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Biofabrication

中文名称：生物制造

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1.Direct-write bioprinting of cell-laden methacrylated gelatin hydrogels

机译：充满细胞的甲基丙烯酸明胶水凝胶的直接写生物打印
- 作者：Luiz E Bertassoni;Juliana C Cardoso;Vijayan Manoharan;Ana L Cristino;Nupura S Bhise;Wesleyan A Araujo;Pinar Zorlutuna;Nihal E Vrana;Amir M Ghaemmaghami;Mehmet R Dokmeci;Ali Khademhosseini
- 期刊名称：《Biofabrication》 | 2014年第2期
- bioprinting;
- hydrogels;
- GelMA;
- direct-write;
- tissue engineering;
2.Fabrication of freestanding alginate microfibers and microstructures for tissue engineering applications

机译：用于组织工程应用的独立藻酸盐微纤维和微结构的制造
- 作者：John M Szymanski;Adam W Feinberg
- 期刊名称：《Biofabrication》 | 2014年第2期
- alginate;
- tissue engineering;
- microfiber;
- micromolding;
- fibrin;
- myoblast;
- muscle;
3.A novel electrospun biphasic scaffold provides optimal three-dimensional topography for in vitro co-culture of airway epithelial and fibroblast cells

机译：新型电纺双相支架为气道上皮和成纤维细胞的体外共培养提供了最佳的三维形貌
- 作者：G E Morris;J C Bridge;L A Brace;A J Knox;J W Aylott;C E Brightling;A M Ghaemmaghami;F R A J Rose
- 期刊名称：《Biofabrication》 | 2014年第3期
- 3D cell culture;
- acellular biological matrices;
- cell differentiation;
- electrospinning;
4.Microengineered in vitro model of cardiac fibrosis through modulating myofibroblast mechanotransduction

机译：通过调节成肌纤维细胞机械转导的微工程体外心脏纤维化模型
- 作者：Zhao Hui;Li Xiaokang;Zhao Shan;Zeng Yang;Zhao Long;Ding Haiyan;Sun Wei;Du Yanan
- 期刊名称：《Biofabrication》 | 2014年第4期
- micro-fabrication;
- cardiac fibrosis;
- in vitro model;
- fibroblast mechanotransduction;
- drug testing;
5.Controlling laser-induced jet formation for bioprinting mesenchymal stem cells with high viability and high resolution

机译：控制激光诱导的射流形成，以高生命力和高分辨率生物打印间充质干细胞
- 作者：Ali Muhammad;Pages Emeline;Ducom Alexandre;Fontaine Aurelien;Guillemot Fabien
- 期刊名称：《Biofabrication》 | 2014年第4期
- laser-assisted bioprinting;
- time-resolved imaging;
- liquid jet;
6.Microfabrication of channel arrays promotes vessel-like network formation in cardiac cell construct and vascularization in vivo

机译：通道阵列的微制造促进心肌细胞构建物中血管样网络的形成和体内血管化
- 作者：Liran Zieber;Shira Or;Emil Ruvinov;Smadar Cohen
- 期刊名称：《Biofabrication》 | 2014年第2期
- alginate scaffold;
- cardiac tissue engineering;
- micro-channels;
- sequential cell seeding;
- vascularization;
7.Sphyga: a multiparameter open source tool for fabricating smart and tunable hydrogel microbeads

机译：Sphyga：用于制造智能和可调水凝胶微珠的多参数开源工具
- 作者：A Tirella;C Magliaro;M Penta;M Troncone;R Pimentel;A Ahluwalia
- 期刊名称：《Biofabrication》 | 2014年第2期
- biofabrication;
- hydrogel;
- microbeads;
- in vitro models;
- 3-way PCA;
8.Fabrication of omentum-based matrix for engineering vascularized cardiac tissues

机译：基于网膜的用于工程化血管化心脏组织的基质的制备
- 作者：Michal Shevach;Neta Soffer-Tsur;Sharon Fleischer;Assaf Shapira;Tal Dvir
- 期刊名称：《Biofabrication》 | 2014年第2期
- cardiac tissue engineering;
- decellularization;
- myocardial infarction;
- omentum;
- scaffolds;
9.Microfluidics-based laser cell-micropatterning system

