Biomedical subjects
W Gössner
Publications and source records attributed to W Gössner.
Late effects after incorporation of the short-lived alpha-emitters 224Ra and 227Th in mice.
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[Animal experimental studies with radium 224].
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[So-called fibrous long-spacing collagen in a murine osteosarcoma (author's transl) ].
Peculiar periodically banded structures were found in the extracellular spaces of a vascular type of a murine osteosarcoma. The structures consisted of fine almost parallely arranged filaments with electron-dense cross-bands of about 35-50 nm thickness. The periodicity of the bands was about 85-100 nm. Similar structures have been found by many authors in various tissues of different species. Commonly, they have been referred to as "fibrous long-spacing collagen".
Experimental induction of bone tumors by short-lived bone-seeking radionuclides.
Single and repeated applications of 224Ra and single applications of 227Th to more than 600 female NMRI mice 3 - 4 weeks old, and to male NMRI mice have led to a high rate of osteosarcomas. Tumor incidence is dose-related. 227Th is more carcinogenic than 224Ra which induced the highest tumor incidence of 60% after a single injection of 5 muCi per Kg body weight or more. Repeated injections of 224Ra to female mice yielded a tumor incidence of up to 92%. Most of these osteosarcomas consist of well-differentiated bone-forming osteoplastic tissue. Half of the tumors occurred in the spine, particularly in the lumbar region. In protraction experiments, multifocal osteosarcomas have been observed. Less than 10% of the mice with osteosarcoma had developed metastases in lung, spleen, liver, and kidney. The possible mechanisms of the protraction effect are discussed.
[Proceedings: Occurrence of virus particles in radiation-induced osteosarcomas of the mouse].
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[Ultrastructural study of radiation-induced murine osteosarcoma (author's transl)].
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Internal irradiation and carcinogenesis.
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[Alkaline phosphatase in the small intestine of the mouse during radiation induced atrophy of the villi].
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[Radiation pathology (demonstration)].
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[Radiosensitivity of bones].
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[Morphology and enzyme histochemistry of 224 radium induced osteosarcomas of the mouse].
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[Principles and general pathology of radiation injury (report) (author's transl)].
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[Radiation pathology of the skeletal system].
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[Late lesions following incorporation of 224Ra in animal experiment].
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[Enzyme histochemistry of bone tissue].
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[Radiation carcinogenesis. Pathogenesis of radiation-induced neoplasms].
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[Histochemical investigations of carcinogenesis in rat liver after continuous application of diethylnitrosamine].
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