3D打印-话题@MedSci

#3D打印#

11篇内容 | 1167人围观

关注话题

话题活跃用户

#插入话题

插入图片

最新最热

[GetTopicListResponse(id=2190035, encodeId=3f6d219003520, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a> <a href='/topic/show?id=4b1e11168eca' target=_blank style='color:#2F92EE;'>#舟状骨腰部骨折#</a> <a href='/topic/show?id=032e111688b2' target=_blank style='color:#2F92EE;'>#经皮螺钉固定#</a>, objectTitle=BMC Musculoskelet Disord：3D打印引导下经皮螺钉固定治疗诊断或表现延迟的舟状骨腰部骨折, objectType=article, longId=815184, objectId=8c758151845f, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/Random/surgeons-in-operating-room-at-hospital-PRFP886.jpg, objectUrl=/article/show_article.do?id=8c758151845f, replyNumber=0, likeNumber=16, createdTime=2024-02-29, rootId=0, userName=梅斯管理员, userId=cade5395722, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=上海, moduleDTOList=[ModuleDTO(moduleId=8c758151845f, moduleTitle=BMC Musculoskelet Disord：3D打印引导下经皮螺钉固定治疗诊断或表现延迟的舟状骨腰部骨折, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=8c758151845f)], followStatus=false, userIsMember=false, type=null, lengthMark=0), GetTopicListResponse(id=2186726, encodeId=31a42186e264b, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a> <a href='/topic/show?id=c40a11106933' target=_blank style='color:#2F92EE;'>#锰单原子纳米酶#</a> <a href='/topic/show?id=9c471110e02e' target=_blank style='color:#2F92EE;'>#感染性骨缺损#</a>, objectTitle=郑州大学《AHM》:锰单原子纳米酶功能化修饰3D打印支架用于感染性骨缺损修复, objectType=article, longId=812916, objectId=39a7812916b9, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/20221109/1668016274166_4754896.png, objectUrl=/article/show_article.do?id=39a7812916b9, replyNumber=0, likeNumber=28, createdTime=2024-02-09, rootId=0, userName=梅斯管理员, userId=cade5395722, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=陕西省, moduleDTOList=[ModuleDTO(moduleId=39a7812916b9, moduleTitle=郑州大学《AHM》:锰单原子纳米酶功能化修饰3D打印支架用于感染性骨缺损修复, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=39a7812916b9)], followStatus=false, userIsMember=false, type=null, lengthMark=0), GetTopicListResponse(id=2181606, encodeId=83c5218160604, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a> <a href='/topic/show?id=5a2a11008e59' target=_blank style='color:#2F92EE;'>#微晶水凝胶#</a> <a href='/topic/show?id=3ec0110088df' target=_blank style='color:#2F92EE;'>#骨折固定支架#</a>, objectTitle=昆明理工大学徐旭辉教授团队《AM》：利用微晶水凝胶实现3D打印体内成型, objectType=article, longId=809253, objectId=1883809253cb, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/20221109/1668017217327_4754896.png, objectUrl=/article/show_article.do?id=1883809253cb, replyNumber=0, likeNumber=27, createdTime=2024-01-14, rootId=0, userName=梅斯管理员, userId=cade5395722, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=陕西省, moduleDTOList=[ModuleDTO(moduleId=1883809253cb, moduleTitle=昆明理工大学徐旭辉教授团队《AM》：利用微晶水凝胶实现3D打印体内成型, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=1883809253cb)], followStatus=false, userIsMember=false, type=null, lengthMark=0), GetTopicListResponse(id=1234229, encodeId=840c1234229e1, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a><a href='/topic/show?id=1f1154102a1' target=_blank style='color:#2F92EE;'>#成骨细胞#</a>, objectTitle=Adv Healthc Mater：3D打印生物活性玻璃支架可显著增强成骨细胞迁移和膜外成骨作用, objectType=article, longId=142113, objectId=dd3b1421133f, topicUrl=null, isHasObj=0, objectCover=, objectUrl=/article/show_article.do?id=dd3b1421133f, replyNumber=0, likeNumber=46, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=dd3b1421133f, moduleTitle=Adv Healthc Mater：3D打印生物活性玻璃支架可显著增强成骨细胞迁移和膜外成骨作用, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=dd3b1421133f)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1234227, encodeId=df60123422e0c, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a><a href='/topic/show?id=f1082518ee4' target=_blank style='color:#2F92EE;'>#人造心脏#</a><a href='/topic/show?id=b44e24e938b' target=_blank style='color:#2F92EE;'>#人工器官#</a><a href='/topic/show?id=d8a42518203' target=_blank style='color:#2F92EE;'>#人造器官#</a>, objectTitle=Adv Sci：突破！3D打印的“人造心脏”诞生，有望变革器官移植, objectType=article, longId=164399, objectId=7d2416439964, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/webeditor/uploadfile/201904/20190416125527427.jpg, objectUrl=/article/show_article.do?id=7d2416439964, replyNumber=0, likeNumber=61, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=7d2416439964, moduleTitle=Adv Sci：突破！3D打印的“人造心脏”诞生，有望变革器官移植, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=7d2416439964)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1234226, encodeId=f624123422614, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a>, objectTitle=Science：3D打印器官很大难题—微小血管网络首被攻破, objectType=article, longId=166401, objectId=6fdd16640169, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/webeditor/uploadfile/201905/20190519195936900.jpg, objectUrl=/article/show_article.do?id=6fdd16640169, replyNumber=0, likeNumber=42, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=6fdd16640169, moduleTitle=Science：3D打印器官很大难题—微小血管网络首被攻破, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=6fdd16640169)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1234225, encodeId=f61b123422519, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a>, objectTitle=3D打印技术在脑膜瘤术前定位中的初步应用, objectType=article, longId=175493, objectId=a0861e5493be, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/webeditor/uploadfile/201907/20190714202907372.png, objectUrl=/article/show_article.do?id=a0861e5493be, replyNumber=0, likeNumber=62, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=a0861e5493be, moduleTitle=3D打印技术在脑膜瘤术前定位中的初步应用, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=a0861e5493be)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1234224, encodeId=15b7123422436, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a><a