I like how your voice is not pitched so high and it makes learning this lesson not stressful. I wish to have a voice like this for my own teacher. Thank you for this video. Been learning online and this has been the most useful video I can find for this topic.
Just a short note about the polarity of tRNA which has been erroneously drawn. Actually, the 3'-end carries an ester bond with an amino acid forming amino-acyl-tRNA
Is the Amino Acid attached to the 5' or 3' end of the tRNA? I thought it was the 3' end but in the video it is attached to the 5' end while in the P site.
According fig. 7.1 the diagram shows the amino acid is attached to the 3', which make sense. I remember it that the elongation of proteins is like how the RNA polymerse transcribes DNA to make RNA. The MET aa definitely is attached to the 3'.
I really enjoy your videos and learn a lot from them, however this process could be better explained with a better illustration. I got confused at 3:16 and had to look at another illustration to understand. Other than that I had no problems. Thank You!!!
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I like how your voice is not pitched so high and it makes learning this lesson not stressful. I wish to have a voice like this for my own teacher. Thank you for this video. Been learning online and this has been the most useful video I can find for this topic.
This is an amazing explanation,
thank you so much!
Just a short note about the polarity of tRNA which has been erroneously drawn. Actually, the 3'-end carries an ester bond with an amino acid forming amino-acyl-tRNA
this guy is really good, thanks man
this guy is fantastic. Thanks alot!
You r amazing teacher.....
Thank you!
Is this process the same for eurkatyes prokaryotes
MET should attach to the 3' adenine, right?
U r d best teacher ever 😊
Your lectures are amazing..thank you 🥰
translocation of the ribosome 5' to 3'
simplified days of me trying to understand this in 6mins
wow so the P site is where the sequence actually is translated into "protein"...I can't believe I've been missing that simple step this whole time.
Wait thought 5' to 3'???
Thank god for e-learning
Is the Amino Acid attached to the 5' or 3' end of the tRNA? I thought it was the 3' end but in the video it is attached to the 5' end while in the P site.
Since you are so intelligent, why don't you start Kaplan MCAT Biology tutorial, you attention seeking pretender.
According fig. 7.1 the diagram shows the amino acid is attached to the 3', which make sense. I remember it that the elongation of proteins is like how the RNA polymerse transcribes DNA to make RNA. The MET aa definitely is attached to the 3'.
Its attached to the 3' end
I really enjoy your videos and learn a lot from them, however this process could be better explained with a better illustration. I got confused at 3:16 and had to look at another illustration to understand. Other than that I had no problems. Thank You!!!
Thank you so much
got methionine on the wrong end of the tRNA.....should be 3' not 5'
heZ ryt, it attaches to the 5' capped end of the mRNA
@@mayinjaernest334 Amino acids are attached to the 3'OH end of tRNA using ester links
Thank u
Thanks for watching!
good luck on yalls finals if you watching in dec 2020 lool
❤❤❤
Why do all your video titles call it DNA translation? DNA is not translated, it is replicated and transcribed: RNA is translated.
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