture can be found. ❤ Thank you so much
Yeah, Best physiology lecture ever !
Thank you 🙏
@@MedicosisPerfectionalis And I have a doubt about passive transport how does simple diffusion occurs through cell membrane! It should be only osmosis no?
@@malinduanjana3071 a simple diffusion can be applied to O2 and CO2 sir
Congratulations on the 100K! Please do a biochemistry series soon
How did you read my mind?
It’s actually coming very soon 🤫
Great video, so helpful! I really get the logic thank you so much!
Happy to help! Please help me by sharing my videos with others!
thanks bro it helped so much!
Thank you, 100k soon!
Yay 😃
My pleasure 😇
I think of Facilitated diffusion as needing a Friend to help you across.
Haha 😂
That’s awesome 👏
how can uniporters be secondary active transport? Only symporter and antiporter is secondary transport
You're the best doctor 💜💜
Thank you so much 😊
Best video for transport 👍🏼
Thank you 🙏
Salute🙏🔥👌
Thanks 🙏
best video! but i still have a question.uabain and digitals have the same effect on na-k ATPase,why can't we use unabin as an cardiotonic drug?
Can you make videos on immunity? It's really needed.
By the way, This is a best video on Active Transport.
Thanks 🙏
Can you give me some topics?
@@MedicosisPerfectionalis
1. Complement System
2. Processing of T lymphocyte in Thymus(Beta selection + Positive Selection + Negative Selection )
3. Antigen Presenting Cells
4. MHC and HLA
5. Types of Cytokines.
6. Immunization
7. Primary Response and Secondary Response.
Thanks for your support bro!!! Keep it up.
Thanks for making a list
Hi there, You can watch Complete Immunology Lectures by Drbeen on UA-cam. Have a look You won’t regret it. Thanks me later
@@shahbaz9231 They are great. All topics coveted.
Goooooooood 💛💛
Thank you so much 😊
Have u relied me personally!!!
Thanks for good explanation 👌🏻❤️
My pleasure 😇
Can you please do a video on complement pathways
I talked about one complement pathway on my vide on paroxysmal nocturnal hemoglobinuria (hematology) and another pathway in my video on hypocomplementemia (rheumatology)
Excellent
Thank you so much 😊
THANK YOUUU KING
My pleasure 😇
What app do u use for writing just curious 😂thanks for explaining
Hi @medicosisperfectionalis how can I contact you? Thank you for your time and vides, I love them
www.medicosisperfectionalis.com/contact/
We need biochemistry basics for firs yea please help us your videos are really helpful
Thank you 🙏
I thought secondary active transport uses the potential energy of the electrochemical gradient so it doesn't need ATP?
Then why do we call it “active”?!
@@MedicosisPerfectionalis You're still actively transporting because the transport is against the gradient. I think it would be counterproductive for both to use ATP as then there is no point in using co-transport and I don't see where ATP comes in with regards to secondary active transport. I did also look it up and tried to look for reputable sources. This one is written by Lana Bandoim who graduated with a double major of bio and chem "Primary active transport uses ATP as a source of energy for movement...Secondary active transport uses electrochemical gradients to transport substances with the help of a cotransporter." I've looked at other sources and they also mention the difference between primary and secondary being primary using ATP while secondary does not. I hope this comment isn't taken the wrong way I don't mean any offense just thought it might be worth mentioning
okay...this may be a stupid question. But why do we need primary and secondary active transport?
Secondary active transport is needed to transport molecules from low concentration areas to high concentration areas or against the chemical gradient. For example, epithelial cells in the small intestines need glucose, but the concentration of the glucose in the cell is high compared to the gut lumen. This doesn't change the fact that we need glucose transported into the cell, which is why secondary active transport is needed. It doesn't need to use ATP even though this video suggests it does. In primary active transport ATP is needed but I assume that if the body can transport against the gradient without using ATP it would probably prefer that.
What is this play list Sir! Membrane Physiology?
Physiology ua-cam.com/play/PLYcLrRDaR8_eAjmngd289ghWijs2wfqnj.html
❤️👏👏
Thank you 😊
Wow
ily