1. THE EFFECTS OF THE TUMOR MICROENVIRONMENT ON ENDOTHELIAL CELLULAR ADHESION MOLECULE EXPRESSION Open Access Author: Goodrich, Christopher James Title: THE EFFECTS OF THE TUMOR MICROENVIRONMENT ON ENDOTHELIAL CELLULAR ADHESION MOLECULE EXPRESSION Area of Honors: Bioengineering Keywords: cancermetastasisadhesionICAM-1 File: Download Thesis_Reviewed_Final_-_Christopher_Goodrich.pdf Thesis Supervisors: Cheng Dong, Thesis SupervisorCheng Dong, Thesis SupervisorDr. William O Hancock, Thesis Honors AdvisorPeter J Butler, Faculty Reader
2. The effect of bioconjugation of calcium phosphosilicate nanoparticles on breast cancer cell association under shear conditions Open Access Author: Harter, Lauren Michele Title: The effect of bioconjugation of calcium phosphosilicate nanoparticles on breast cancer cell association under shear conditions Area of Honors: Bioengineering Keywords: nanoparticlesbreast cancershear conditions File: Download Harter_Lauren_bioconjugationCPSNPsbreastcancer.pdf Thesis Supervisors: Cheng Dong, Thesis SupervisorPeter J Butler, Thesis Honors Advisor
3. Autocrine Stimulation Of Melanoma Causes Mmp-2 Upregulation And Subsequent Migration Open Access Author: Khristov, Todor R Title: Autocrine Stimulation Of Melanoma Causes Mmp-2 Upregulation And Subsequent Migration Area of Honors: Bioengineering Keywords: melanomatumorextravasationmatrix metalloproteinase File: Download Khristov_Todor_Autocrine.pdf Thesis Supervisors: Cheng Dong, Thesis SupervisorPeter J Butler, Thesis Honors Advisor
4. 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
5. Exploiting Biomarkers Assists in Degradation of Breast Cancer Cells and Reduces Extravasation Open Access Author: Zaki, Peter Maged Title: Exploiting Biomarkers Assists in Degradation of Breast Cancer Cells and Reduces Extravasation Area of Honors: Bioengineering Keywords: breast cancerpancreatic cancermelanomananoparticlesnanoliposomesdocetaxelceramideCD71CD44metastasis File: Download Thesis_Final.pdf Thesis Supervisors: Cheng Dong, Thesis SupervisorJames Hansell Adair, Thesis SupervisorPeter J Butler, Thesis Honors Advisor
