Search for dissertations about: "seminal vesicles"
Showing result 1 - 5 of 18 swedish dissertations containing the words seminal vesicles.
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1. Structure and organization of genes for the predominant seminal plasma proteins semenogelin I, semenogelin II and beta-microseminoprotein
Abstract : In man, the predominant proteins in the seminal plasma include semenogelin I, semenogelin II and b-microseminoprotein (MSP). Semenogelin I and II are both synthesized in the seminal vesicles and are the backbone of the gel formed upon semen coagulation. MSP is synthesized in the prostate, but its role has not yet been defined. READ MORE
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2. Antimicrobial activity of human seminal plasma and seminal plasma proteins
Abstract : Seminal plasma is semen without the spermatozoa. Human seminal plasma is a complex mixture of secretions from the sex accessory glands, mainly the seminal vesicles and the prostate. Seminal plasma has high protein content and it also contains ions, sugars and low molecular weight components. READ MORE
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3. Formation,Storage and Secretion of Prostasomes in Benign and Malignant Cells and Their Immunogenicity in Prostate Cancer Patients
Abstract : Prostasomes are submicron-sized, membrane-bound organelles produced by the epithelial cells of the prostate and normally found in the secretion in the gland ducts. Their physiological role is in the promotion of sperm-function in human reproduction. READ MORE
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4. Biochemical Studies of Semenogelins with Emphasis on Zinc-Binding Properties
Abstract : Semenogelins I and II (SgI and SgII) are homologous and rapidly evolving proteins that have a repetitive primary structure and are synthesized mainly in the seminal vesicles. Upon ejaculation, a gelatinous coagulum is formed when the semenogelin-rich secretion from the seminal vesicles is mixed with the prostate secretion, which contains high concentrations of zinc(II) and proteases. READ MORE
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5. Molecular Tools for Detection and Characterization of Proteins and Extracellular Vesicles in Health and Disease
Abstract : Detecting molecules involved in cancer is critical for cancer research and diagnostics. To achieve this goal, sensitive protein detection is essential to improving the chances of finding, verifying, validating and developing valuable biomarkers. READ MORE