Great video. It helped me in understanding some of the missing concept regarding drug channel interactions, patch clamp, planar patch for my Medical Biophysics paper of PhD first semester course work. I really appreciate your work.
Could you please help me by sharing my contents with your friends group/ college group. I put huge efforts in making these videos but unfortunately not a lot of people are watching this.
Around 4:05 you say that as resistance increases and current stays equal, voltage will decrease. However according to Ohms law, voltage INCREASES with resistance at equal current.
Ignore the dogs barking, it is very good video. This comment is coming from the ignorance but curious older dog who did not have privilege in education when he is young. ......... Naaah, I just chose warrior path over scholar one (honor and loyalty over philosophy and logic).
Thanks. How do we differentiate between the type of channel (sodium or calcium ) based on current? Secondly when we are using a whole-cell patch-clamp where is drug solution added?
Good question , I will answer this in a video. The IV curve for sodium vs potassium channels are different,you can get some sense in this video ruclips.net/video/7Zs8y9yr3ek/видео.html
Thank you very much for your short breefing. Gives a nice overview! One little Question: Out from which book are the figures? Or can you recommend a good book or paper about the elektrophysiological parameters and so on...?
all the figures are imaginary and made by me but the concept is based on several books a good way to start reading about it is: Purves neuroscience 5th edition level 2: Principles of Neural Science Eric Kandel level3: ion channels of the excitable membranes
Thank you this is very helpful! I am giving a class presentation and would love to screenshot & use some of the visuals in your video to explain patch clamping. Is that alright and if so how should I cite them?
I am giving a presntation in class about the patch clamp method too and your video really helped me understand it, thank you for that! I would be very happy if you could send me the presentation via mail...
Great video. It helped me in understanding some of the missing concept regarding drug channel interactions, patch clamp, planar patch for my Medical Biophysics paper of PhD first semester course work. I really appreciate your work.
Could you please help me by sharing my contents with your friends group/ college group. I put huge efforts in making these videos but unfortunately not a lot of people are watching this.
Around 4:05 you say that as resistance increases and current stays equal, voltage will decrease. However according to Ohms law, voltage INCREASES with resistance at equal current.
You really good knowledgeable person and devoted towards research.
Thanks for your compliments
This video made things so clear. Thank you!
Please share my channel link with your friends and help me to reach big audience
In this video sound is very low.i cannot hear all the things very well.
Sound seems to be ok in my device .......you can change your sound settings a bit....hopefully it would be audible
Arpan Parichha Okk
You are a great teacher!!! THANK YOU!!!!
Share among your friends and help me to reach bigger audience
Got a potential job this is going to be beyond helpful for, thank you!
Glad that you enjoyed the video....share among friends
Appreciating your share and explain
This is such a great video! Thanks!
Thanks Matthew....share in your collge group
Hey thanks for the video. Can u please recommend any easy book to learn patch clamp for beginners.
such a great video mate. Well done.
Please share my channel link with your friends and help me to reach big audience
WOW. Thank you so much!
If you like it, share among friends and help me to reach big audience
Ignore the dogs barking, it is very good video. This comment is coming from the ignorance but curious older dog who did not have privilege in education when he is young. ......... Naaah, I just chose warrior path over scholar one (honor and loyalty over philosophy and logic).
Good to hear from you....please share among friends and help me to reach big audience
I’m learning the clamp patch,your video is very helpful for me ,could you provide me with the presentation?
Email me at arpanparichha1994@gmail.com
Thanks. How do we differentiate between the type of channel (sodium or calcium ) based on current? Secondly when we are using a whole-cell patch-clamp where is drug solution added?
Good question , I will answer this in a video. The IV curve for sodium vs potassium channels are different,you can get some sense in this video ruclips.net/video/7Zs8y9yr3ek/видео.html
Really helpful👍
Please share my channel link with your friends and help me to reach big audience
@@animatedbiologywitharpan sure
thank you!!
TeresaA3 please share my channel link among your friends and help me to reach big audience
Nice video
Please share my channel link with your friends
What is meant by negative current? Are the electrons flowing in opposite direction? If yes, then how is this possible?
Electrons can flow in any direction, depending on the sign of the voltage. Negative voltage > negative current, positive voltage > positive current.
My qs is what exactly do one study in an inside-out patch? I mean it is exposed to the environment. So there won't be any flow of ions.
The inside-out patch configuration permits the recording of single channels and bath perfusion of the cytoplasmic face of the membrane.
I will make a separate video on this
@@animatedbiologywitharpan sure. It seems a bit complicated.
Thank you very much for your short breefing. Gives a nice overview!
One little Question:
Out from which book are the figures? Or can you recommend a good book or paper about the elektrophysiological parameters and so on...?
all the figures are imaginary and made by me but the concept is based on several books
a good way to start reading about it is:
Purves neuroscience 5th edition
level 2: Principles of Neural Science Eric Kandel
level3: ion channels of the excitable membranes
if you like my channel please share among friends and check out other playlists in my channel.
❤️❤️❤️
Please share my channel link with your friends and help me to reach big audience
Thank you this is very helpful! I am giving a class presentation and would love to screenshot & use some of the visuals in your video to explain patch clamping. Is that alright and if so how should I cite them?
Feel free
Please share among your friends and help me to reach big audience..... do check out my neuroscience playlist
For citation just write my name and channel link..... and I am grad student in Weizmann Institute of Science Israel
If you need the presentation I can email you
I am giving a presntation in class about the patch clamp method too and your video really helped me understand it, thank you for that! I would be very happy if you could send me the presentation via mail...
audio is too soft, turn up the volume
Thanks for the feedback. This is the link for the improved video
Also checkout the neurobio playlist ruclips.net/p/PLKtiwIJ8Q7rqbVqfYu3B7vj6JC0Bw4D5f