href='/topic/show?id=aa92104518dc' target=_blank style='color:#2F92EE;'>#阳萎#</a>, objectTitle=Nat Commun：利用3D打印技术对受损海绵体进行功能重建 , objectType=article, longId=196086, objectId=2b471960863b, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/2020618/1592458186584_1935437.jpg, objectUrl=/article/show_article.do?id=2b471960863b, replyNumber=0, likeNumber=60, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=2b471960863b, moduleTitle=Nat Commun：利用3D打印技术对受损海绵体进行功能重建 , moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=2b471960863b)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1234223, encodeId=43861234223af, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a><a href='/topic/show?id=42ad10182ef1' target=_blank style='color:#2F92EE;'>#骨缺损修复#</a>, objectTitle=Biomaterials：3D打印Silk GMA水凝胶可促进软骨生长，或可用于临床软骨缺损的骨修复, objectType=article, longId=203293, objectId=01792032939a, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/Random/114.jpg, objectUrl=/article/show_article.do?id=01792032939a, replyNumber=0, likeNumber=47, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=01792032939a, moduleTitle=Biomaterials：3D打印Silk GMA水凝胶可促进软骨生长，或可用于临床软骨缺损的骨修复, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=01792032939a)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1234222, encodeId=e0f6123422248, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a><a href='/topic/show?id=6afd941626c' target=_blank style='color:#2F92EE;'>#运动康复#</a>, objectTitle=Biomater Sci：3D打印胶原蛋白/硫酸肝素支架促进犬脑外伤后的神经网络重建和运动功能恢复, objectType=article, longId=215195, objectId=db13215195d6, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/Random/112.jpg, objectUrl=/article/show_article.do?id=db13215195d6, replyNumber=0, likeNumber=59, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=db13215195d6, moduleTitle=Biomater Sci：3D打印胶原蛋白/硫酸肝素支架促进犬脑外伤后的神经网络重建和运动功能恢复, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=db13215195d6)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1234220, encodeId=673f1234220cc, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a><a href='/topic/show?id=5fc38e884f8' target=_blank style='color:#2F92EE;'>#药物递送#</a>, objectTitle=Acta Biomater：3D打印成功制备包含贝伐珠单抗和地塞米松局部递送的载药多壳棒, objectType=article, longId=215197, objectId=d41921519e47, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/Random/147963-medical-pills-capsules.jpg, objectUrl=/article/show_article.do?id=d41921519e47, replyNumber=0, likeNumber=64, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=d41921519e47, moduleTitle=Acta Biomater：3D打印成功制备包含贝伐珠单抗和地塞米松局部递送的载药多壳棒, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=d41921519e47)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1234219, encodeId=bc691234219b2, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a><a href='/topic/show?id=60e8e02212a' target=_blank style='color:#2F92EE;'>#男性不育#</a>, objectTitle=男性不育症新希望！科学家首次3D打印人类睾丸细胞, objectType=article, longId=723426, objectId=c82ae234263d, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/20220403/1648974510101_5635644.png, objectUrl=/article/show_article.do?id=c82ae234263d, replyNumber=0, likeNumber=53, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=c82ae234263d, moduleTitle=男性不育症新希望！科学家首次3D打印人类睾丸细胞, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=c82ae234263d)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1234218, encodeId=5eb712342180b, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a><a href='/topic/show?id=430750648d8' target=_blank style='color:#2F92EE;'>#微环境#</a>, objectTitle=3D生物打印与汗腺再生微环境, objectType=article, longId=295035, objectId=b75629503596, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/202222/1643798108157_5552845.jpg, objectUrl=/article/show_article.do?id=b75629503596, replyNumber=0, likeNumber=71, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=b75629503596, moduleTitle=3D生物打印与汗腺再生微环境, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=b75629503596)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1234216, encodeId=602b1234216c4, content=<a href='/topic/show?id=714a1226f4' target=_blank style='color:#2F92EE;'>#3D打印#</a>, objectTitle=世界首例！用人类细胞3D打印的耳朵，被成功移植到人体，下个目标将是3D打印器官, objectType=article, longId=728914, objectId=c678e28914fd, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/20220608/1654660013396_5295905.jpg, objectUrl=/article/show_article.do?id=c678e28914fd, replyNumber=0, likeNumber=48, createdTime=2022-07-23, rootId=0, userName=病毒猎手, userId=a33789389, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=c678e28914fd, moduleTitle=世界首例！用人类细胞3D打印的耳朵，被成功移植到人体，下个目标将是3D打印器官, moduleType=article, hrefUrl=https://www.medsci.cn/article/show_article.do?id=c678e28914fd)], followStatus=false, userIsMember=false, type=1, lengthMark=0)] 梅斯话题小助手

