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The heat transfer modelling for minimization of bone tumor lesion using the cement polymerization effect

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Bone metastases, which are frequently diagnosed late, translate an advanced tumor stage and have a high impact in patients’ quality of life and survival. After the diagnosis and tumor staging, it is important to characterize the bone tumor lesions with specific attention to identify the size, type (osteolytic, osteoblastic, mix), location, etc. in the involved bone [1]. Tumors can destroy the spongy and cortical bone and extend to soft tissues.

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Oliveira, V.; Fonseca, E.M.M.; Belinha, J. Rua, C.; Piloto, P.A.G.; Jorge, R. Natal (2019). The heat transfer modelling for minimization of bone tumor lesion using the cement polymerization effect. In 32nd ANNUAL MEETING of the European Musculo Skeletal Oncology Society, 20th EMSOS Nurse and Allied Professions Group Meeting. Florence, Italy

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