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Ruth Lucius,
B.S. Food Science
lucius.19@osu.edu
After completing a
B.S. in Food Science from Ohio State, Ruth continues her
Master’s studies in Dr. Vodovotz’s lab. Her research is focused
on characterizing the physico-chemical differences between
acceptable and unacceptable masa for tortilla chip production.
Specific factors she is investigating are the role of variety,
cultural conditions, and processing parameters. Thermal and
rheological instrumentation are used for analysis.

Rachel Crockett, B.S. Food Science
crockett.67@osu.edu

Luca
Serventi, B.S. Food
Science lucaserventi@yahoo.it
After completing his bachelor degree (Laurea Specialistica) in
Food Science and Technology from the University of Parma, Italy,
Luca joined Dr. Vodovotz's lab as visiting scholar for six
months. Currently he's a PhD student working on Soy Saponins
Functionality in Soy Bread. This project focuses about physico-chemical
characterization of the bread (thermal and rheological
properties, water mobility) and Saponins absorption.

Sunny Modi, B.S. Food Science
modi.29@osu.edu
Sunny Modi Joins the Food
Science department with a BS in Food Science & Technology from
the University of Georgia. Currently, his research is based on
food grade application of Polylactic Acid (PLA) based packaging
film in a joint venture with the mechanical engineering.
Techniques used in making the film include extrusion, wet
solvent and analysis with Dynamic Mechanical Analyzer (DMA) and
Differential Scanning Calorimeter (DSC).

Sandra Zurburgg, Undergraduate Food
Science
zurbrugg.2@osu.edu
Debra Van Camp, Undergraduate Food Science
van-camp.9@osu.edu
Debra is a third year undergraduate student earning
a B.S. in Food Science and Agribusiness and Applied Economics
Her research compares the functional properties of organic and
conventional food ingredients.
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Past Research Group Members |
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Ph.D. Students
Alessia
Lodi, B.S. Chemical
Engineering
lodi.1@osu.edu
Alessia Lodi joins the Food Science & Technology Department of
The Ohio State University with a degree (Laurea) in Chemical
Engineering from University of Trieste, Italy. Her project
investigates the effects of almond addition on the isoflavones
profile and on the physico-chemical properties of soy bread during
production and storage. She uses a variety of different techniques
including Nuclear Magnetic Resonance, Magnetic Resonance Imaging,
High Performance Liquid Chromatography, Fourier Transform Infrared
and thermal analytical instruments (DMA, DSC, and TGA).
Stefano
Tiziani Dottore in Chemistry
tiziani.1@osu.edu
Stefano Tiziani joins the Food Science & Technology Department
of The Ohio State University with a Laurea in Chemistry (Dottore
in Chemistry, 2001) from University of Trieste, Italy. He is
currently working as a graduate research associate in Dr. Yael
Vodovotz’s lab in the project "A Model System for Functional
Foods: Tomato Products Containing Soy". The research focuses on
characterization of the physico-chemical properties of tomato
products with the addition of soy protein by thermal,
rheological and Nuclear Magnetic Resonance analysis. |
M.Sc. Students |
Kelly
Smith, B.S. Food Science
smith.4266@osu.edu
Kelly received her B.S. degree in the Department of Food Science
at North Carolina State University. She is currently finishing
up her masters degree under the guidance of Dr. Yael Vodovotz.
Her project examines the effects of freezing on the physico-chemical
properties of soy dough. She uses thermal analytical instruments
(DMA, DSC, and TGA) to collect her data. This research is
important for the future commercialization of the soy bread. |
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Liz
Clubbs, B.S. Food
Science
clubbs.1@osu.edu
Liz joins the OSU Food Science & Nutrition
Program with a Bachelor's degree in Dietetics from Central Michigan
University. She is currently working as a graduate research
associate in Dr. Yael Vodovotz’s lab. Her research project involves
investigation of the physico-chemical properties of corn tortillas
that contained glycerol and salt and comparing with corn tortillas
that did not contain these additives for the extension of textural
shelf-life. High pressure processing as a technique for microbial
inhibition was a component of this study. Her research included
using a variety of instrument including thermal analysis and
textural analysis. This research provides information critical for
improving and extending shelf-stability of corn tortillas. |
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Yani
Gao, B.S. Food Science
gao.62@osu.edu
Yani graduated from NanJing Medical University in 1996 in China.
Yani joined OSU food science and Nutrition program in 2000. Her
research focused on investigation of the effect of Carboxymethyl
cellulose (CMC) on the physico-chemical properties of masa/water
mixtures. The better understanding of the mode of action of CMC may
help to find out cheaper replacement. Results from thermal
analytical experiments ( DSC and TGA) were compared to the
traditional water absorption method in this project. |
Yu Chu Zhang, M.Sc. Food Science
zhang.363@osu.edu
Yu Chu joins the OSU Food Science &
Nutrition Program with a Master's degree in Food Science from
The University of Nottingham. She is currently working as a
graduate research associate in Dr. Yael Vodovotz’s lab. Her
research project involves investigation into the changes in the
physico-chemical properties and isoflavones of bread after soy
addition and during storage using a variety of instrument
including thermal analysis, Nuclear Magnetic Resonance and High
Performance Liquid Chromatography. This research provides
information critical for improving shelf-stability of soy foods
and for evaluating the feasibility of using baked products as an
isoflavone delivery system.

