Thin Filaments and Actin Structure

Although the heads of our myosin units are always ready to interact with actin, actin is not always exposed on the thin filament. In this tutorial we will look at the structure of the thin filaments and the regulatory proteins that prevent constant muscle contraction from occurring.
Video number- Anatomy 1- 58

[@norny1967]

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[@JamezBnd007]

I cannot thank you enough!! Great work, please keep it up 👍

[@Dr.Devesh]

Love you man
Helped me a lot

[@memoameen]

maaaaaan that was a perfect description!!!!
keep it up and thank you 🌷

[@redlotus229]

Love all your videos, great for exam studying📝

[@nonanabil2949]

Thanks alot for you . I've exame u help me alot 🥺🥺

[@inamulsk790]

Perfect description 👍

[@ferashijazi1299]

Excellent Video..Thank you

[@zhanghan4657]

nice video, am studying the actin filament and ARP2/3 complex, very useful.

[@mahaelhaj4791]

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[@claredelune]

Thank you! My textbook is nearly worthless!

[@mahendrasinghverma9621]

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[@jagger247]

Excellent

[@blessingike7004]

Thank you!

[@anvayaiyer5614]

Thanks a million. My textbook is trash. You're god

[@hasanciftci9432]

Amazing

[@patildhananjay4999]

Mannnnn..... Really 🔥

[@tanidaughterscrew606]

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[@Loooam]

Really great video, the only part I couldn't follow was what the TnI polypeptide does. What do you mean that it "binds actin." Do you mean that it binds the interwoven actin chains together, or is it that the TnI is what attaches the actin to the tropomyosin?

[@plutob8707]

❤️👍

[@redlotus229]

Do you have one on the heart?❤️

[@jordanj7590]

i cant find the sliding filament theory either!