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You are viewing titles for UNIVERSITY OF MICHIGAN in the Oncology available through the UMI Dissertations & Thesis Gradwoorks site
 
Mathematical modeling of mutation acquisition in hierarchical tissues: Quantification of the cancer stem cell hypothesis
Multiscale models of VEGF-mediated molecular signaling pathways in intratumoral angiogenesis
 
Functional significance of androgen receptor mutations in prostate and breast cancer
Uncertainties in modeling, prediction, and actions in response to variations in patient geometric models
 
Role of beta-catenin signaling in adrenocortical development and tumorigenesis
Development of a magnetically-targeted, MRI-monitored nano-platform for brain tumor drug delivery
 
Crosstalk between endothelial cells and tumor cells in head and neck cancer
Sub-nuclear localization and tumorigenic function of the oncoprotein DEK
 
Epidemiological approaches to understanding complex diseases: Applications in congenital heart disease and cancer
The application of mass spectrometry-based label-free quantitative proteomic strategies in cancer stem cell research
 
Characterization and evaluation of surface modified superparamagnetic iron oxide nanoparticles for uptake into human prostate carcinoma cells
The Nutritional Use of Thai Medicinal Plants and the Etiology of Breast Cancer in Thai Women
 
Assessment of Cervical Cancer Incidence, Histopathology, and Screening Practices Among Hispanic Women in Latin America and Michigan
Interrogating the molecular mechanisms of breast cancer metastasis: The contributions of RhoC GTPase and p38gamma MAPK
 
I. The Utility of Activation Domain Mimics as Targeted Inhibitors of Transcription II. The Design and Implementation of a Peer-Led Module in Practical Research Ethics
The role of tumor suppressor genes P53 and NF1 in neural stem cells and brain tumor development
 
Investigation of precise needle insertion for prostate brachytherapy
Development of Targeted, Enzyme-Activated, Dendrimer-Drug Nano-Conjugates for Hepatic Cancer Therapy
 
17-AAG Mediated HSP90 Inhibition as an Effective Therapy for Lymphoma Stem Cells