Translation: Initiation and Ribosomes 

I really appreciate your teaching style! The hand motions are engaging and the repetition helps solidify the information. Your lectures are thorough and cover all the detail in an hour's worth of biochem lecture in 11 minutes. Thanks so much.

you are very passionate thus making an excellent teacher, thank you so much, this series on DNA/RNA has saved my proteins from denaturation, by over heating and or alcohol abuse. I just could not follow text book which is very badly written and explained, nor did my teacher cover this complex process as simply as you have. I am eternally grateful for your knowledge and ability to impart this to newbies like myself, in the older age bracket that wish to continue learning to enhance an already established career. I can now complete my assignment and prepare for exam fully understanding this amazing life process. thank you karen

You are the minimum caliber professor I expect in each US classroom to get our country back on top for education. Thank you for what you do sir! It is one thing to be an expert in the field, and another to be an expert at teaching... Amazing!

i don't need a textbook to refer for my exams, the way u explained is magic. Just by following ur notes and lectures, i can write my exams. thanks to you, i got a very good cgpa for my master course in biotechnology.

You are my hero! Saving me over and over!!! I LOVE your lectures! Thanks so much!

Thank you so much! You strike the perfect balance between detail and "big picture." Your visual aids bring the text to life. Your summaries help us recall the key points of the lecture. Thank you, thank you, thank you!

screenshot 5:21 for the notes :)

Best way I've seen of explaining the Redundancy and Degeneracy of the genetic code. Thank you!

Mr AK, I'm mean Sir, I've Molecular Biology exam on Saturday next. This exam is totally base on the perception on various topics. Gladly admit, you lectures help a lot. Thanks...

Teachers like you they are real teachers..

Thank you for giving such amazing lectures! Never stop creating these and saving people's lives!

Thank You so much for these videos. I use your video lectures to study for genetics and biology and once ill be taking biochem next year I will come back to watch your Biochem playlist . You explain everything effortlessly in 10-13 minutes , where all my professors take hours and it's still not this effective.. Thank you !!

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One of the best lectures ever. Thank you.

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I wish you where my teacher! This was great you made everything VERY clear :D THANK YOU

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AK always coming in clutch!

Thank you so much G.O.A.T.

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Addicted of ur lectures. But this internet shutdown in kashmir by indian authorities has deprived me of ur knowledgeable lectures.

d way u teach is awesome.. I mean it's too gud!!d best thing is ripitition that recaps everything !!!

I thought the small subunit is already attached to a methionyl-tRNA when it finds the mRNA

best lecture I have had

You’re just perfect. Thanks so much!

Thank you so much for the great lectures

Do the Shine Dalgarno sequence (in prokaryotes) and the kozak sequence (in eukaryotes) assist the the inititiation factors plus small subunit rRNA (complex)in finding where to bind at the 5' end of the mRNA?

Nice presentation

Sir , can u please describe in brief....the specific roles of initiation factors 1, 2 and 3

Thank you

This video just deserved a huge likeeeee :D

Thank you sooo much respected sir

you saved me

You're the best! Thanks

it was a good explanation but do have any lecture on how really the initiation factors differ between prokaryotic and eukaryotic organisms

Thank you so much !! Helped me a lot !!

sir i have a question,what modification are recquired to do on an eukaryotic gene so that it can be expressed to funtional protein in a prokaryotic cell?

thank you 💜💜

More comfortable to listen at 1.25x speed..

Why would anyone dislike this??

this is so good!!!!!! thank youuuuuuuu

I like your lectures very much! But picture of tRNA is not correct. Antycodon must be at the loop and amino acid at the 3`-end.

thank you alot of proud of u

very hepful thank you...and pliz could do a video on amino acid metabolism

9:14 isnt the tRNA upside down, the acceptor loop 3' is where the amino acid joins? and the anticodon loop where the anticodon is?

Thanks

love your videos! they really help me studying ! Just one thing: @aklectures shouldn't the tRNA in the ribosom complex be turned 180 degrees?

Thank you sir so much

thank youuuu

cleared my concepts :)

Thank you boss

I just have a question Is there an mRna strand on the rER?

superb vid ;)

very helpful.

Thnx for the video u have a special method in teaching or let me say the best one. good luck in the next videos but i have a qstn; this translation is it for eukaryotes or prokaryotes??

sir plz also make video on rRna transcription

But if we add subunits, it comes as 100S and 80S.

Lecture to acha h mgr urdu m nhi h . To hmen ziada cleat nhi hota

Is the drawing of tRNA down the bottom of the board not upside down as the anticodon is at the other end of the moelcule isnt it?

i just love you

Who else is here stressed and cramming for genetics/cell bio/ or biochemistry class?

Notes ?

This translation is for prokaryotes or eukaryotes?

Is it just a mistake with prokaryotic subunit addition, 30s plus 50s =80 not 70??

nice

te amo

I love uuuu,

best

I really like your concept in teaching, but i think this video is LACKING for more details!! And instead of all the WRITINGS on the board you coud have used more of drawings for better illustration..

This video is very blurr 😢

notes

lectures are good but video result is not good