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Dr. Qin Wang

Professor

Expertise

  • Food polymers biophysics
  • Food nanotechnology
  • Food chemistry

RESEARCH FOCUS

  • Functionality evaluation and development of delivery systems from nanoparticles and films from food proteins and polysaccharides (i.e. zein, soy protein isolate, whey protein, wheat gluten, chitosan and its derivatives).
  • Biosensor development via electrodeposition and quorum sensing of magnetic nanofillers and biopolymer films.
  • Antimicrobial packaging material development using food proteins (i.e. zein, whey protein, chitosan) and silver.
  • Protein modification for improved functional properties and its formation of nanostructure.
  • Safety, quality, and sensory evaluations of microgreens and comparison with mature counterparts and sprouts

Curriculum Vitae:

  • Education:
    • Ph.D. in Food Science/Food Engineering. University of Illinois at Urbana-Champaign
    • M.S. in Environmental Chemistry. Nanjing University
    • B.S. in Environmental Chemistry. Nanjing University
    Research Activities: The research in Dr. Wang’s group focuses on design, characterization, and evaluation of natural polymers. Our research covers a broad scope of multidisciplinary areas including food science, materials science, nanotechnology, and biophysics. There are three major directions we are pursuing:
    • Development of molecular-level, nano-scale vesicles and structures for encapsulation of drug and bioactive compounds with applications in delivery system and regenerative medicine.
    • Development of nanotechnology approaches for studying food science and engineering to better understand physicochemical properties of food components and their interactions.
    • Development of nano-sensors for food safety evaluation.
    • NFSC Home Page
    • NFSC Faculty

Research

  • The research in Dr. Wang’s group focuses on design, characterization, and evaluation of natural polymers. Our research covers a broad scope of multidisciplinary areas including food science, materials science, nanotechnology, and biophysics. There are three major directions we are pursuing:
    • Development of molecular-level, nano-scale vesicles and structures for encapsulation of drug and bioactive compounds with applications in delivery system and regenerative medicine.
    • Development of nanotechnology approaches for studying food science and engineering to better understand physicochemical properties of food components and their interactions.
    • Development of nano-sensors for food safety evaluation.

Teaching

NFSC112: Food Science and Technology

NFSC422: Food Product Research and Development

NFSC633: Food Polymer Science