1. SURFACE CHARACTERISTICS OF IMPLANTABLE LONG-TERM USE FONTAN PUMP MATERIALS Open Access Author: Mc Hugh, Clare Moire Title: SURFACE CHARACTERISTICS OF IMPLANTABLE LONG-TERM USE FONTAN PUMP MATERIALS Area of Honors: Biomedical Engineering Keywords: BiomaterialsBiomedical EngineeringFontan CirculationFluid MechanicsBiocompatibilityPlatelet AdhesionThrombosisMedical Device File: Download McHugh_Thesis.pdf Thesis Supervisors: Dr. Keefe B Manning, Thesis SupervisorDr. Justin Lee Brown, Thesis Honors Advisor
2. Assessing the Degradation of Novel Neural Prostheses Using Real Time Shear Wave Elastography, Ultrasound, and Photoacoustic Imaging Tools Open Access Author: Drozynski, Hanna Title: Assessing the Degradation of Novel Neural Prostheses Using Real Time Shear Wave Elastography, Ultrasound, and Photoacoustic Imaging Tools Area of Honors: Biomedical Engineering Keywords: Shear Wave ElastographyUltrasoundPhotoacousticMedical ImagingNeural ProthesesBiomaterialsShear Modulus File: Download Honors_Thesis.pdf Thesis Supervisors: Sri-Rajasekhar Kothapalli, Thesis SupervisorMeghan Vidt, Thesis Honors Advisor
3. Developing A Wound-Assay for Modeling Collective Cell Migration In Vitro Open Access Author: Narayanamangalam, Aryath Title: Developing A Wound-Assay for Modeling Collective Cell Migration In Vitro Area of Honors: Biomedical Engineering Keywords: Collective Cell MigrationWound HealingWound AssayScratch AssayNanofibersBiomaterialsCell MigrationCancer MetastasisElectrospinningStereolithography3D Printing File: Download Developing_A_Wound-Assay_for_Modeling_Collective_Cell_Migration_In-Vitro_FINAL.pdf Thesis Supervisors: Justin Lee Brown, Thesis SupervisorJustin Lee Brown, Thesis Honors AdvisorPak Kin Wong, Faculty Reader
4. Porous microgels for fabricating granular hydrogel scaffolds with hierarchical porosity to improve cell invasion Restricted (Penn State Only) Author: Kedzierski, Alexander Title: Porous microgels for fabricating granular hydrogel scaffolds with hierarchical porosity to improve cell invasion Area of Honors: Biomedical Engineering Keywords: Keywords: cell infiltrationporous scaffoldsmicrogelsbiomaterialsphase separationCell infiltrationPorous scaffoldsMicrogelsBiomaterialsPhase Separation File: Login to Download Thesis Supervisors: Amir Sheikhi, Thesis SupervisorJustin Lee Brown, Thesis Honors Advisor