welp, I'm looking for a current clamp probe for electrical circuit but this vid showed up. it's amazing anyway! I didn't know that there's a pipette small enough and precise enough to isolate a single ion channel membrane. insane!
Hello, we are either having this topic in bio class, so the quintessence is that: the depolarisation plays a role, wherefore the graoh goes down and after the inactivation you can't see any changes in the graph, right? 1:44
Yesterday spent several hours on this stupid Patch-clamp Electrophysiology by watching lecture video several times and reading the textbook again and again, but still, nothing is clear for me. Then I figure out everything by this video...
Isn't it a little farfetched to state that the inside-out recording allows for single-channel recordings? It would be quite impossible to make sure that the excised piece of membrane only contains one channel. Otherwise, thanks for the video, very instructive and clear
was looking for the section on different variations of patch clamp electrophysiology. thanks!
Glad it was helpful!
Thank you for the animation which is very easy to understand
Very well explained, thank you so much!
Glad it was helpful!
this is a wonderful video, so clear
Very well explained! thanks
Superb explanation with mrty level animation 👌
welp, I'm looking for a current clamp probe for electrical circuit but this vid showed up. it's amazing anyway! I didn't know that there's a pipette small enough and precise enough to isolate a single ion channel membrane. insane!
Great video ! Thanks a lot !
Brilliant explanation. Thankyou so much
So nice of you
Hello, we are either having this topic in bio class, so the quintessence is that: the depolarisation plays a role, wherefore the graoh goes down and after the inactivation you can't see any changes in the graph, right? 1:44
this is very clear
Yesterday spent several hours on this stupid Patch-clamp Electrophysiology by watching lecture video several times and reading the textbook again and again, but still, nothing is clear for me. Then I figure out everything by this video...
Amazing! Thanks!
Thanks a lot, that was really useful !!!!
Glad it was helpful!
Awesome Video, Thanks!
thank you
thank you😊
Very well explained
Insane in the....
thank you
Amazing :))
The pictures are in my book in Algeria, thank you for the animation 👌🏻
انا هذاوين فهمتها
whats the name of your book?
how these animations are made
It's a useful one thks
we use this animation in our class. simply perfect. thanks
Eh mercee la zone hein
بكالوريا 2022 🤗 ربي يوفقنا
I need the bibliography
Very well explained...thnku soooo much👏🙏🙏🙏🙏
Can u do this with highschool equipments on plants?
hope so
パッチクランプ法
Warum gibt es dazu kein deutsches Video?
Es tut mir leid. I hope es gibt
Nhhh
Зрители этого видео из Германии есть?
i have my biology abitur in 3 days
Same
good luck to both of you, please let me know how it goes. haha
@@klutz3955 thanks! :)
@@klutz3955 thx man
samme
Is this bio, chem, or just plain old mix of everything research
I don't see why anyone would want whole-cell patch clamping in vivo.
French sub please
مكانش وحدة مدبلجة باه منقعدش عام باه نفهم
jemand da von physiologie aus pharmazie?
Ne
Arab
ترجمولنا نفهمو معاكم بخلتونا 😕
😂😂😂😂 تفرجي هاك وصايي
@@sounaizi2257 hhh chatu
fiha khir xD
Seems to be a superficial explanation for me.
Isn't it a little farfetched to state that the inside-out recording allows for single-channel recordings? It would be quite impossible to make sure that the excised piece of membrane only contains one channel. Otherwise, thanks for the video, very instructive and clear