Nadia Farid Hassan from the Department of Food Science successfully defended her Ph.D. dissertation entitled “Physicochemical, Functional, and Manufacturing Properties of Starch Isolated from Local Millet.”
The dissertation aimed to evaluate the effects of millet starch extraction methods and manufacturing processes on its physicochemical, functional, and thermal properties, with the goal of producing starch with improved functional and health-promoting properties.
The researcher recommended that alkaline extraction achieved the highest yield and purity, while manufacturing treatments caused significant changes in the structure and functional properties of the starch.
Congratulations to the researcher on this achievement.
____________________________

 

You May Also Like

A Faculty Member from the College of Agricultural Engineering Sciences Participating as an External Examiner in a thesis defense

Follow-Up and Field Visit

Defending a Doctoral Dissertation on Food Security at the College of Agricultural Engineering Sciences

The College of Agricultural Engineering Sciences Discusses the Ways to Apply Artificial Intelligence Technologies in Agricultural Research

Faculty Member from the College of Agricultural Engineering Sciences Participating as an External Examiner

Defending a Master’s Thesis at the College of Agricultural Engineering Sciences on the Mung Bean Crop

Faculty Member from the College of Agricultural Engineering Sciences Participating in a Doctoral Defense

Dedication of Research Output

A Defense of a Master’s Thesis on Resveratrol at the College of Agricultural Engineering Sciences

Defending a PhD Dissertation on Food Security at the College of Agricultural Engineering Sciences

A Defense of a Master’s Thesis at the College of Agricultural Engineering Sciences on Resistant Starch

Defending a Master’s Thesis on Guidance Activities in the College of Agricultural Engineering Sciences

Comments are disabled.