Alex Siegwein, B.S. in Food Science
& Toxicology
siegwein.1@osu.edu
Alex Siegwein joins the Food Science & Technology Department of The
Ohio State University with a BS in Food Science & Toxicology from
theUniversity of Idaho. His research investigates the thermodynamic
nature of the interactions between starch and soy protein in
confectionery products. Analytical techniques used include
thermal, rheological, and chromatographic analyses.
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Post Doctoral Associates
Ken Riedl, Ph.D Biochemistry
riedl.7@osu.edu Dr. Riedl earned his PhD degree at Miami
University of Ohio studying the effects of protein binding on
the antioxidant properties of plant polyphenols. He completed a
postdoctoral position in the Dept of Chemistry at Ohio State
using fluorescence quenching to localize membrane proteins and
tryptophan derivatives in lipidic cubic phases. Currently he is
involved in several projects that include: determining
isoflavone contents and profiles in Ohio soybeans as affected by
growing location and processing; the impact of high pressure
processing on shelf-life of refrigerated rice products; and
applying NMR to study water and polymer mobility in various
foods. In general he is interested in how food polymers affect
the chemical and physical properties of low molecular weight
functional food ingredients.
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JaeHwan
Lee, Ph.D. Food Science
lee.1653@osu.edu
Dr. JaeHwan Lee received his Ph. D. at
Department of Food Science and Technology, The Ohio State
University and is currently working on the functional food
project dealing with isoflavones and antioxidants. Currently he
is working as a post-doctoral research associate for Dr. Yael
Vodovotz and Steven Schwartz. Dr. Lee. Isoflavones are
well-known neutraceuticals in soybean. His project is to select
soybean varieties containing high isoflavones and antioxidants.
The selected soybean varieties will be used as bread ingredient,
resulting in the value-added functional foods.
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Jeff
Boff, Ph. D Food Science
boff.2@osu.edu
Dr. Jeff Boff received his Ph. D. at The Ohio State University
Department of Food Science and Technology, and is currently working
as a post-doctoral research associate for Dr. Yael Vodovotz. Dr.
Boff is studying the effects of high pressure processing on the
physico-chemical and quality characteristics of rice. Dynamic
mechanical analysis, differential scanning calorimetry, and thermo
gravimetric analysis are being used to study changes in the rice due
to processing and storage. The use of high pressure processing for
rice and the use of thermal-analysis techniques for a non-thermally
processed food will provide greater understanding in both the
processing method and analysis techniques.
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Visiting Scientists |
Dilara
Nilufer, M.Sc. Food Engineering
niluferd@itu.edu.tr,
nilufer.1@osu.edu
Dilara Nilufer joins the OSU as a visiting
scholar with a Master of Science degree in Food Engineering from the
Istanbul Technical University. She is currently a PhD student and a
research assistant in the Department of Food Engineering of Istanbul
Technical University. Her research area is mainly food chemistry,
food analysis, food mycotoxicology and functional foods. She is
currently studying in Dr. Vodovotz’s lab on soy milk functionality
in bread formulations.
Elena Curti, Food Science elena.curti@studenti.unipr.it,
curti.1@osu.edu Elena Curti joins the OSU as a visiting
scientist to complete her degree in Food Science and Technology from
the University of Parma, Italy. Her research focuses on the
characterization of the physico-chemical properties of starch gels
using different techniques like Differential Scanning Calorimetry,
Dynamical Mechanical Analysis and Thermogravimetric
Analysis.
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Undergraduate Students |
Phetsamai
Chanthabane,
Undergraduate Food Science
chanthabane.1@osu.edu
Phetsamai is a 4th year undergrad working on her B.S. in Food
Science and Technology here at The Ohio State University. Her
research focus is in developing a method to measure trypsin activity
in soy products. Trypsin is a naturally occurring enzyme in legumes
such as soybeans that inhibit protein digestion. Also, she is
researching what levels of trypsin inhibitors are undesirable in
terms of protein digestion.
Courtney
McGinnis,
Undergraduate Food Science
mcginnis.1876@osu.edu
Courtney is a 4th year undergrad
majoring in Food Science and Nutrition at OSU. Her research
focuses on analyzing and comparing the physico-chemical properties
and isoflavone content of breads enriched with soy protein from a
variety of Ohio grown soybeans.

Ana Singer,
Columbus Alternative High School
Ana is a sophomore at Columbus Alternative High School.
Internships are an integral part of CAHS curriculum. At OSU, she
interns with Dr. Vodovotz for whom she aids in literature review,
DSC tests, and data entry and analysis using Sigma Plot.
Currently, she is assisting Alex Siegwein in the confectionery study
analyzing the physico-chemical properties of soft jelly candies.
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