Cell Membrane and Fluid Mosaic Model

[@SegeldukChannel]

Your lectures are by far some of the most useful I have ever found on the internet. Thank you for existing.

[@AKLECTURES]

You're very welcome! :-)

[@nileshsharma0212]

Hey from which country u r

[@normadicn5700]

@@AKLECTURES Thank You So Much. Now Biochemistry is becoming my strongest areas.

[@abu-elias2]

I do agree 🥰

[@cocothicknessma]

Your lectures are basically the handbooks' bible. Please continue to help students and science enthusiasts alike.

[@mbasaqhunkqalifaqelenompan1856]

I have used these lecture videos since my matric in 2017- now(2nd year university) and increased the logical flow of some terms in processes.......continue to bless students with very productive knowledge

[@AdithyaChristopher]

Your lectures are extremely in depth and useful. Many thanks! I've gone through the many videos in your channel and it shocks me as to how well developed everything is, right from the lecture to the neatly laid out notes. This work is much appreciated sir!

[@juniort8069]

where are you now? just curious!!

[@chemotokaula-ew1zn]

You have exceeded expectations, prof .You are my role model CHEMOTO KAULA from Kenya.

[@chemotokaula-ew1zn]

I really miss your class. How lucky are they that come across this brilliant n passionate lecture.

[@backstreetfan2887]

Very good information. I had never heard about the hopanoids before. Whenever I go back to review information I studied before I always pick up more tidbits like that. There is always more to learn!

[@joruthledge2048]

This video is amazing! Your attention to detail (for example the dipole moment of the phosphate group) brings clarity to everything! This will be the first of many videos I will enjoy watching to help me with my studies. I can't thank you enough. Massive thumbs up

[@tahirabbas6165]

Great sir I am from Pakistan I have been searching for a lot of time about such type of lectures finally got it Thank you too much 💕 sir Keep it up by helping students God will gave you reward inshallah

[@gaichanghliupanmei2539]

Thank you for your lectures. It has helped me a lot.

[@robk3601]

I enjoy your lectures thanks. An important note is that non-lateral movement of phospholipids does rarely and slowly occur through the enzyme flippase. Cheers!

[@AKLECTURES]

I left that for when I start biochemistry :-)

[@maelbariou4579]

You're saying that vertical motion doesn't exist but there's the flip-flop which occurs very rarely but it exists. The electrostatic repulsion are overcome thanks to the use of ATP and proteins such as flipase.

[@IshaMedia250]

Your explainations are very understandable. Concs kabisa.

[@လမင်းထွန်း-ဓ၁ဠ]

Very good and understandable explanation. Thank you very much.

[@shrutyshubhangi9403]

thank you so much sir ☺love from INDIA 😇

[@parkerarnold9601]

Please tell me that you've applied to some educational institution for tenure.... you're just too good!

[@gianluca4254]

Thank you so much for this. These videos are helping me loads on preparing for my oral medical entrance examination. Thank you.

[@adityadharni5027]

How did it go?

[@saritatripathi9878]

Hey, hello I m from INDIA 🇪🇬n i like your lecture very very much.. Thank you... About plasma membrane

[@Awatif_lh]

Thank you so much, this was really helpful I really appreciate your effort; keep going peace from Morocco

[@abdalkhaliqmohammed8538]

Thanks for these useful series about science I really appreciate it ❤️

[@Salma-rx3ht]

Thank you so much sir Best way of explanation💯

[@UGPGCLASSESCHANNEL]

Nice lecture sir ....Iam understood completely..Thanks alots.

[@aishwaryasankaranarayanan9669]

Thank you so much ❤

[@haninmak5122]

Thank you so much amazing explanation

[@melissanke6818]

Thanks so much for this notes it help me so much

[@enriqueherrera1043]

dam I really like how you teach

[@biologydoctrine4504]

Very impressive sir

[@bablisingh1477]

Thank uhh sir🙏 😊

[@moonchaewon5931]

Hi! I found your tutorial videos very helpful. I would just like to ask if you can explain further more about the fluidity of phospholipid bilayer due to the presence of cytoskeleton. This would really help me a lot.

[@georgekapongo962]

It will sound more if you use power point presentation. Yours lectures are bravo

[@yagmurcamd]

Beautiful,

[@sakuragi5160]

i would have added that on top of cholestrol, the saturation of fatty acids also control fluidity due to kinks, but i guess its in the biochemistry lectures probably.Overall im loving the lectures

[@AKLECTURES]

setsuna fseisei yes, thats exactly right! thats more of a biochemistry topic and so I saved it for the more advanced section! the length of the carbon chains, the number of double bonds and things like cholesterol control fluidity :) but ill talk about that in more detail in the biochem section! anyways, thanks! glad you like them

[@tariqtv7835]

very nice sir very informative

[@lamarjr001]

Very very helpful lecture. But please would you mind adding other language subtitled to the video. Spanish for eg. Thank you

[@AkhilKumar-fk5ll]

thnx sir for these videos

[@whitesonmpolelwa543]

thank you sir

[@junczhang]

thank you

[@MauryaRewa2000]

Please give me notes

[@Adam-vw7kf]

sorry but doesn't cholesterol increase the fluidity by being in between the phospholipid bilayer ?

[@samgrossman5752]

Yea man, you really know your shit. I'm pre med and have been watching most of your videos; they're the most thorough by far..don't skip a beat. I'm wondering when you decided to make the shift from math to pre-med or if it was something you always had in mind?

[@leticiazarate9553]

😊

[@nonnaluigina1907]

I love you

[@bioforlife2955]

👍

[@richardantwi1909]

I like the videos but he talks fast and the gestures sometimes does not go with the talking/words

[@aysenilhasdemir7741]

You should renew your videos, some knowladges changed with time, for example fluid mosaic model

[@serajuddinakib8238]

তুমার!!!!