I literally don’t even look at my books when I watch your videos. And if I do, I only need to skim pages because there’s stuff I already know thanks to YOU!
Dear ak.. Just scrolled your channel and seen videos from physics, chemistry, biochem..etc.... just amazed.. I can understand your dedication and hard work... its not EASY.. 👌👍👍👍👍
I am a student of Biochemistry and AK lectures are my life saver. I can come out of a 3 hours lecture with nothing and learn a bunch of content in a 10 minutes video like this one. I am so grateful 💓
This is awesome thank you! can you do another video with a focus on how transcription factors repress transcription in eukaryotes. this one was heavily focused on increasing the rate of transcription
its when i lose hope and am about to give i found ur vidz and i get everything its not like we are stupid but they way someone explains to u makes all the difference
I don't know if you're working as a teacher, but I really hope you are(though I have no doubt you'd be successful in whatever you put your mind to.) Thank you.
Just a point of clarification. My understanding is that a given segment of dna can code for multiple proteins. An intron for one type of protein may in fact be an exon for another protein type. So in one instance an intron may be a throwaway piece of code but may be required in a different instance.
Although TATAbox is located 25/35 bp upstream of the transcription start site (not 40 bp as you said in this lecture), you're great at teaching, nice and useful videos to review some topics before an exam ;)
How can we differentiate two cells of a single organism on the basis of gene regulation ? Because we know a perticular cell always secrete a perticular protein, that's why this cell is unique
Hi AK! Big fan and loyal follower! You said at the end, that you'd focus on the subject in much more detail in a future video - did you do that yet? Best regards from Denmark.
+Jeppe Følner Hey! Thanks for watching! No not yet but perhaps I will have some time this summer to focus on it! I will keep you posted! Might be too late though if you're looking to understand it for an upcoming exam :(
+AK LECTURES (Andrey K) thanks for getting back to me. that is probably a tad bit late unless I fail the first one of c😉 fingers crossed! anyway I think such a video would be benefitical for a lot of students (as for most of your videos already!) happy easter. regards Jeppe
Did he just summarize a 2 hours lecture in 10 minutes? Subbed and Liked.
@Alexander Harper KKKKKKKKkk
JUST LIKE THAT.
@@vittorpollux5042 Good lecture
He stresses me out because he’s so perfect
Frrrrrrr 😭
Hahahaha
After studying mathematics I very like this strict definition style
Your dedication to clearly illiterate and explain these processes does not go unnoticed.. Thank YOu.
I think you were thinking of "elucidate" or maybe "illustrate."
*illustrate..
@@KJKP I think he's trying to say "reiterate"
I literally don’t even look at my books when I watch your videos. And if I do, I only need to skim pages because there’s stuff I already know thanks to YOU!
Dude please if you can do more videos on Eukaryote gene regulation... topic seem to be not clearly covered in youtube yet! Cheers for any hard work
Dear ak.. Just scrolled your channel and seen videos from physics, chemistry, biochem..etc.... just amazed.. I can understand your dedication and hard work... its not EASY.. 👌👍👍👍👍
Dude you're too awesome! I started watching these before I read my textbook and helps me a lot!
Your videos are just great! Thank you a lot for the hard work behind your channel
tirapurus You're very welcome! Thanks for noticing! :)
Im a chloroplast
Soy estudiante de medicina en Argentina y estos videos me ayudan muchísimo. Gracias AK LECTURES!!!
What an amazing lecturer, way better explained than my biochem lectures… so easy to understand. Thank you Andrey!
What a fantastically clear presentation! Thank you.
Randomly bumped into your channel, really good work here man. Keep it up!
God, we're lucky to have the internet to know people like you!! you're a savior!! thank you so much!
A natural teacher.
this lecture is a miracle!
Thank you AK, this is a very good way to learn. Currently I am using it for my university revisions..Please keep up the good work.
thnx a lot, can't imagine med school without ur lectures, the way ur summarize the lectures in 10~15minutes is amazing🌹🌺
you are an effective lecturer. appreciate your time and effort
Always helpful videos... You are a true life saver my brother. Much love from The Gambia.
You saved my genomics exams, thankyou so much for such wonderful explanation 💯
this is soooooo helpful and easy to understand. I am truly thankful for your lecture
All I can say is excellent job!! Bravo!
This is amazing,you are born to teach,God bless you
Your Vedios are really awesome.specially because it let us know complete knowledge about the topic.thank you for sharing yours knowledge with us.
omg thank you so much for these videos I learned way more in 9 minutes for my final exam than I ever did in my hour lecture classes
Karlita Rene yes jimin
Virtual hug to you
You made this topic so easy to understand
Thank you so much
this is wonderful. love the way you talk and teach. it's very clear. thanks so much!
