Nour Fatema

Graduate Research Assistant at University of Arkansas, Fayetteville

[Nour Fatema @NourFatema4]

Celebrate our 2nd Anniversary! 100 shares of GOOG waiting to be claimed! https://t.co/uq1KH9gVkK

[Nour Fatema @NourFatema4]

@ASBMB @LKath_ @Eshariah1 @edenmgallegos @SB21_droso These data clearly demonstrate that the use of MESPs can enhance the sugar reduction efficiency and protect enzymes and enhance hydrolytic efficiency on acid-pretreated substrates at various temperatures.

[Nour Fatema @NourFatema4]

@LaurelOld @ASBMB Thanks Laurel! It could be the reason for caramelization. However, if it is caramelization then the absorbance also be the same for forest wastry. But it is not. HPLC is needed to know each component of the solution.

[Nour Fatema @NourFatema4]

@ASBMB Hi, my name is Nour Fatema and I'm from the University of Arkansas, Fayetteville. I work with Professor Michael Ceballos. Our research focuses on “can heat shock protein improves catalytic efficiency more than 3-fold’?
https://t.co/jwUfgGNAhU

[Nour Fatema @NourFatema4]

@ASBMB Hi, my name is Nour Fatema and I'm from the University of Arkansas, Fayetteville. I work with Professor Michael Ceballos. Our research focuses on “can heat shock protein improves catalytic efficiency more than 3-fold’?
https://t.co/jwUfgGNAhU