P-Type ATPases (SERCA)

[@antoniovannelli7921]

Thank you so much! I've passed hours on my book and you make me understand everything in 16 minutes! Hope success for my next exam

[@Sanjeet_1810]

You rock.... What Lehninger couldn't do, you did it in 16 minutes. Thanks a lot for making this beautiful video :)

[@ashleyrodrigues9289]

I don't know what I would do without you this semester. thank you soooo much

[@alexishenderson2230]

This man is so good that I like his videos before he even starts talking

[@EpicSelenium34]

Awesome!!! 12:53-13:13 saved my life! Keep up the good work and thank you very much.

[@LAisyourgirl]

Thank you for giving all the nitty gritty details but being clear at the same time!

[@_BENG__]

Thank you so much from South Korea!

[@yunafortilla]

Excellent as always. You make everything easy to understand. Thank you so much!

[@gowsucougs4780]

Fantastic job on this lecture. The visual diagrams helped make my understanding much greater.

[@samehderbala5841]

the video is very simple and very very informative .. thanks a million for your effort

[@medicinaonline3855]

You made it very clear!! I really thank you

[@pedromartins5735]

Man, your class is soooo good!! Thanks a lot for it, it really helped me!!!

[@erichiguera]

take a bow my friend. a round of applause to you

[@daylinjones7194]

This video is perfect! Thank you so much!

[@emontheshutterbug]

thanks a lot sir ! ♥ love from India💐

[@umaroazkiyya7839]

This is really helpful. Thanks!

[@subhasmitadas2185]

Amazing .teaching..clearly...understand

[@kev1369]

A domain has phosphatase activity,A domain removes the phosphoryl group from p domain

[@aadarshpathak8478]

Thanks it helped me a lot.

[@都都日塔哈拉]

wonderful I’ve learned

[@krutikpatel1330]

Well explained sir

[@damlala6685]

So thank u doc.🙏 u are great

[@heyblue5001]

Have this topic for ppt on monday tysm

[@supriyasingh9171]

Thank you so much you made it so easy to understand!! ❤️

[@lydianicholson238]

Very helpful - thanks for all you do!

[@charlescabana7849]

Present in the Zymogen granules of the exocrine pancreas.

[@anamikagoyal2826]

Thanku sir , u r saviour

[@reinerwilhelms-tricarico344]

This is a very good explanation. The question I have though: I vaguely remember there is also an Mg++ ion involved, just like in the sodium-potassium pump. But I could be wrong. Presumably ATP can couple to either Ca++ or Mg++, correct? But inside the cytoplasm the concentration of Ca++ is so tiny (0.0001mM) compared to that of Mg++, which is much higher (3mM or so). In other words, inside cytoplasm the ATP must be coupled to Mg++, rather than Ca++. Yet you don't even mention the Mg++ here.

[@dripok4372]

A-Domain is called Actuator Domain

[@laurenhoffmann7978]

You da best.

[@amberbaughman2416]

Thank you for making this so understandable!

[@doruk7187]

You are awesome ty very much!

[@user-tg1en3gk7k]

Excellent, thanks alot!

[@pepsiman8615]

Only OGs remember AK Lectures

Thank you!!

[@EpicSelenium34]

I thought that the energy from ATP hydrolysis caused the conformational change. Where does this energy come into play?

[@samuelsantana8108]

valeu amigo, ajudou muito

[@ramchandrasuthar2848]

very nice and analytic lecture Thanks sir

[@vijithranagamanickam477]

Sir I really ur Awesome

[@freshob]

thank you

[@vijithranagamanickam477]

Sir ur Awesome

[@sofiaebrh]

THANK YOU SO MUCH

[@فاطمةقاسمعبدالباري]

What is the problem with the eye today!

[@mehrate]

Awesome

[@yusrahass8498]

Lifesaver

[@ipeksolmaz4643]

what is action potential

[@oblomov4580]

ADAM YA

[@Baralaika]

damn it, cant stop imagining Ariel from little mermaid

[@beyzademirtas9768]

Please turkish subtitles

[@havvanurdasdemir3066]

I think

[@nikhithaa4785]

In diagram the direction of ca+ ion in wrong direction

[@jameshopkins3541]

TOMASTE AIRE POR LA BOCÁ