Carbohydrate - Glycoside formation hydrolysis | Chemical processes | MCAT | Khan Academy

[@MNTGAP]

5:45 be careful of your arrow nomenclature. The negative Chlorine is going to attack the Hydrogen attached to the OCH3 group, not the other way around :)

[@gvrjr3]

step 1 of the hydrolysis of glycoside has a mistake. During the protonation of the methoxyl group the arrow should go towards the hydrogen, not from. minor details but love the video.

[@cristianmina18]

Thank you very much, this mechanism wasn't explicited in the books I had access to

[@tiptea8145]

Thanks a lot for the detailed mechanism, beautifully done!

[@shotdoctor5869]

So is this a redox reaction? I'm not seeing what's being reduced and what's being oxidized, but it's considered a reducing sugar.

[@notch156]

So... This was simple...

[@Victoria-ss5nr]

I always have to listen to him at 2 speed

[@PockyFactoryx3]

Thanks for the great video, really clarified a lot :)

[@ObservantInvestorfinance]

Good job 👏👏👏👏👏....all these details in this short amount of time.? It becomes very easy if you are good with organic chemistry.

[@AnimeUni-versed]

THANK YOUUUU

[@venusaurora8461]

thx a lot

[@owenpaullucas6882]

I know you were just trying to save time by pre-drawing them, but tbh I could just read a book for that. I like these videos because its more steady and the drawing time gives time to process. Just my opinion, this kinda confused me more - felt rushed.

[@bricebouffard9993]

Same here!

[@bhaktaharinayak2002]

nice Explaination​

[@harishankarkarthik3570]

'Monosaccharide' and 'Hemiacetal' sound so different in American and Indian accents

[@hudaalaa8672]

i wish that u teach us instead of our biochemistry doctor

[@snooyyupnhere4737]

Its funny how the best healers dont go to school. How is this video going to heal anybody?

[@detectiveconan2840]

This is one very confusing lecture can't you make it simple

[@sriramreddy1236]

please..improve your speaking skills...