机译：基于微流控的激光细胞微图案化系统
- 作者：Nick Erdman;Lucas Schmidt;Wan Qin;Xiaoqi Yang;Yongliang Lin;Mauris N DeSilva;Bruce Z Gao
- 期刊名称：《Biofabrication》 | 2014年第3期
- microfluidics;
- laser guidance;
- cell-micropatterning;
- single-cell;
- 3D cell construct;
- microfabrication;
- neuron;
10.In vitro and in vivo angiogenic capacity of BM-MSCs/HUVECs and AT-MSCs/HUVECs cocultures

机译：BM-MSCs / HUVECs和AT-MSCs / HUVECs共培养的体外和体内血管生成能力
- 作者：Jinling Ma;Fang Yang;Sanne K Both;Henk-Jan Prins;Marco N Helder;Juli Pan;Fu-Zhai Cui;John A Jansen;Jeroen JJP van den Beucken
- 期刊名称：《Biofabrication》 | 2014年第1期
- angiogenesis;
- mesenchymal stem cells;
- endothelial cells;
- coculture;
- collagen gels;
- subcutaneous implantation;
11.Coaxial additive manufacture of biomaterial composite scaffolds for tissue engineering

机译：用于组织工程的生物材料复合支架的同轴增材制造
- 作者：R Cornock;S Beirne;B Thompson;G G Wallace
- 期刊名称：《Biofabrication》 | 2014年第2期
- additive fabrication;
- additive biofabrication;
- co-axial extrusion;
- tissue engineering;
- cell encapsulation;
- alginate;
- polycaprolactone;
12.Adult rat retinal ganglion cells and glia can be printed by piezoelectric inkjet printing

机译：成年大鼠视网膜神经节细胞和神经胶质细胞可以通过压电喷墨打印来打印
- 作者：Barbara Lorber;Wen-Kai Hsiao;Ian M Hutchings;Keith R Martin
- 期刊名称：《Biofabrication》 | 2014年第1期
- population;
- properties;
- destruction;
13.A novel silk–TCP–PEEK construct for anterior cruciate ligament reconstruction: an off-the shelf alternative to a bone–tendon–bone autograft

机译：一种新型的丝-TCP-PEEK构造，用于前交叉韧带重建：骨-腱-骨自体移植的现成替代品
- 作者：Xiang Li;Jiankang He;Weiguo Bian;Zheng Li;Dichen Li;Jess G Snedeker
- 期刊名称：《Biofabrication》 | 2014年第1期
- silk–TCP–PEEK scaffold;
- ligament tissue engineering;
- ACL reconstruction;
14.Biofabrication of tissue constructs by 3D bioprinting of cell-laden microcarriers

机译：通过载有细胞的微载体的3D生物打印对组织构建体进行生物制造
- 作者：Riccardo Levato;Jetze Visser;Josep A Planell;Elisabeth Engel;Jos Malda;Miguel A Mateos-Timoneda
- 期刊名称：《Biofabrication》 | 2014年第3期
- microcarriers;
- hydrogel;
- composite materials;
- bioprinting;
- osteochondral;
- cell expansion;
15.Fabrication of a three-dimensional tissue model microarray using laser foaming of a gas-impregnated biodegradable polymer

机译：使用气体浸渍的可生物降解聚合物的激光发泡制备三维组织模型微阵列
- 作者：JinGyu Ock;Wei Li
- 期刊名称：《Biofabrication》 | 2014年第2期
- tissue microarray;
- laser foaming;
- solid-state foaming;
- three-dimensional cell culture;
16.Screening reactive oxygen species scavenging properties of platinum nanoparticles on a microfluidic chip

机译：在微流控芯片上筛选铂纳米粒子清除活性氧的性能
- 作者：Zheng Wenfu;Jiang Bo;Hao Yi;Zhao Yuyun;Zhang Wei;Jiang Xingyu
- 期刊名称：《Biofabrication》 | 2014年第4期
- platinum nanoparticles;
- reactive oxygen species;
- microfluidic chip;
- endothelial cells;
17.Biofabrication of customized bone grafts by combination of additive manufacturing and bioreactor knowhow

