when I watch the video, I am so proud because this Total synthesis of the Reserpine molecule shows the beauty of science and helps to learn more. thank you for the work!.
I would like to point out a mistake in the diagram shown at 7:50. The aromatic ring of the indole group doesn‘t need a further double bond in the heterocyclic ring, as the ring already implies three double bonds, making 2 pentavalent carbons the way you drew the structure
when I watch the video, I am so proud because this Total synthesis of the Reserpine molecule shows the beauty of science and helps to learn more. thank you for the work!.
Thanks for giving synthetic chemists some love!!! I wish i saw this years ago!
This channel is really underrated please come back
This synthesis is so damn clever omg.
Do more videos like this!
Andrew Ferreira In the works!
Astonishing work!
great work please do more its really helpful .... im waiting :)
dude that's awesome :D please make more of these videos its really helpful
This is mind blowing and ingenious
i wish i had found these videos earlier but tremendous
I would like to point out a mistake in the diagram shown at 7:50. The aromatic ring of the indole group doesn‘t need a further double bond in the heterocyclic ring, as the ring already implies three double bonds, making 2 pentavalent carbons the way you drew the structure
love this video ！
We're can I get the books that you shown please give the link
It was an unprecedented synthesis.
Thank you !
I understood all of this
How??? How much information do you have to know to understand all this abstractly? And what motivates you?
Alright, but why does that alcohol lose its hydrogen and then bond to the cation?? That's so confusing
sir , is there any availability of subtitles for the this video
(synthesis of RESERPINE )?
It is in the works!
Whats the source of this?
it is very nice lecture but please slow down the speed also
try using the youtube replay speed set to 0.75
so it was pretty easy after all - good eye on the disconnection, RB