Microfilaments (Structure, Assembly, and Function)

[@MsSupernathalie]

i cannot begin to tell you how grateful i am that you make videos like this!!!!

[@girikowshik3724]

As far as I know this is the best video on this topic

[@stephanevuchinic4537]

This should be at the TOP of search results.

[@lazykat607]

Amazing explanation! Thank you so much

[@fungi42o0]

Great job! Very easy to comprehend

[@NoHeelflips]

this video explained that process so well! i have a way greater understanding of Microfilaments now!

[@Andres-pe3eq]

you should upload more videos! u are literally saving my grades in college lmao

[@sananaz2940]

You studying this in college We are studying it in school Sorry I am just curious

[@ThiagoSilva-gb2iv]

@@sananaz2940 You're seeing this in HS? I'm only learning this with this much detail rn at my second year in college

[@sananaz2940]

I am form India We study this right now I am 16 and in 11th grade. School is till 12th grade. After that I want to do MBBS that's basically the study we need to do for being a doctor and is for 4.5 years . After this we have a pg examination where our rank decides what speciality we get and then we have a 3 year course. And at the last if you want to do super specialization for cardiology or neurology or orthopedics you gotta study for 2 or 3 more years

[@sananaz2940]

So I don't know if you should be learning that in college or not but we learn it in school But then again schools and colleges are quite dft in dft parts of the world So I was curious

[@CellClips]

Yes, some advanced High School students (9-12 grade) are learning this, but mostly college students

[@lovikarajpal3816]

I have exam in 2 hours and your video is going to be my saving grace. Thank you!

[@CellClips]

I hope you do well!

[@noel5544]

Tanx a lot arguably the best video abt this topic in the internet

[@josetrujillo738]

Great presentation! Thank You

[@srisankalpamishra3006]

Thank you for this video!

[@lcl1129]

great video, keep it up.

[@aminekhader9853]

Right at the point thank u

[@Vickvick168]

although it's just 5 minute I've been at this video for an hour trying to study and understand it alongside with notes from my lectures. I feel like this has help me a lot so hopefully I'll do well in exams TT

[@CellClips]

I’m glad it’s been helpful!

[@haikalalfarizi9180]

Incredible!

[@nathaniaamadea246]

best explanation ever! thank you!!!

[@saswati_nyk]

thank you so much, exam tomorrow!!!

[@thebeets6055]

Love it!

[@sunilsingha1991]

Nice video

[@nerinkyazimova2119]

Thank you so much. :-) :-) :-) You are awesome.

[@Martin_Z555]

good video. thanks!

[@DrFetra]

Thankyou Very much 💙

[@ahamadaoukachioukachi7269]

REALLY HELPFUL

[@amellll1]

Merci infiniment ❤

[@bio366geethasankar7]

🙏

[@Petrov3434]

How fast are these processes - of building and deconstructing - after nucleation? Many thanks

[@nautilusproducciones1040]

I depends, but the most durable filament exist for as much as a couple minutes before hydrolization makes them dissappear.

[@amatalahmoslima85]

Thank you that was helpfull

[@hannahamber1341]

What did he say at 3:16

[@bushratariq8583]

Arp2/3 is the thing he said

[@niloofarkh4779]

thank u so much

[@zeyneperturan631]

THANKSSSSSS❤❤❤❤❤❤❤❤❤❤

[@AN-pu9zj]

Wow!

[@meerapradeep5418]

G actins bind together to form trimers not tetramers. Please look into it. Also, the definition of treadmilling doesn't seem to be right. I referred to "The cell a molecular approach" by Geffrey and Lipincott's molecular biology