机译：通过增材制造和生物反应器专业知识相结合来定制骨移植的生物制造
- 作者：Pedro F Costa;Cédryck Vaquette;Jeremy Baldwin;Mohit Chhaya;Manuela E Gomes;Rui L Reis;Christina Theodoropoulos;Dietmar W Hutmacher
- 期刊名称：《Biofabrication》 | 2014年第3期
- additive manufacturing;
- bioreactor;
- tissue engineering;
- biofabrication;
- custom-made scaffolds;
18.Electrospun microcrimped fibers with nonlinear mechanical properties enhance ligament fibroblast phenotype

机译：具有非线性机械性能的电纺微卷曲纤维增强韧带成纤维细胞表型
- 作者：Pen-hsiu Grace Chao;Hsiang-Yi Hsu;Hsiao-Yun Tseng
- 期刊名称：《Biofabrication》 | 2014年第3期
- tissue engineering;
- mechanical properties;
- microstructure;
- biomimetic material;
- ligament and tendon;
19.Combined multi-nozzle deposition and freeze casting process to superimpose two porous networks for hierarchical three-dimensional microenvironment

机译：结合多喷嘴沉积和冷冻浇铸工艺，将两个多孔网络叠加在一起，形成分层的三维微环境
- 作者：Jessica E Snyder;Philipp M Hunger;Chengyang Wang;Qudus Hamid;Ulrike G K Wegst;Wei Sun
- 期刊名称：《Biofabrication》 | 2014年第1期
- freeze casting;
- multi-nozzle printing;
- hierarchical scaffold;
- super-imposed porous networks;
- manufacturing process control;
20.3D printing of HEK 293FT cell-laden hydrogel into macroporous constructs with high cell viability and normal biological functions

机译：3D将HEK 293FT细胞 - 升水凝胶的印染到具有高细胞活力和正常生物功能的大孔构建体中
- 作者：Ouyang Liliang;Yao Rui;Chen Xi;Na Jie;Sun Wei
- 期刊名称：《Biofabrication》 | 2015年第1期
- three dimensional printing;
- cell viability;
- signal transduction;
- Wnt;
- HEK293FT;
21.Soft-molecular imprinted electrospun scaffolds to mimic specific biological tissues

机译：软分子被印迹电纺支架，以模仿特定的生物组织
- 作者：Criscenti Giuseppe;De Maria Carmelo;Longoni Alessia;van Blitterswijk Clemens A.;Fernandes Hugo A. M.;Vozzi Giovanni;Moroni Lorenzo
- 期刊名称：《Biofabrication》 | 2018年第4期
- molecular imprinting;
- soft-MI;
- electrospinning;
- mesenchymal stromal cells;
22.Optimizing cell sourcing for clinical translation of tissue engineered ears

机译：优化组织工程耳临床翻译的细胞源
- 作者：Morrison Kerry A.;Cohen Benjamin P.;Asanbe Ope;Dong Xue;Harper Alice;Bonassar Lawrence J.;Spector Jason A.
- 期刊名称：《Biofabrication》 | 2017年第1期
- tissue engineering;
- ear reconstruction;
- cell sourcing;
- type I collagen;
- auricular chondrocytes;
- elastic cartilage;
23.Biomimetic design and fabrication of scaffolds integrating oriented micro-pores with branched channel networks for myocardial tissue engineering

机译：用分支通道网络对微孔与心肌组织工程分支通道网络相结合的仿真设计和制造
- 作者：Fang Yongcong;Zhang Ting;Zhang Lei;Gong Wenfang;Sun Wei
- 期刊名称：《Biofabrication》 | 2019年第3期
- myocardial tissue engineering;
- scaffold;
- biomimetic;
- channel network;
- sacrificial template;
24.ExCeL: combining extrusion printing on cellulose scaffolds with lamination to create in vitro biological models

