I can't explain how helpful it was. I was struggling in reading and trying to understand every step in detail and now after seeing this video everything is moving right in front of my eyes. Thank God I watched it.
Funny how my teacher rambles on about this for 45min, resulting in 3 pages of notes at size 9 font, when this 4 min video pretty much sums it up (with the exception of a few things)...
Yes EF-Ts it charges the EF-Tu, EF-Tu(Gtpase)- it brings the new tRNA to the A site EF-G (Gtpase)- it helps to push the tRNA in P site to E site to exit And There are some Releasing Factors too in the process of Termination
I can't explain how this video saves me from the fear of this topic,just amazing.All of my doubts and confusions are completely clear now.Thanks a lot for making this life saving video
this is insane... i have been struggling with this concepts for the last 3 hrs ..... and finally 4 min vedio was enough and i am laughing....tnxsss so much
Except for missing some of the non-ribosome protein factors.. this is so good accurate and to the point. Thanks I'm so recommending this to my classmates.
Wonderful video. It's amazing how you were able to explain it so well in 4 minutes and I got more out of that than 20 minutes of my own teacher's lecture! Thanks for helping!!
Most of the students commented over this video as it was helpful for them to understand the initiation, elongation and termination in protein synthesis. I comment about the video as The processing studying since long in books but understood just in two minutes
Very well explained 🥰 but i think, in the starting the position of IF-1 and IF-3 is wrong at the ribosome because IF1 Bind to the A site of ribosome and prevent the binding of aminoacyl tRNA at the A Site.. And IF3 bind to the E site of the Ribosome to prevent the binding of larger submit or prevent the 30s & 50s subunit from combining prematurely... In this case, If I m wrong so plzzz correct me...
At the start of the initiation process, shouldn't the positions of IF1 and IF3 be swapped since IF3 binds to the E-site and IF1 binds to the A-site? mRNA 5'-3' direction goes E - P - A direction
The IF3 binds to the 30S so it prevents the assosiation of 50S and 30S. Shouldn't the IF3 first leave the Complex so the 2 parts of Ribosom can build the 70S, but not after assosiaction of 30S and 50S?
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I can't explain how helpful it was. I was struggling in reading and trying to understand every step in detail and now after seeing this video everything is moving right in front of my eyes. Thank God I watched it.
This is by far one of the best videos on prokaryotic translation I've seen on all of youtube! Thank youuuu
Thanks for commenting! We're glad you like it!
Yes dear
You are right
Hay where are you from
Funny how my teacher rambles on about this for 45min, resulting in 3 pages of notes at size 9 font, when this 4 min video pretty much sums it up (with the exception of a few things)...
Pretty amazing isn't it
without that rambling this video would be difficult to digest
Which details are missing?
Mrjmaxted0291 the elongation factors, and the other two release factors. Some other stuff too but those are the big things
Yes EF-Ts it charges the EF-Tu,
EF-Tu(Gtpase)- it brings the new tRNA to the A site
EF-G (Gtpase)- it helps to push the tRNA in P site to E site to exit
And There are some Releasing Factors too in the process of Termination
I can't explain how this video saves me from the fear of this topic,just amazing.All of my doubts and confusions are completely clear now.Thanks a lot for making this life saving video
This was so beautifully explained. Literally couldn't have asked for anything better
Amazing... Really cleared all my doubts on all those factors... So detailed and yet so easy... Really awesome
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Alila Medical Media thank you so much. the simplest illustration. so helpful
It's almost like you read my mind on what I wanted to visualize!!! Thank you so much
I'm so glad!
Holy cow! Literally the best animated explanation on youtube. OMG! THANK YOU
this is insane... i have been struggling with this concepts for the last 3 hrs ..... and finally 4 min vedio was enough and i am laughing....tnxsss so much
Except for missing some of the non-ribosome protein factors.. this is so good accurate and to the point. Thanks
I'm so recommending this to my classmates.
The Best UA-cam Video In My Entire Life... It is so much Helpful ❤
So helpfull after a useless long university lecture.
Seriously it is a video that is sure to clear all the concepts.#best one i have found till now.
much better than my teacher..
Wonderful video. It's amazing how you were able to explain it so well in 4 minutes and I got more out of that than 20 minutes of my own teacher's lecture! Thanks for helping!!
