Translation: Elongation and Termination 

This guys hand gesture is phenomenal. It really actually helps me stay focused and dive into what he is talking about

Thank you for making these videos. You helped out thousands of people survive in college. You should be really proud of yourself for sharing your knowledge with the world.

You're a hero! Thank you so much for making and sharing such content, it's truly invaluable!!

Wish I found your videos earlier, they are so helpful thanks!! if only my lecturers could explain like you

I am extremely thankful to you for this.. I have been reading Watson over and over for this topic and I was still struggling. You explained it so well.. Thank you!

THANK YOU! YOU AMAZINGLY SUMMARIZED THE WHOLE PROCESS OF TRANSLATION.

Your lectures are wonderful. Please come back and do more videos. I was only able to learn from you because you break it down at a great learning pace. You are awesome and I hope you see my comment.

You. Are. CHERISHED!!! I SOOOO appreciate you. Your explanations are so very clear. Thank you!!

Amazing as usual. Great way to pre practice for lessons or exams. Thank you.

What brilliant teacher! Always had problems with understanding this topic until today!

One word to describe your lecture sir.....it's just PERFECT💛💙

Amazing work, it helped me a lot! I really appreciate it.

what an amazing and informative approach. I really appreciate what you are doing. If there is anything I will add, it will be the process that will govern tRNA to bind specifically to the P site in the first place, so the initiation will take place. This will be clear when fMet-tRNAf initiator and Met-tRNAm elongator are examined. formylated Met-tRNAf is important for the initiation because (1) this increases the efficiency of tRNA because it will be recognized by IF-2 (initiation factor 2), (2) the special tRNA has unpaired bases at 5' end with the base at 3', which will prevent this tRNA to participate in the elongation phase, and (3) the last thing that is the most important is the 3 G-C series right above the anticodon region ( this will ensure that our special tRNA to enter the P site first). Another process also is there to ensure the entrance of other tRNA in A site as well I'm not going to mention. Overall solid effort Sr. Thank you again for such a great lecture.

Absolutely how someone dares to unlike ur lecture. Sir ur doing incredible work. 🥰🥰🥰🥰a lots of love from me to u🥰🥰🥰

Amazing sir you are great i used to start my study by taking your lecture.you defined very wel in a easy way thank you again sir and keeping doing this amazing work...

Thanks a lot for your detail explanation. You're such a fantastic lecturer.

You are literally a life saver 😫 THANKYOU so much.

Thanks ! You are a great lecturer ! :)

OMG !! God ! u r seriously AWESOME .. really dont have a comment .. you r just PERFECT.

Thank you so much! Helped me a lot!

Thank you so much again for this nice piece of work.

That was amazing!! Thank you very much....

Thank you for this video! Very helpful

So great lectures, thank you so much really!

That was amaizing...great and perfect....thanks alot 💜💜💜💜

Great job Andrey.

Thank you. Great job!!!

How can someone unlike your lectures?

Very informative!

you are the only reason I'm doing fairly well in biochem this year, thank you! Where do you teach, Dr. AK?

thank you so much! you're very good at teaching

Thanks for this great teaching, my dears, appreciate u guys alot❤️

I am terrible at biochemestry but with your help I got a 9 on my exam. Thank you so much.

You are incredible!

Thanks, you are perfect, good luck.

the best lecture ever

Thanks you! you are the reason for my A's

Thank you it's best presentation.

The vids that you are making are incredibly informative and easy to follow. Helped me prep for my Bio test. Thanks so much!!

Thanks for this nice video

you're perfect :$

You’re awesome man

thank u ur videos rrly help me so much

very helpful!

this is só helpful thank you só much

thank you so much@AK Lectures. You are brillant. Can you do lectures in Med-Surgical or Pharmacology Courses? Please and Thanks

How does the ribosome makes the amino acids? Are there there in the cell and the ribosome just takes them to form a polypeptide?

Thank you so much sir 😍😍😍.... for help ....

screenshot 9:19 for notes :)

thank you!

Nice explanation sir

Appreciating

Thank you

thank u soo much sir.....

BEST ONE

fantastic

Sir, are you still making new videos?

Ur amazing😍😍😍

Thanks

Impressive ! Which degree do you hold ??

This helped me pass med exam

thanks so much ..... :D finally

Shouldn't the Anticodon be AUC 5' to 3'?

Thanks sir😇

i m confused whether trna decodes mrna or rrna

Can anyone help me? I am wondering why the small subunit have to look for the start codon on the mRNA, isn't the start codon is the first codon on mRNA after it is transcribed and modified ?

God bless

Thankyou very much. One small thing is that tRNA synthetase uses ATP not GTP

the anticodon of formyl methionine is UAC

Who’s hearing the siren at 5:20

you are a god!

Thanks very much! Have you considered making the notes bigger? I can’t see them on my phone.

GUANOSINE?

Genius

Binding of tRNA to methionine happens in two steps. Amino acid (methanionine) + ATP -> aminoacyl adenylate + PPi Aminoacyl adenylate + tRNA -> Aminoacyl-tRNA + AMP

G-D Bless you !

saved my ass for tomorrow's seminar on protein synthesis

I love you

wow but i think u should have included other factors in every stages and the functions

tRNA doesn't use a GTP molecule but in fact ATP

t RNA present on E site expled out of ribosome complex so it will also move Charged t RNA present on P site to E site so that Charge t Rna also expelled out due to movement of ribosome complex along m RNA ??? Plz ans me

8:44 for notes

CUTIE

You can tell when the really important part is because you can hear a siren haha

you can not talk about this without mentioning the fMet tRNA and EF-Tu!!! like what causes the translocation? the ribosome cannot move by itself eventually??

I think I'm inlove :D ...

Anyone here from west 🙂🌸

I thought Eukaryotes don't have an E site. I was taught only prokaryotes do. Helpful lecture, though.

I like the video but hate the topic

Thank you

Thanks