机译：Excel：将挤压印刷与层压纤维素支架相结合以产生体外生物模型
- 作者：Shahin-Shamsabadi Alireza;Selvaganapathy P. Ravi
- 期刊名称：《Biofabrication》 | 2019年第3期
- 3D bioprinting;
- paper;
- xurography;
- layer by layer lamination;
- 3D in vitro model;
25.Three-dimensional bioprinting of complex cell laden alginate hydrogel structures

机译：三维生物制版复合电池绵羊藻酸盐水凝胶结构
- 作者：Tabriz Atabak Ghanizadeh;Hermida Miguel A.;Leslie Nicholas R.;Shu Wenmiao
- 期刊名称：《Biofabrication》 | 2015年第4期
- 3D bioprinting;
- alginate hydrogel;
- cell viability;
- stability;
- rigidity;
- sterilization;
26.Surface acoustic waves induced micropatterning of cells in gelatin methacryloyl (GelMA) hydrogels

机译：表面声波诱导明胶甲基丙烯酰基（GELMA）水凝胶中细胞的微图案
- 作者：Shahid M Naseer;Amir Manbachi;Mohamadmahdi Samandari
- 期刊名称：《Biofabrication》 | 2017年第1期
27.High resolution bioprinting of multi-component hydrogels

机译：高分辨率的多组分水凝胶的高分辨率生物印刷
- 作者：Ralf Zimmermann;Christoph Hentschel;Felix Schron
- 期刊名称：《Biofabrication》 | 2019年第4期
- glycosaminoglycan hydrogels;
- inkjet printing;
- cell-instructive materials;
- tissue engineering;
28.Engineering a functional three-dimensional human cardiac tissue model for drug toxicity screening

机译：工程一种用于药物毒性筛选功能三维人心脏组织模型
- 作者：Lu Hong Fang;Leong Meng Fatt;Lim Tze Chiun;Chua Ying Ping;Lim Jia Kai;Du Chan;Wan Andrew C. A.
- 期刊名称：《Biofabrication》 | 2017年第2期
- human cardiac tissue model;
- 3D versus 2D structure and function;
- drug effects;
- induced pluripotent stem cells;
29.Comprehensive tuning of bioadhesive properties ofpolydimethylsiloxane (PDMS) membranes with controlled porosity

机译：综合调整聚二甲硅氧烷（PDMS）膜具有受控孔隙率的聚二甲基硅氧烷（PDMS）膜
- 作者：Yeongseok Jang;Minseok Lee;Hyojae Kim
- 期刊名称：《Biofabrication》 | 2019年第3期
- polydimethylsiloxane;
- high-pressure saturated steam;
- porosity;
- bioadhesionJeonju 54896;
- Republic of Korea;
30.Programmable higher-order biofabrication of self-locking microencapsulation

机译：可编程高阶生物制造自锁微胶囊
- 作者：Liu Yang;Wu Cong;Lu Haojian;Yang Yuanyuan;Li Wenjung;Shen Yajing
- 期刊名称：《Biofabrication》 | 2019年第3期
- programmable biofabrication;
- microcapsule;
- higher-order architecture;
- light-induced electrodeposition;
- self-locking;
- TiOPc;
31.Increased lipid accumulation and adipogenic gene expression of adipocytes in 3D bioprinted nanocellulose scaffolds

机译：增加脂质积累和脂肪生成基因表达3D生物制版纳米纤维纤维素支架
- 作者：I Henriksson;P Gatenholm;D A Hagg
- 期刊名称：《Biofabrication》 | 2017年第1期
- 3D culture;
- 3D bioprinting;
- adipocyte;
- adipose tissue;
- nanocellulose bioink;
32.Biomimetic design and fabrication of scaffolds integrating orientedmicro-pores with branched channel networks for myocardial tissueengineering

机译：与心肌组织分支网络相结合的脚手架的仿真设计和制造芯片
- 作者：Yongcong Fang;Ting Zhang;Lei Zhang
- 期刊名称：《Biofabrication》 | 2019年第3期
- myocardial tissue engineering;
- scaffold;
- biomimetic;
- channel network;
- sacrificial template;
33.Three-dimensional printing of a microneedle array on personalized curved surfaces for dual-pronged treatment of trigger finger

