And once again, thank you very kindly for your comment. Good luck with your fishing! Lmk if you get any good action with spinnerbaits when you toss them again.
hi, i dont understand the 1:08 part, why change in current( change in direction of left and right) will affect its action potentials? Like..why change in direction to left will increase in action potentials? please reply, i need to understand
Hello, the hair cells are embedded in a gelatinous structure, so they cannot move freely. However water waves will cause their bending. If the stereocilia bend towards that long strand (kinocilium), then potassium channels will open. And since the gelatinous fluid is rich in potassium, then potassium will rush to the inside of the membrane and depolarize it, causing an action potential. If the hair cells bend in the opposite direction, then hyperpolarization will occur, and no action potentials will be generated.
Thanks for your feedback. I think I get the gist of what you are saying: "Why did I make this for fishers because it is so technical?" Perhaps the first part of the sentence was lost? Anyways, I believe every fisher should have a basic idea of the lateral line. Cheers!
It was really very helpful
Thank you very much 🙏😊
Thank you! Like everyone else in the comments I’m studying for my theoretical Aquatics exam and found this very helpful!
Hmm...an interesting area of study. Good luck on the exam. Glad to help!
@@KoawNature yeah, its a module in a greater cource, and thank you :)
Thanks mate...it helped me
Glad it was able to help you Akshay!
Great video on the lateral line of fish.
Thank you much Kaito!
What a great vid. Always so informative. Thanks for posting
And once again, thank you very kindly for your comment. Good luck with your fishing! Lmk if you get any good action with spinnerbaits when you toss them again.
Thank you so much ❤️❤️
Keep making alot of videos , iam studying for my exams this is helpful🙏🙏
Good luck with your exams!
Love your videos!
Thanks much! Looks like your channel is a great resource for aquarists.
Very informative video
Glad you think so Abdus! Cheers!
Thanks
hi, i dont understand the 1:08 part, why change in current( change in direction of left and right) will affect its action potentials? Like..why change in direction to left will increase in action potentials?
please reply, i need to understand
Hello, the hair cells are embedded in a gelatinous structure, so they cannot move freely. However water waves will cause their bending. If the stereocilia bend towards that long strand (kinocilium), then potassium channels will open. And since the gelatinous fluid is rich in potassium, then potassium will rush to the inside of the membrane and depolarize it, causing an action potential. If the hair cells bend in the opposite direction, then hyperpolarization will occur, and no action potentials will be generated.
when this video makes more sense for my animal physiology test
Thanks for your feedback. I think I get the gist of what you are saying: "Why did I make this for fishers because it is so technical?" Perhaps the first part of the sentence was lost? Anyways, I believe every fisher should have a basic idea of the lateral line. Cheers!
Can you give examples of fishes for this particular peculiarity
How lateral line can ensuring fishes continuity in the world?
Hi
Hey!
Also, the lateral line of fish is known as tǐcèxiàn 體側線 in Chinese.
Very cool. Thanks for sharing!