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hrefUrl=https://www.medsci.cn/article/show_article.do?id=e1b4163106b9)], followStatus=false, userIsMember=false, type=1, lengthMark=0)] 梅斯话题小助手

3D

2020-05-29

ms9833124466084992 (审核中...)

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#3D#

ACS Appl Mater Interfaces：3D打印支架用于大块骨缺损的修复

2019-06-17

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Int J Mol Sci：新型3D打印材料将受益临床骨缺损患者的骨修复

2019-06-15

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3D技术应用于髋关节布鲁氏菌感染二期翻修术1例

2019-06-12

ms9833124466084992 (审核中...)

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应用3D打印技术修复重建下颌骨骨化纤维瘤切除术后缺损1例

2019-06-12

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Radiology：3D 超高分辨率US联合微泡对比剂评价兔淋巴结血管结构的价值

2019-06-03

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Acta Biomater:3D打印水凝胶可用于快速神经修复

2019-05-22

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Science：3D打印器官很大难题—微小血管网络首被攻破

2019-05-21

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Biofabrication：3D打印同时具有抗菌和成骨作用的双功能支架用于修复骨缺损

2019-05-18

ms9833124466084992 (审核中...)

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Mater Sci Eng C Mater Biol Appl：3D打印多功能PLA-胶原蛋白 - 米诺环素 - 纳米羟基磷灰石支架可有效发挥抗菌成骨的作用

2019-05-01

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Dent Mater：通过注射BMP2固定的ECM模拟凝胶增强3D打印支架上细胞接种和成骨

2019-04-30

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Nanomaterials (Basel)：3D水凝胶表型对hMSC分化的影响

2019-04-27

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Nanomaterials：使用3D体外模型对hMSC表型的影响

2019-04-27

ms9833124466084992 (审核中...)

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Nanomedicine：3D打印双相仿生结构支架可用于骨软骨再生

2019-04-25

ms9833124466084992 (审核中...)

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Lancet：产前3D-MRI用于胎儿先天性心脏病的诊断

2019-04-23

ms9833124466084992 (审核中...)

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Adv Sci：突破！3D打印的“人造心脏”诞生，有望变革器官移植

2019-04-18

ms9833124466084992 (审核中...)

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3D打印器官离我们有多远？

2019-04-17

ms9833124466084992 (审核中...)

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Lancet：多西紫杉醇3D疗法（FLOT）治疗晚期可切除胃癌

2019-04-15

ms9833124466084992 (审核中...)

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3D打印骨科手术导板技术标准专家共识

2019-04-12

ms9833124466084992 (审核中...)

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Sci Rep：超敏超声微血管成像中的肿瘤血管生成无创性无对比3D评估

2019-04-05

ms9833124466084992 (审核中...)

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J Endod：引导性髓腔入路和常规技术的比较：一项3D打印牙齿上的评估

2019-03-29

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