Sanger Degradation

[@jchae9820]

this medical student right here is so thankful, sir, THANK U!!

[@tabsiddiqi235]

Very inspiring to hear this lecture. Good energy and clarity of thought.

[@AKLECTURES]

Tab Siddiqi thank you! :)

[@TheReck12]

Swear this channel is the best, got me through ochem physics and now biochem

[@rishabhpriyadarshi558]

U r great teacher thanks for clearing my doubt about mechanism complletely

[@AriJoestar]

I speak Spanish and I understood perfectly what you explained

[@pratiklonkar1057]

simple,clear and understandable thank u very much !!!!!!!!!!!!!!!!

[@ayaaouragh4488]

my guy you're the coolest guy here

[@hikari2388]

Great energy !!! I can't thank you enough

[@biologyonline99]

great effort to dispel the primary structure of proteins. Go on sir, love u.

[@deniz.d2776]

super bien expliqué merciiii beaucoups vous m'avez trop aidé merciiiiiii

[@PlantBiotechGuy]

kindly change the title from "determining structure" to "determining sequence" for the videos where sanger & edman degradation are discussed, Thank you

[@nicholascirrone4458]

I finally understand this, thank you so much

[@MonkeyDLuffy-xr4fl]

This is amazing. Thanks!

[@twistidbow3594]

So this method is only to determine the first amino acid in the N-terminal? What about all the unlabeled amino acids, is it just discarded?

[@MonkeyDLuffy-xr4fl]

That's wrong- by the time the N-terminal amino acid is cleaved, the entire peptide chain has hydrolysed. What you've described in Edman Degradation. This method only identifies the first amino acid.

[@easybiologybywaheedhaider]

understanding lectures,❤️♥️

[@MrsHarryPotterFan97]

Thank you! Amazing lecture :D

[@AKLECTURES]

Thanks Laura! :)

[@amirehsansaidi2226]

Thank you very much,sir

[@MCRROCKS092]

Thank you!

[@shaharinam7931]

excellent

[@shivakishor1033]

Thank u