[Comparative histologic investigations on the effect of repeated intravenous injections of large quantities of isogenous blood plasma and Physiogel in mice].
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Animals↗
Biomedical subjects
H Cottier
Publications and source records attributed to H Cottier.
[Contribution to the controversial hematopoietic stem cell function of the lymphoid cells of the blood. Autoradiographic studies in dogs].
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Animals↗
[Cell kinetics of plasma cells with Russell's bodies. Autoradiographic studies by means of thymidine-H 3 in older mice with experimental chronic trichnosis].
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Animals↗
[Response to antigenic stimulus through the lymphoreticular system].
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Antibody Formation↗
[Extracorporeal irradiation of the circulating blood: means of study of the circulation and recirculation of lymphocytes in the calf].
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Animals↗
[Propossed suggestions for the standardization of histological description of the human lymph node in relation to its immunological function].
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Endothelium↗
Biocement--a new material. Results of its experimental use for osseous repair of skull cap defects with lesions of the dura mater and liquorrhea, reconstruction of the anterior wall of the frontal sinuses and fixation of alloimplants.
A newly developed material, which we call biocement, consisting of bisphenol-a-glycidyl methacrylate ("epoxide methacrylate') as organic matrix and Bioceramic Battelle, Bioglass Hench and/or pentacalcium hydroxide triphosphate ("tri-calcium phosphate') powder as filling particles is presented. In an extension of previous experiments, various types of this biocement, containing different admixtures of particulate matter, were employed to test their usefulness in head surgery, in particular maxillo-facial reconstruction, on dogs and a rhesus monkey. Encouraging results were obtained with regard to (a) fixing a titanium alloimplant under some degree of mechanical stress; (b) covering a defect in the skull cap, including the closure of an artificially induced meningeal fistula with liquorrhea; and (c) reconstruction of defects in the anterior wall of frontal sinuses. Special emphasis is placed on direct contact between biocement and bone, interdigitations between these two, reactions of meningeal tissue, and regeneration of ciliated epithelium underneath fixed reimplants over the frontal sinus.
Acrylates↗