100 nanoMolar (not nanometers):)

Love how deep you Analyse. Thank your for your help!

Your lectures are great. Keep them coming pleased.

What a great explanation!! I really understood that for the first time, papers are way to condense and technical if you wanna learn something for the first time the right way

This is amazing, thank you. Would you mind expanding on CaMKII and it's phosphorylation stages in another video? Especially at the microtubule "lattice" sites that Craddock, Hammeroff, and Tuszynski talk about.

Shouldn't the concentration be 100 nM instead of 100 nm?😊

Thanks a lot great lesson.. i want to say that Calcium also binds tightly because of smaller ionic radiac as it is divalent cation so loss of two electrons has made it small. the smaller size translates into interaction becoming stronger like black hole.

You are the best! These lectures are so thorough!

Straight to the point… Thank you!

Love your style. Great lectures.

thank you for this AkLecture

Great lecture. Thanks!

your lectures are so concise... Thank you.

Thank you so much for this!

@AK LECTURES What steps(direct, indirect and the levels between) can be taken in order for one to be able to influence these processes, aimed at modulating his state as to continuously increase performance?

4:10

thank you so much, very useful

u make everything make sense and i mean EVERYTHING

very good and easy to understand

Great video!