Stacey E. Kirkland
Education
Ph.D. Polymer Science and Engineering The University of Southern Mississippi		May 2009 (Projected Date) Hattiesburg, MS
Bachelor of Science, Chemistry Louisiana College		May 2004 Pineville, LA
Research Interests
· Stimuli responsive ABA block copolymers · Reversible addition fragmentation chain transfer (RAFT) polymerization · Three dimensional cell growth matrices
Current Research Activities
My research involves the synthesis and characterization of stimuli responsive ABA block copolymers utilizing reversible addition fragmentation chain transfer (RAFT) polymerization. I am focusing on the preparation of thermoreversible hydrogels that may be used as a 3D cell growth matrix for the study of vasculogenesis. Using RAFT, thermally responsive polymers of varying molecular weights will be synthesized. The triblock copolymers must have certain mechanical properties, LCST behavior, and thermal responsiveness. These polymers will then be studied for their ability to support the differentiation of stem cells into the vascular system.
Previous Research Experience
ChevronTexaco		Richmond, CA		Summer 2003, Summer 2004
I conducted research in the area of motor oil additives. Approximately 20% of motor oil is composed of additives. The additives include ashless dispersants, detergents, zinc dithiophosphates, antioxidants, antiwear, and antifoaming agents. I worked on the novel synthesis of a class of ashless dispersants using ring opening polymerization. I also worked on process conditions for the production of zinc dithiophosphates.
Plant Polyphenols, LLC		Pineville, LA		September 2002- August 2003
Using column chromatography and thin layer chromatography I assisted with the isolation of polyphenols from tree bark. The polyphenols of interest are antioxidants that may be used in the treatment of cancer.
Dr. John Pojman Department of Chemistry and Biochemistry The University of Southern Mississippi	Hattiesburg, MS		Summer 2002
I studied pore size and distribution of acrylate based foams synthesized via frontal polymerization.
Collaborators Yanlin Guo The University of Southern Mississippi (Department of Biological Sciences)