1. Quantitative Analysis of Tumor-induced Intracellular Signaling Networks Open Access Author: Weidert, Eric Randall Title: Quantitative Analysis of Tumor-induced Intracellular Signaling Networks Area of Honors: Bioengineering Keywords: melanomaBoolean modelingkinetic modelingE-selectinPAKjunction disassemblycontractility File: Download Weidert_Thesis_Honors.pdf Thesis Supervisors: Cheng Dong, Thesis SupervisorPeter J Butler, Thesis Honors AdvisorReka Z Albert, Faculty Reader
2. Melanoma Extravasation Through the Endothelium Affects Focal Adhesion Disassembly Open Access Author: Eswar, Vikram Jayraj Title: Melanoma Extravasation Through the Endothelium Affects Focal Adhesion Disassembly Area of Honors: Biomedical Engineering Keywords: melanomaSrcfocal adhesionendotheliumtraction forcevinculincontractilityextravasation File: Download Eswar_Thesis.pdf Thesis Supervisors: Cheng Dong, Thesis SupervisorDr. William O Hancock, Thesis Honors AdvisorEsther Winter Gomez, Faculty Reader
3. Examining Endothelial Cell Contractility During Tumor Cell-Induced Barrier Disruption Open Access Author: Khouri, Joelle Najla Title: Examining Endothelial Cell Contractility During Tumor Cell-Induced Barrier Disruption Area of Honors: Chemical Engineering Keywords: endothelial cellsmelanomacontractilityfocal adhesionsactincytoskeletontraction force File: Download Schreyer_Honors_Thesis_-_Joelle_Khouri.pdf Thesis Supervisors: Esther Winter Gomez, Thesis SupervisorDr. Michael John Janik, Thesis Honors Advisor
