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Industrial approach in developing an advanced therapy product for bone repair
Journal of Tissue Engineering and Regenerative Medicine, 2010Mesenchymal stem cells (MSCs) are multipotent cells with therapeutic applications. The aim of our work was to develop an advanced therapy product for bone repair, associating autologous human adipose-derived MSCs (ASCs) with human bone allograft (TBF; Phoenix).
Gindraux, Florelle +3 more
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The Mesolithic bone industry from Kula, eastern Serbia
Before Farming, 2011The Iron Gates area (Serbia and Romania) is well known for its extraordinary Mesolithic finds, first discovered almost fifty years ago, which initiated still ongoing debate on the relations between foragers and farmers and the very origin of Neolithic communities in this region.
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Value of the bone biopsy in the diagnosis of industrial fluorosis
Virchows Archiv A Pathological Anatomy and Histology, 1978Iliac crest biopsies taken from 43 men with industrial fluorosis were compared with control bone samples. The bone fluoride content was determined, histological examinations were made on stained sections and microradiographs, and morphometric analysis performed on the microradiographs alone.
C A, Baud +3 more
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Changes in bone metabolism associated with exposure to industrial vibration
Russian Journal of Occupational Health and Industrial Ecology, 2020The influence of general and local vibration on bone remodeling processes is investigated. The interrelations between the long - term exposure of industrial vibration and indicators of bone mineral density (T-and Z-criteria), biochemical markers of bone formation (osteocalcin, alkaline phosphatase) and bone resorption (ionized calcium, calcium ...
A. V. Sukhova, E. N. Kryuchkova
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The Pre-Pottery Neolithic B Bone Industry from Yiftahel, Israel
Paléorient, 1988L'assemblage des outils en os d'Yiftahel, Israël (période PPNB) est analysé à l'aide de critères simples, quantifiables et reproductibles. L'adoption de cette typologie devrait faciliter la comparaison des industries osseuses des divers sites néolithiques du Levant.
Garfinkel, Yosef +1 more
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Zeitschrift fur Orthopadie und Unfallchirurgie, 2007
Osseous defects of the human skeleton are a common problem in reconstructive orthopaedic and trauma surgery. In spite of a long-standing history of research on different organic and inorganic bone replacement materials, a clinically applicable alternative to autogenous bone transplants has not been found.The current paper describes a novel bone ...
U, Schmid +3 more
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Osseous defects of the human skeleton are a common problem in reconstructive orthopaedic and trauma surgery. In spite of a long-standing history of research on different organic and inorganic bone replacement materials, a clinically applicable alternative to autogenous bone transplants has not been found.The current paper describes a novel bone ...
U, Schmid +3 more
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Characterizing the Lower Paleolithic bone industry from Schöningen 12 II: A multi-proxy study
Journal of Human Evolution, 2015Although preservation of Paleolithic faunal assemblages from open-air settings is often poor, the Lower Paleolithic sites of Schöningen provide exceptionally well-preserved mammalian faunal material for investigating hominin/animal relationships. Pleistocene fossil assemblages, however, usually reflect a complex taphonomic history in which natural and ...
Marie-Anne Julien +5 more
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Industrial Development of Bone Cement Twenty-Five Years of Experience
2001Many years of intensive research by Otto Rohm led to the development of poly(methylmethacrylate) (PMMA), the basis of bone cements, in 1934. In 1936, Kulzer was founded by the German firms Heraeus and Degussa to produce artificial dentures made from PMMA. In 1936, the cold curing of methylmethacrylate was developed in Kulzer’s laboratory.
W. Ege, K. D. Kühn
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Kotedalen bone industry. Typological and technical identifications
2013Technological approach to the Mesolithic osseous worked material of Kotedalen.
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