Speaking of DNA, only 1.5% of our entire genome are coding genes which makes for about 30000 genes in total. Despite Methionine being the first amino acid to be translated, eventually it gets cleaved by methionine aminopeptidase as a part of post translational modification. Great details mentioned Medicosis 👍
@@moistschmeckles400 also another fascinating fact is, 30% of translated protein are misfolded and, thus, they are readily degraded by proteasome complex
sorry but your slides are way too colorful, i don't understand one thing. i had hoped you would go more into the biochemistry of it, like how a NTP binds to its complementary pair and gets broken down into a NMP + PPi (which is where the polymerisation gets its energy from)
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Very clearly explained and well summarized. You make perfect sense.
I must say..Your sense of humor is making MCAT content wayyyy easier to digest. May god bless you
Thank you! I am so delighted to hear that!
It is injustice to nit thank this man for making content consumption this way easyyyyyy, you’re the GOAT RUclips channel!❤
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Can i say how grateful i am for your videos? you're a student saver 😅THANKS ALOT💖
i have never binge studied!!!!!!!!!!!! thankyou !!!!!!!
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Too good explanation! It was so much informative😊
We need special course for genetics
Thank you medicosis, you're a saviour ❤
Sending you so much love and positive energies✨
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Is anyone here preparing USMLE and using these videos to review the biochemistry??
God I love this passive aggressive voice😂😂
I love your videoooosss 😭😭😭❤️
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Speaking of DNA, only 1.5% of our entire genome are coding genes which makes for about 30000 genes in total. Despite Methionine being the first amino acid to be translated, eventually it gets cleaved by methionine aminopeptidase as a part of post translational modification. Great details mentioned Medicosis 👍
Thank you, Wael!
20542 genes, which makes for 300k+ proteins due to alternative splicing. This stuff is great
@@moistschmeckles400 also another fascinating fact is, 30% of translated protein are misfolded and, thus, they are readily degraded by proteasome complex
It would be very educating to pull the "central dogma" together with viruses and targets for antiviral drugs!
what is the structure of tRNA, is it from left to right(5-3) or right to left(5-3) cuz your video shows both structures in one slide 9:35
0:32 is it not RNA polymerase?
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sorry but your slides are way too colorful, i don't understand one thing. i had hoped you would go more into the biochemistry of it, like how a NTP binds to its complementary pair and gets broken down into a NMP + PPi (which is where the polymerisation gets its energy from)
Is there a video about viruses
Here: ruclips.net/p/PLYcLrRDaR8_cMpJZaW2RKRcwa7EQXnZ1S&si=4UkWQ2QFit_HyrxI
@@MedicosisPerfectionalis does it talk about the structure of virus
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6:45
:)
@@MedicosisPerfectionalis :0
First one ❤😅
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⁉️ MCAT Questions: ruclips.net/p/PLYcLrRDaR8_fOmzTb2f8L96D_LkLhPw0X
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Thank you medicosis, you're a saviour ❤
Sending you so much love and positive energies✨
Thank you so much!