3D打印

2020-05-29

梅斯管理员 (审核中...)

前往app查看评论内容

#3D打印# #舟状骨腰部骨折# #经皮螺钉固定#

BMC Musculoskelet Disord：3D打印引导下经皮螺钉固定治疗诊断或表现延迟的舟状骨腰部骨折

2024-02-29发表于上海

梅斯管理员 (审核中...)

前往app查看评论内容

#3D打印# #锰单原子纳米酶# #感染性骨缺损#

郑州大学《AHM》:锰单原子纳米酶功能化修饰3D打印支架用于感染性骨缺损修复

2024-02-09发表于陕西省

梅斯管理员 (审核中...)

前往app查看评论内容

#3D打印# #微晶水凝胶# #骨折固定支架#

昆明理工大学徐旭辉教授团队《AM》：利用微晶水凝胶实现3D打印体内成型

2024-01-14发表于陕西省

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印##成骨细胞#

Adv Healthc Mater：3D打印生物活性玻璃支架可显著增强成骨细胞迁移和膜外成骨作用

2022-07-23

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印##人造心脏##人工器官##人造器官#

Adv Sci：突破！3D打印的“人造心脏”诞生，有望变革器官移植

2022-07-23

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印#

Science：3D打印器官很大难题—微小血管网络首被攻破

2022-07-23

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印#

3D打印技术在脑膜瘤术前定位中的初步应用

2022-07-23

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印##阳萎#

Nat Commun：利用3D打印技术对受损海绵体进行功能重建

2022-07-23

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印##骨缺损修复#

Biomaterials：3D打印Silk GMA水凝胶可促进软骨生长，或可用于临床软骨缺损的骨修复

2022-07-23

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印##运动康复#

Biomater Sci：3D打印胶原蛋白/硫酸肝素支架促进犬脑外伤后的神经网络重建和运动功能恢复

2022-07-23

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印##药物递送#

Acta Biomater：3D打印成功制备包含贝伐珠单抗和地塞米松局部递送的载药多壳棒

2022-07-23

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印##男性不育#

男性不育症新希望！科学家首次3D打印人类睾丸细胞

2022-07-23

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印##微环境#

3D生物打印与汗腺再生微环境

2022-07-23

病毒猎手 (审核中...)

前往app查看评论内容

#3D打印#

世界首例！用人类细胞3D打印的耳朵，被成功移植到人体，下个目标将是3D打印器官

2022-07-23

科室
- - 订阅+
  - 更多科室
工具
服务