I am a student of Biochemistry and AK lectures are my life saver. I can come out of a 3 hours lecture with nothing and learn a bunch of content in a 10 minutes video like this one.
I am so grateful 💓
What are you doing right now with your degree
He is literally the best.
its an amazing lecture, just my concept cleared in 9 minutes.
your video is awe .... thank you for such a great lecture ... it's help me a lot ....thank you so much
Very well explained and helped me to understand, thank you
Thanks so much for the amazing series! ❤
I thought it is so difficult to understand but because of ur lecture it is totally understand ............thank you soo much😇😇😇
you are the boss!!!!!!!!!!! keep giving us more knowledge!
That is what I call " class " : awesome :)
This is awesome thank you! can you do another video with a focus on how transcription factors repress transcription in eukaryotes. this one was heavily focused on increasing the rate of transcription
Thank you very much for your explanation, it's really helpful!
My ever favorite biology professor
its when i lose hope and am about to give i found ur vidz and i get everything its not like we are stupid but they way someone explains to u makes all the difference
Love your videos!! You are fantastic thank you
You are my favorite UA-camr thanks for your efforts 👍😊
Thank you, you are so brilliant !!!!!!
Awsome and out standing
thank you so muchhhhh .. great explanation and it really helpful
Arigato gozaimasu sensei 😭
thank you so much i wish i can repay you somehow for giving me this knowledge
this is awesome ♥ thank u a loot u saved me i really appreciate your hard work !
this is amazing, thank you
This is nice ,it was very helpful thank you Dr
You're awesome! Thank you!!
Wow! Super cool, thanks!!!
welldone.I enjoy your lectures
Thanks sir...
GOD BLESS YOU
Excellent!
مبدع ما شالله رهييييب
very excellent explanation thank you
thank you so much sir.videos are very helpful
Great video thank you!
I don't know if you're working as a teacher, but I really hope you are(though I have no doubt you'd be successful in whatever you put your mind to.) Thank you.
thank you for your hard work :)
Very informative content!!!!
superb lecture!
Subbed and liked-thanks very much.
This is awesome, thanks so much for the great lecture!
+AL KIM you're welcome!
Very nice Andrej
Best teacher...
awesome lecture
Simply Great
Excellent😻👍
Thanks alottttt....!
I DON'T KNOW HOW BUT 2X SPEED WAS ACTUALLY DOABLE GREAT VIDEO. CAPS LOCK off.
wow I have been stuck at this part for the entire semester, and you just made everything clear in 9 mintues! THANK YOU
Thank you!!!
Could you possibly do a video on Mismatch Repair, Base excision repair, or Nucleotide excision repair? I would greatly appreciate it.
wow you deserve the nobel prize or something
fantastic
Thank you😊
Nice...informative
Just a point of clarification. My understanding is that a given segment of dna can code for multiple proteins. An intron for one type of protein may in fact be an exon for another protein type. So in one instance an intron may be a throwaway piece of code but may be required in a different instance.
Thank you sır
Thank you verry much
wow. just wow.
Thankyou for speaking slow. Many people speak so fast. Thankyou sir.
Thank you
LOVELY!!!!
I like this dude
I'm first year public health major and he gets credit for saving my Biology grade 😭🙏
sir please join our university.
Although TATAbox is located 25/35 bp upstream of the transcription start site (not 40 bp as you said in this lecture), you're great at teaching, nice and useful videos to review some topics before an exam ;)
Isn't the TATA box the transcription start site? Or is it simply the RNAPII binding site?
plz do more sir.....i love ur videossss.....aloooottr
Thanks
Bravo
nice lecture sir
How can we differentiate two cells of a single organism on the basis of gene regulation ? Because we know a perticular cell always secrete a perticular protein, that's why this cell is unique
i love your videos
ila93ria thank you! :)
Nice lecture on DNA . plz tell me introduction of this nice lecturer .
Does the promoter include the start site? I read it from the textbook which seems to have different definition of promoter
thx💜
Hi AK! Big fan and loyal follower! You said at the end, that you'd focus on the subject in much more detail in a future video - did you do that yet? Best regards from Denmark.
+Jeppe Følner Hey! Thanks for watching! No not yet but perhaps I will have some time this summer to focus on it! I will keep you posted! Might be too late though if you're looking to understand it for an upcoming exam :(
+AK LECTURES (Andrey K) thanks for getting back to me. that is probably a tad bit late unless I fail the first one of c😉 fingers crossed! anyway I think such a video would be benefitical for a lot of students (as for most of your videos already!) happy easter.
regards Jeppe
Thanks Jeppe Følner ! Happy Easter!
Is that blue molecule, attached with both TF molecule and TATA promoter, a TATA- binding protein (TBA complex) in the second diagram?