As a pharmacy student - who has a course in biology - I have to say,this is the best animated,well-explained and to the point video of explaining the subject of Cyclins and CDKs Cell Cycle Regulation ,it doesn't tire you at all and has all the necessary information for an in depth revision.I used this video when studying for my finals and it really helped.
In our books we use slightly different names for the cyclins, (like M-cyclin, S-cyklin, G1/S-cyclin etc.) was a bit confused at the start before realizing this
Amazing job! But i saw the entire video thrice and at 0.75x speed also had to pause alot. If there had been some gaps and the speed had been a little sow this would have been absolutely perfect.
First I want to thank you so much for this video! It was very well done! Also, I think it would be helpful if you were to insert the link to the video in which you discuss tumor suppressors at the time you mention it. Anyway, thank you again!
Hi, thank you for your great videos. My grandson has been diagnosed with CDKL5. Can you please do a video showing what happens when cyclins are deficient? Thanks again. :)
Oh! Pardon! Vous pouvez le traduire en cliquant sur CC au bas de la vidéo, puis en le traduisant automatiquement. J'espère que cela pourra aider! Bonjour du Canada :-)
5:30 . Correction: The degradation of Cyclin A-CDK1 complex does not cause mitosis exit. Deactivation of cyclin B-CDK1 complex causes the cell to exit mitosis. Source of information: wikipedia
i guess so the procedure isnt starting again and again and again. So it is a control mechanism i would say. So that there is only one cell cycle going at once.. It is just a tought though.
I feel like just listening to your video is enough, the visual aspect doesn't help, your doodles actually make understanding the content harder. Decent explanation tho.
![The Cell Cycle (and cancer) [Updated]](/img/1.gif)
for everybody who thinks this is complicated. THIS IS A PERFECT EASY EXPLANATION COMPARED TO PAPERS.
What papers? Where can i find them?
As a pharmacy student - who has a course in biology - I have to say,this is the best animated,well-explained and to the point video of explaining the subject of Cyclins and CDKs Cell Cycle Regulation ,it doesn't tire you at all and has all the necessary information for an in depth revision.I used this video when studying for my finals and it really helped.
as a chemistry-biology student, who has a science methods as a lesson - confirm
I'm also a pharmacy student and this vid has helped me lots.
This is the best video that I saw since the beginning of med school love you
Swimming in my confusing notes and decided to come here. THIS is saving my grade right now in Graduate School! THANK YOU!
I was overwhelmed by the books but you made my life 100x easier! THANK YOU
I will never forget Cyclins and CDKs because of your great visuals!
People like you ,who make videos like this, deserve so much credit. Again, thank you so
Aww, thank you so much! ^_^
This is the most amazing simple breakdown of this process I’ve ever seen thank you so much
The animations are sooooo helpful. Also your voice tone is perfect. Thanks so much for sharing. Amazing job!!!!!!!
Thank you so much ^_^ You just made my day!!
God bless you, I can't describe how much that helped me ❤❤
how do lecturers expect us to memorise this bruh
It has a long chapter on the book but thankful that I watched this vid. I got a more simplified explanation.
Brilliant graphic concept, in this and other videos by the same author. Good texts, well researched, too.
It is people like you, oh dear creators of this video, that help us science enthusiasts to get over the complicated topics! Thank you so much 🔥🔥🔥
Best description... It made me so clear about the concept...
Extremely Difficult explanation felt like she was reading out from a book. Dint understand a word! The words and vocabulary not easy to comprehend
Wow superb please keep uploading videos. We are so thankful to you
This is AWESOME explanation I’ve ever seen
In our books we use slightly different names for the cyclins, (like M-cyclin, S-cyklin, G1/S-cyclin etc.) was a bit confused at the start before realizing this
Amazing job! But i saw the entire video thrice and at 0.75x speed also had to pause alot. If there had been some gaps and the speed had been a little sow this would have been absolutely perfect.
Thanks for the feedback! :-) I will keep that in mind for future videos!
First I want to thank you so much for this video! It was very well done! Also, I think it would be helpful if you were to insert the link to the video in which you discuss tumor suppressors at the time you mention it. Anyway, thank you again!
WOW! that animation just makes it more fun and clear. The explanation so great Thank you very much
I'm so glad to have helped and made it fun! :-D
Hi, thank you for your great videos. My grandson has been diagnosed with CDKL5. Can you please do a video showing what happens when cyclins are deficient? Thanks again. :)
This is one of the best videos i've ever seen, no doubt. Thanks a lot! ♥♥♥
Perfect for the discussion of cell cycle checkpoints and regulation. truly of great help. Thanks!
