1. CALCIUM DOPED CITRATE BOUND BIOMATERIALS FOR MULTIFUNCTIONAL ORTHOPEDIC TISSUE ENGINEERING APPLICATIONS Open Access Author: Fadel, John Elias Title: CALCIUM DOPED CITRATE BOUND BIOMATERIALS FOR MULTIFUNCTIONAL ORTHOPEDIC TISSUE ENGINEERING APPLICATIONS Area of Honors: Biomedical Engineering Keywords: Boneorthopedicsorthopedic engineeringtissue engineeringbone implantpolymerpolymer engineeringcharacterizationmaterials File: Download Final_Thesis_Draft_FADEL.pdf Thesis Supervisors: Jian Yang, Thesis SupervisorDr. William O Hancock, Thesis Honors AdvisorDr. Justin Lee Brown, Faculty Reader
2. Development of High Strength, Rapidly Degradable Bone Composites for Treatment of Osteoporosis Open Access Author: Smith, Jessica Title: Development of High Strength, Rapidly Degradable Bone Composites for Treatment of Osteoporosis Area of Honors: Biochemistry and Molecular Biology Keywords: biomaterialscitrateosteoporosisorthopedicsorthopedic materialsorthopedic fracturesPOCbiomedical engineeringmaterial sciencebioengineeringxylitol File: Download BME_Thesis.pdf Thesis Supervisors: Jian Yang, Thesis SupervisorYing Gu, Thesis Honors Advisor
3. Characterization of Novel Magnesium-Doped Citrate Polymer Composites for Injection Molding Restricted (Penn State Only) Author: Venable, Matthew Title: Characterization of Novel Magnesium-Doped Citrate Polymer Composites for Injection Molding Area of Honors: Engineering Science Keywords: citric acidbiomaterialsrheologymechanicsengineeringbiomedical engineeringorthopedicsinjection moldingimplants File: Login to Download Thesis Supervisors: Jian Yang, Thesis SupervisorMelik C Demirel, Thesis Honors Advisor