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Articles 1 - 5 of 5
Full-Text Articles in Medicine and Health Sciences
The Molecular Basis Of Cancer, Frank Gorga
The Molecular Basis Of Cancer, Frank Gorga
Bridgewater Review
After cardiovascular diseases, cancer is the second leading cause of death in America. Since 1990 over half a million Americans have died each year of some form of cance1; and the number and rate is still increasing. In 1970 approximately 17 percent of all deaths were attributed to cancer, while by 1995 the figure had risen to 24 percent. In her chilling book on the meaning of illness in America, Illness as Metaphor, Susan Sontag described cancer as the sickness of the American 20th century. Learning about cancer has become more than a useful chore for those who suffer from …
Registry Screens 02no98, Armin Weinberg
Registry Screens 02no98, Armin Weinberg
Works on Radiation Effects: 1990-2020
Content and screen shots of development of cancer registrty. See more at Armin Weinberg, PhD Papers and its finding aid.
Infrared Imaging Of The Breast: Initial Reappraisal Using High-Resolution Digital Technology In 100 Successive Cases Of Stage I And Ii Breast Cancer, J. Keyserlingk, P. Ahlgren, E. Yu, N. Belliveau
Infrared Imaging Of The Breast: Initial Reappraisal Using High-Resolution Digital Technology In 100 Successive Cases Of Stage I And Ii Breast Cancer, J. Keyserlingk, P. Ahlgren, E. Yu, N. Belliveau
Edward Yu
There is a general consensus that earlier detection of breast cancer should result in improved survival. Current breast imaging relies primarily on mammography. Despite better equipement and regulation, variability in interpretation and tissue density still affect accuracy. A number of adjuvant imaging techniques are currently being used, including doppler ultrasound and gadolinium-enhanced MRI, which can detect cancer-induced neovascularity. In order to assess the potential contribution of currently available high-resolution digital infrared technology capable of recognizing minute regional vascular flow related temperature variation, we retrospecitively reviewed the relative ability of our preoperative clinical exam, mammography, and infrared imaging to detect 100 …
Reaction-Diffusion Models Of Cancer Dispersion, Kim Yvette Ward
Reaction-Diffusion Models Of Cancer Dispersion, Kim Yvette Ward
Mathematics & Statistics Theses & Dissertations
The phenomenological modeling of the spatial distribution and temporal evolution of one-dimensional models of cancer dispersion are studied. The models discussed pertain primarily to the transition of a tumor from an initial neoplasm to the dormant avascular state, i.e. just prior to the vascular state, whenever that may occur. Initiating the study is the mathematical analysis of a reaction-diffusion model describing the interaction between cancer cells, normal cells and growth inhibitor. The model leads to several predictions, some of which are supported by experimental data and clinical observations $\lbrack25\rbrack$. We will examine the effects of additional terms on these characteristics. …
Predicting The Severity Of Radiation Skin Reactions In Women With Breast Cancer, Davina Porock
Predicting The Severity Of Radiation Skin Reactions In Women With Breast Cancer, Davina Porock
Theses: Doctorates and Masters
Skin reactions are unavoidable side effects of radiotherapy for breast cancer that may limit the amount of treatment a patient is able to receive. As well, the discomfort associated with the treatment may negatively affect the patient's quality of life and their willingness to complete a course of treatment that typically extends over seven weeks. Prior literature suggests that variations in patients' tissue reactions to radiation may be related to Individual patient characteristics. Before health care providers can intervene to prevent or minimise skin reactions, a clinical model that helps predict which patients will experience more skin reactions is needed. …