Search for dissertations about: "genetic risk information"
Showing result 1 - 5 of 225 swedish dissertations containing the words genetic risk information.
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1. INDIVIDUAL GENETIC RESEARCH RESULTS : Uncertainties, Conceptions, and Preferences
Abstract : This thesis contributes to the ethical discussion on how to handle incidental findings in biomedical research using sequencing technologies from a theoretical and an empirical perspective. Study I and II are theoretical studies that used conceptual analysis. READ MORE
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2. Genetic Information - Values and Rights. The morality of presymptomatic genetic testing
Abstract : The focal point of this dissertation is the question of the value of and right to genetic information from presymptomatic genetic testing that may reveal risk of disease. This question is discussed regarding first parties, that is, the person on whom the test is performed, second parties, that is, blood relatives’ of first parties, and third parties, such as insurance companies and employers. READ MORE
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3. Psychological and Behavioral Aspects of Receiving Genetic Counseling for Hereditary Cancer
Abstract : The overall aims of this thesis were to investigate psychological and behavioral effects of receiving cancer genetic counseling for breast, ovarian and colorectal cancer and/or with a family history of these cancer types and to determine whether counselees’ informational needs were met. Study I was performed 3-7 years post-counseling. READ MORE
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4. Someone has to tell them : exploring hereditary cancer risk disclosure in Sweden
Abstract : Summary in EnglishBackground: An awareness of hereditary susceptibility for breast, ovarian and colorectal cancer in high-risk families enables targeted cancer prevention. A discovered hereditary risk in one family member (proband) may thus be important for several members of that family. READ MORE
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5. Male Subfertility and Prostate Cancer Risk: Epidemiological and Genetic Studies
Abstract : Androgen action plays a pivotal role in male reproductive tract physiology and pathology. The androgen receptor (AR) gene harbors two codon repeat tracts: the CAG and GGN repeats, encoding corresponding amino acid sequences of variable length; the polyglutamine and polyglycine stretches, respectively. READ MORE