Really good displaying of protein translation in eukaryotes. Thank you alila medical media. But I have to watch it again to grasp it wholly.
prokaryotes
I am from India i watch this video it is very helpful for my exams thak you so much for nice explanation 🙏🙏
Concept is easily understand by this vedio 👏👍
Best video of prokaryotic translation. Thank you.
very nice video. :)
It would have been nice if the enlogation factors EF-Tu, EF-Ts and EF-G was included though, that is the difficult part :/
brilliant one! This is by far one of the best video
Usually in every video we can see the mRNA moving but it's wrong ,actually the ribosome itself is moving...kudos to the video maker👍👍
THIS IS GOLD!
100/10 best explanation on youtube
Nice ❤❤ explained very well
Thank you so much! Every video ive watched until now lack so much details!
Good stuff dude, loved the video!
Best vedio I have ever seen about this topic Thanks!
Thanks, this video is so clear. Greetings from Argentina
Excellent ...! Just got my mind clear in 4 minutes
THANK YOU VERY MUCH ,RECOMMENDING THIS TO MY FRIENDS AND MENTORS
Amazing plzz make same kind of video in transcription very helpful 💗
Your videos are always the best👏👍❤️👌
This is really good work.... I really appreciate you
Thank you so much.. Today is my ppr and it is so helpful 😍
Simplified yet detailed.. thank you
This is precisely why i went into science; simply amazing!
Most of the students commented over this video as it was helpful for them to understand the initiation, elongation and termination in protein synthesis. I comment about the video as The processing studying since long in books but understood just in two minutes
So easy way to understanding sir thank you now this topic is not very seriously I think then I see this video
Beautiful explained
Wow, clear, concise, easy. Thanks
Short yet detailed as well!👍
Very well explained 🥰 but i think, in the starting the position of IF-1 and IF-3 is wrong at the ribosome because IF1 Bind to the A site of ribosome and prevent the binding of aminoacyl tRNA at the A Site..
And IF3 bind to the E site of the Ribosome to prevent the binding of larger submit or prevent the 30s & 50s subunit from combining prematurely...
In this case, If I m wrong so plzzz correct me...
This really helped me understand thank you!
after 6 year this video is still LIT for every student; Thank you.
Thank you so much 💖 you make this topic easy
Super video finally gave me a clear understanding.
Shoutout to this video. Really helped me understand
Loved it. What an excellent explaination.
It is easy to understand .... Thankyou!! you explained it very well.
IF1 and IF3 are inverted. IF3 on exit site and IF1 on aminoacyl site fixed with IF2-GTP
So this is pretty much the same for eukaryotes but with a different initiation process?
loved it... jazakallah khair🙌🏻
This is a nice overall summary. Thank you very much!
Thanks for the helpful summary this finally makes sense!
thanks, sir you done very good job. I thoroughly understood the topic first time.
clear cut explanation , thank you
In some other books ... position of binding IF 1 is at A site ....
this video is so helpful for me to undrstand translation
excellent video !!!!
Amazing video, superb
Awasome explanation 👍👍👍👍
best video to understand translation....😍😍
So beautifully explained........tq somuch sir.......,...
Perfect ... crystal clear 👍
You made this clear. Thank you
At the start of the initiation process, shouldn't the positions of IF1 and IF3 be swapped since IF3 binds to the E-site and IF1 binds to the A-site? mRNA 5'-3' direction goes E - P - A direction
The IF3 binds to the 30S so it prevents the assosiation of 50S and 30S. Shouldn't the IF3 first leave the Complex so the 2 parts of Ribosom can build the 70S, but not after assosiaction of 30S and 50S?
Exceptionally good
Very well explained! Thank you so much!!
يسعد دين خواتكم أحسن قناة بتاريخ الطب
Excellent video
Amazing ...well defined sir
A very big thank-you ❤️
awesome animation!
Thank you so much for these videos! My notes are just so hard to understand :( this makes it sooooo much easier :D
this helps a lot! thank you
Easiest n simplest way a translation process can be explained!!!! Love it
very useful , simple n awesome video this is...!
How cool ..thank you so much 💕
It was really helpful 👍🏻
Wow 💐💐💐💐💐💐💐💐💐💐💐This video is really useful
Sooo helpful ! Thank u !!!!
It's very useful! Thanks a lot!
superb dear sir.
Helped alott...Thank u so much Sir
Sirrrr You are awesomeee!
Great Video!
Good vid, very helpful
Another good one !!!
Nice animations.
Well explained 👌🏼 👌🏼 👌🏼...
Thank you, thank you, thank you so much!
ممنون از این اموزش
Wow simply amazing
Well done!
excellent video
Very good! It would be even better if had included the ATP spend for making peptide bonds