Hi everyone! Thank you so much for watching the video! 😊Just wanted let you know that a mistake slipped through and I would like to rectify it: at 01:18 I say "phosphorus MOLECULE surrounded by 4 oxygen MOLECULES", should be ""phosphorus ATOM surrounded by 4 oxygen ATOMS". As soon as I have a chance, I will republish the video with the correction, but just wanted to let you know, so it doesn't cause any confusion.
hello, you said sphingophospholipids have sphingosine backbone. Example is sphingomyelin. But at 2:22 in structure of sphingomyelin it is displayed with GLYCEROL backbone...
At the moment, we don't have a tutoring service. That's something we could look into in the future. In the meantime, feel free to ask any question. I'll do my best to answer. 😊
@@JoaosLab thanks for your response It is because I'm studying to become a veterinarian and I'm taking biochem as a course but in Spanish and I'm trying my best to understand but I feel that I can't do it or that the course is hard on me and by any chance do you know about someone else who can help me.
@@MariannaTriana Unfortunately, I do not know anyone who offers tutoring services in Biochem. :( If I spot someone, I am happy to reach out to you via this comment.
Phospholipids in a row primarily interact through non-covalent forces. Hydrophobic interactions cause the fatty acid tails to pack closely in the membrane's interior, forming a hydrophobic core. Van der Waals forces stabilize these packed tails. The polar head groups can form hydrogen bonds with water and other polar molecules, while charged head groups engage in electrostatic interactions with surrounding ions. These combined interactions ensure the structural integrity and fluidity of the phospholipid bilayer, crucial for its role as a cellular barrier and medium for various cellular processes. I hope this answers your question! 😊
An important feature of sphingosine is that it is amphiphilic due to a hydrophobic alkyl chain and a hydrophilic headgroup rich in polar groups (OH and NH2).
Hi everyone! Thank you so much for watching the video! 😊Just wanted let you know that a mistake slipped through and I would like to rectify it: at 01:18 I say "phosphorus MOLECULE surrounded by 4 oxygen MOLECULES", should be ""phosphorus ATOM surrounded by 4 oxygen ATOMS". As soon as I have a chance, I will republish the video with the correction, but just wanted to let you know, so it doesn't cause any confusion.
ok... thanks for letting us know... and good explanation...
most interesting video I have ever watched!
So happy to read your comment! Thank you! ❤
hulog ka ng langitttttt jusko thank you!
No doubt.. BEST TEACHER OF THE DECADE AWARD GOES TO U SIR✨
U R BEST TEACHER💗
Oh wow! Thank you so much! ❤
Very lovely delivery, thanks a lot man!
You're very welcome! 🙌
Crystal clear..... Thanks to you man😊
Happy to help!
This was so amazing and funny ,kinda wish it was more detailed but still pretty good, made me subscribe right away.
Thank you! ❤ We're hoping to make more detailed videos. So stay tuned! 🙌
Thank you so much sir for these kind of amazing videos 🤩 really they are very helpful ........ God bless you 😇🙏🏻 always
You're very welcome! Thank you for the kind words! ❤
Nice one.
Has really helped me,thank you so much.
Glad to hear that! You are very welcome! ❤
😊 namaste 🙏, thank you so much for this video. Please make a video explaining the role of different types of Membrane lipids.
Thank you so much for the suggestion! We will write it down. We will do our best to cover it on a future video. 🙌
you are a GOD SEND, thank you!!!
Excellent video,animation, presentation.
Thank you so much! ❤
the presentation on these are phenomenal
Thank you so much! ❤
God bless U, great explanation. 👏
Glad it was helpful! 🙌
Thanks so much
You're welcome! 🙌
i was laughing hard when he say Get your mind out of the guiter 🤣🤣............ btw good explanation 😍😍
Glad you liked it 😊❤😂
I want more on this
hello, you said sphingophospholipids have sphingosine backbone. Example is sphingomyelin. But at 2:22 in structure of sphingomyelin it is displayed with GLYCEROL backbone...
excellent illustration, May I know how do you make such eye soothing videos?
Thank you so much! We mainly use After Effects to create the visuals. 😊
Good🎉
Thank you!
if it is not personal what kind of software you are using for creating clipart vectors in the video. They look very unique!
Thank you! :) We use mainly photoshop and adobe illustrator.
Thanks for your video it was very helpful and i was wondering if you offer more help or tutoring because I have questions to ask you.
At the moment, we don't have a tutoring service. That's something we could look into in the future. In the meantime, feel free to ask any question. I'll do my best to answer. 😊
@@JoaosLab thanks for your response It is because I'm studying to become a veterinarian and I'm taking biochem as a course but in Spanish and I'm trying my best to understand but I feel that I can't do it or that the course is hard on me and by any chance do you know about someone else who can help me.
@@MariannaTriana Unfortunately, I do not know anyone who offers tutoring services in Biochem. :( If I spot someone, I am happy to reach out to you via this comment.
Keep it up
Will do! Thank you for your support!
Amazing 👌
Thank you! 😊
Great explanation. What kind of software did you use to make the video.
Thank you! 😊 We mainly use AE's for the animations.
@@JoaosLab ❤️🙏
what kind the bond between two phospholipids on a row ?
Phospholipids in a row primarily interact through non-covalent forces. Hydrophobic interactions cause the fatty acid tails to pack closely in the membrane's interior, forming a hydrophobic core. Van der Waals forces stabilize these packed tails. The polar head groups can form hydrogen bonds with water and other polar molecules, while charged head groups engage in electrostatic interactions with surrounding ions. These combined interactions ensure the structural integrity and fluidity of the phospholipid bilayer, crucial for its role as a cellular barrier and medium for various cellular processes. I hope this answers your question! 😊
isn´t sphingosin hydrophobic? Why is it in the head then? Because the head is always hydrophilic
An important feature of sphingosine is that it is amphiphilic due to a hydrophobic alkyl chain and a hydrophilic headgroup rich in polar groups (OH and NH2).
Wow
Uhhhh
The phosphate group should rather be : "A central phosphorus ATOM surrounded by 4 oxygen ATOMS".
You are absolutely correct! That was definitely a slip of the pen. Thanks for bringing this up! 😊