I really appreciate your videos! they are incredibly in depth and incredibly useful! Its tough for your channel to blow up since only a few STEM students make it this far lol but best of luck!
I appreciate the thought. Unfortunately, the character limit won't allow the entire script to fit in the description.... maybe for the shorter videos, but not really for the long ones.
Wonderful explanation I'm so lucky because I find your video i was wasting my time on looking for simple explanation for this topic Thank you so much 🙏🙏🙏
Excellent explanation!! I wish I knew your channel before🥲 my very last exam is hours later but still very helpful for my final recalls. Thanks a lot !!!
Hello!! Thanks a lot for all the videos and the excellent explanation, I am glad that I found this channel!!. Could you suggest the reference book to read more about the parts i find interesting?
Hello! I am glad to hear that these videos are helpful. I think any good cell and molecular biology (for example, Lewin's Genes, MBOG by Watson, or MBOC by Alberts et al.) will be a good starting point. I use published research articles as my resource to make these videos, therefore some of the things that I discuss in my videos may not be available in textbooks.
@@theCrux thanks a lot!! I will check these books or papers. I actually have MBOG Watson with me. I read chapters and forget everything soon after😭. I dont know why or how to learn properly. That is why I was very glad to find such a nice channel. I hope things stay in my memory for longer with the help of these videos
Hello! Thank you so much for this valuable information and the great explanation, is there any way that I could know the name of the research article(s) that you have used for this video, I believe it would be a great help for my study
Hi, thank you very much for this great video. I have seen some paper depicting this process, and it surprised me to find that they are drawing the position of eIF4G differently after scanning before 60S recruitment. Some of them have 4G detached from 43S, but some others are showing 4G moving together with the 43S and leaving 4E at the cap, there are also cases where they draw 4G connecting both 4E and 43S. I can understand for most of these papers, the position of 4G is not their main concern, but it would be nice to have a reference to where exactly is 4G. So regarding the position of 4G during scanning, do you have any reference when you were making this video? Thanks!
Sir please tell me that after the loading of mrna on 48s mrna complex.... The circular mrna will becomes straight or remains still in circular shape???? Please reply
I really appreciate your videos! they are incredibly in depth and incredibly useful! Its tough for your channel to blow up since only a few STEM students make it this far lol but best of luck!
I read a textbook for this topic and got massive headache. Then afterwards watched your video understood everything thank you. It was really helpful.
I actually love you so much for this video just watched it while doing an exam and it helped so much
It would be a wonderful idea to leave the script of your videos in the description, so we can use it for revision!
I appreciate the thought. Unfortunately, the character limit won't allow the entire script to fit in the description.... maybe for the shorter videos, but not really for the long ones.
@@theCrux perhaps, I'd suggest you to upload it to a Gdrive
Wonderful explanation
I'm so lucky because I find your video i was wasting my time on looking for simple explanation for this topic
Thank you so much 🙏🙏🙏
Thank you so much for the whole series
This is soo helpful..im thankful i accidentally found your channel..thank you and waiting for another video👍👍👍
This video is so helpful.Thank you and please go on to produce much more videos like thiss
This channel is amazing and your way of teaching is so effective. Thanks for all your hard work in making these videos. 🤩🤩
You are a lifesaver man...
this was so helpful
Excellent explanation!! I wish I knew your channel before🥲 my very last exam is hours later but still very helpful for my final recalls. Thanks a lot !!!
One of the best explained video...
Wow!! Wow!! Excellent explanation.
OMG!!!! Guys, that's Really Really PERFECT🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥!!!
This video was so helpful. Thank you ❤
very nicely explained ....so much helpful ...looking forward for another video
Thank you so much 💪💪
Awesome explanation, thanks for this videos. Helped me alooot !
There is enough word to thank you .But thank you so much sir. ❤️
Wow , this is perfect 👌
The eIF4 complex is recruited near the E site of the 43S(as you drew), not the A site(as you spoke 10:20)
Thankyouu i udnerstoond everything so well
Thanks a lot !!!
this is so slay. thank u
Excelent!!
You are awesome
Hello!! Thanks a lot for all the videos and the excellent explanation, I am glad that I found this channel!!. Could you suggest the reference book to read more about the parts i find interesting?
Hello! I am glad to hear that these videos are helpful.
I think any good cell and molecular biology (for example, Lewin's Genes, MBOG by Watson, or MBOC by Alberts et al.) will be a good starting point. I use published research articles as my resource to make these videos, therefore some of the things that I discuss in my videos may not be available in textbooks.
@@theCrux thanks a lot!! I will check these books or papers. I actually have MBOG Watson with me. I read chapters and forget everything soon after😭. I dont know why or how to learn properly. That is why I was very glad to find such a nice channel. I hope things stay in my memory for longer with the help of these videos
Hello! Thank you so much for this valuable information and the great explanation, is there any way that I could know the name of the research article(s) that you have used for this video, I believe it would be a great help for my study
What is 5:30 four mile modification of trna?
Hello! Please check the prokaryotic translation initiation video for the formyl modification --> th-cam.com/video/q8BPMK10IrY/w-d-xo.html
Hi, thank you very much for this great video. I have seen some paper depicting this process, and it surprised me to find that they are drawing the position of eIF4G differently after scanning before 60S recruitment. Some of them have 4G detached from 43S, but some others are showing 4G moving together with the 43S and leaving 4E at the cap, there are also cases where they draw 4G connecting both 4E and 43S. I can understand for most of these papers, the position of 4G is not their main concern, but it would be nice to have a reference to where exactly is 4G. So regarding the position of 4G during scanning, do you have any reference when you were making this video? Thanks!
Sir please tell me that after the loading of mrna on 48s mrna complex.... The circular mrna will becomes straight or remains still in circular shape???? Please reply
could anyone please tell me the function of eIF4