I don't speak english😭😭😭😭😭😭
La vidéo a l'air tellement bien expliqué et animé
Oh! Pardon! Vous pouvez le traduire en cliquant sur CC au bas de la vidéo, puis en le traduisant automatiquement. J'espère que cela pourra aider! Bonjour du Canada :-)
@@NeuralAcademy Ah oui les sous-titres 😮 merci je n'y avais pas pensé 😁 Et bonjour de Guadeloupe
Great breakdown! Great job!
Thank you so much ^_^
Great effort 👍
surely one of the best videos about this content!
Thank you so much!! ^_^
The animations are perfect! thank you so much for this video, so helpful!!
OH MY GOOD LORD. THIS IS SO FUCKING PRECIOUS. THANKS
Thank you so much... i am sure this can't get easier than the way you explained.. Thank you again for providing free education
Thank you for this, because I have to write an essay on this tomorrow!
5:30 . Correction: The degradation of Cyclin A-CDK1 complex does not cause mitosis exit.
Deactivation of cyclin B-CDK1 complex causes the cell to exit mitosis.
Source of information: wikipedia
en.wikipedia.org/wiki/Cell_cycle#:~:text=transition).%5B28%5D%20Cyclin%20B%2Dcdk1%20complex%20activation%20causes%20breakdown%20of%20nuclear%20envelope%20and%20initiation%20of%20prophase%2C%20and%20subsequently%2C%20its%20deactivation%20causes%20the%20cell%20to%20exit%20mitosis.
That's really so aspiring!
Thanks a zillion 😉
Great job 👏
Extremely good. well done
Thank you a great video 💕💕 well explained 👏👏
AWESOME! Thank you. Will definitely support you on patreon
this is AMAZING thank you!
Great video it really helped me but please for the future video give some time to process the information other than that u are gifted☺️☺️☺️
this made so sense to me
thank you for all this efforts..was clear and helpful :)
excellent video thank you for your effort
The theatrics made it hard for me to follow, I think it's too busy. But people learn differently, so that's okay
Needed this to help me understand what my cdk 4/6 inhibitor is doing. Lol
is this important for the MCAT?
You saved my day
Super clear thank you so much
Wow what an amazing video! those pesky Cyclins always trying to get it their way >.
Very good!! What is the class bibliography?
i'll create another account so i can like this video twice
amaziiiing
Amazing
this got me trippin
THANKS I LOVE YOU FOR THIS
Great video guys.
Helped a lot.
Thank you!
I didn't know Sophie Turner teaches Cell Biology
excellent!!! thank you!
Thank you very helpful!!!!!!!
I did not know p-53 was a Bulldog?
Of course it isn't literally... it's just a character to help with memorization!
Lmao
LOL, it"ll be a perfect name for my dog if I get one sometimes.
thank you for this
Very hopeful thank you👌💜
Cycline E : *Snaps*
P27 : Mr Stark, i don't feel so good
cringe
Thank you
I don't know but this is so simple but too much for me to understand currently as i am 16 years old😀
Awesome
Have a goodnight everyone productions
Unfortunatly it was too fast to understand
Isn´t P27 kip1 an inhibitor of cyclin E-CDK2, A-CDK2, ACDC2 and B-CDC2 and a stimulator for cyclin D-CDK4/6 ?
amazing!!!!
So is the S-phase triggered by the presence of Cyclin A or the removal of CCRE by E2F?
my head is going to explode now
Thank you!!!!
Heyy, then where did the cyclin D go if it doesn’t degrade?
Cdk can cause lipoma?
I LOVE YOU
So... where is Cdc25?
Why is it important for CyclinA-CDK2 to inactivate E2F?
i guess so the procedure isnt starting again and again and again. So it is a control mechanism i would say.
So that there is only one cell cycle going at once..
It is just a tought though.
thankyou
Great video! However, don't cyclin D1 concentrations decrease during S-phase and rebound during G2?
Haha, thank you! The animation is very cute.
I love you
bruh calm down talk slowly
There is a reason RUclips lets you change the playback speed. Maybe just use that instead of complaining in the comment section next time.
saved my exAAMSSS
terlalu sangar
Gibts das auch auf deutsch
"multiply" 😢
Love the explanation, but the animations are SO distracting from the point of the lecture.
I feel like just listening to your video is enough, the visual aspect doesn't help, your doodles actually make understanding the content harder. Decent explanation tho.
Dear Neural Academy
if i passed my exam and got 100 i'll give u an ice cream or something else. thanks
with love Jaluprms and fucker baqi29
Ga paham