New biomaterial for treatment of penetrating brain injury (PBI) aneurysms: Nanostructured NiTi by directed irradiation synthesis (DIS)

J. Pavón, O. El-Atwani, S. Arias, Emily Gordon, J. Allain, T. Tigno, R. Armonda
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引用次数: 2

Abstract

Clinical approaches for aneurysms treatments, surgical clipping or endovascular coiling, have showed limited success due to parent artery thrombosis, coil migration and the surgical risks inherent in an open craniotomy procedure. In that sense, there is an increasing interest in neurosurgery to develop new alternatives for treatment of this kind of disease.
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治疗穿透性脑损伤(PBI)动脉瘤的新型生物材料:定向辐照合成纳米结构NiTi (DIS)
临床治疗动脉瘤的方法,手术夹闭或血管内盘绕,由于母动脉血栓形成、线圈移位和开放性开颅手术固有的手术风险,成功率有限。从这个意义上说,人们对神经外科越来越感兴趣,以开发治疗这种疾病的新选择。
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Roughness incidence over the coefficient of friction between stump and socket surface Design and implementation of a biomedical equipment for the detection objective Tinnitus in patients with this diseases New biomaterial for treatment of penetrating brain injury (PBI) aneurysms: Nanostructured NiTi by directed irradiation synthesis (DIS) Computer assisted design of a rotational molding mold for low cost manufacturing of upper limb prosthetic device Comparison of texture parameter in images of ultrasonic phantoms
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