机译：触发手指双端部处理的个性化弯曲表面上的微针阵列的三维印刷
- 作者：Lim Seng Han;Ng Jian Yao;Kang Lifeng
- 期刊名称：《Biofabrication》 | 2017年第1期
- 3D printing;
- microneedle array;
- transdermal drug delivery;
- personalized medicine;
- trigger finger;
34.Electrobiofabrication: electrically based fabrication with biologicallyderived materials

机译：电动生成：用生物学上的材料电基制造
- 作者：Jinyang Li;SiWu;Eunkyoung Kim
- 期刊名称：《Biofabrication》 | 2019年第3期
- electrofabrication;
- biopolymers;
- electrogelation;
- electrodeposition;
- chitosan;
- collagen;
35.Reactive jet impingement bioprinting of high cell density gels forbone microtissue fabrication

机译：高电池密度凝胶的反应射流冲击生物监测骨髓间显微镜制造
- 作者：Ricardo da Conceicao Ribeiro;Deepali Pal;Ana Marina Ferreira
- 期刊名称：《Biofabrication》 | 2019年第1期
- bioprinting;
- bone microtissue;
- cell filled gels;
- hybrid natural synthetic materials;
36.A cell-printing approach for obtaining hASC-laden scaffolds by using a collagen/polyphenol bioink

机译：通过使用胶原/多酚生物链接获得Hasc-Laden支架的细胞印刷方法
- 作者：Yeo Myung Gu;Kim Geun Hyung
- 期刊名称：《Biofabrication》 | 2017年第2期
- bioink;
- cell-printing;
- hASCs;
- tissue engineering;
37.Quantitative criteria to benchmark new and existing bio-inks for cellcompatibility

机译：用于基准和现有生物墨水的定量标准
- 作者：Karen Dubbin;Anthony Tabet;Sarah C Heilshorn
- 期刊名称：《Biofabrication》 | 2017年第4期
- 3D printing;
- bio-ink;
- protein engineering;
38.StarPEG/heparin-hydrogel based in vivo engineering of stable bizonal cartilage with a calcified bottom layer

机译：基于钙化底层的稳定偏光软骨体内工程的星形蛋白/肝素 - 水凝胶
- 作者：Kunisch Elke;Knauf Anne-Kathrin;Hesse Eliane;Freudenberg Uwe;Werner Carsten;Bothe Friederike;Diederichs Solvig;Richter Wiltrud
- 期刊名称：《Biofabrication》 | 2019年第1期
- hydrogel;
- layered construct;
- calcified cartilage;
- mesenchymal stroma cells;
- chondrocyte;
39.Hybrid 3D printing and electrodeposition approach for controllable 3D alginate hydrogel formation

机译：可控3D藻酸盐水凝胶形成的杂种3D印刷和电沉积方法
- 作者：Shang Wanfeng;Liu Yanting;Wan Wenfeng;Hu Chengzhi;Liu Zeyang;Wong Chin To;Fukuda Toshio;Shen Yajing
- 期刊名称：《Biofabrication》 | 2017年第2期
- 3D printing;
- electrodeposition;
- alginate hydrogel;
40.Matrix stiffness and tumor-associated macrophages modulate epithelial to mesenchymal transition of human adenocarcinoma cells

机译：基质刚度和肿瘤相关的巨噬细胞调节上皮性以腺癌细胞的间充质转变
- 作者：Alonso-Nocelo Marta;Raimondo Theresa M.;Vining Kyle H.;Lopez-Lopez Rafael;de la Fuente Maria;Mooney David J.
- 期刊名称：《Biofabrication》 | 2018年第3期
- hydrogels;
- tumor microenvironment;
- macrophages;
- stiffness;
- EMT;
41.Label free process monitoring of 3D bioprinted engineered constructs via dielectric impedance spectroscopy

机译：通过介电阻抗光谱标记3D生物印刷工程构建体的自由过程监控
- 作者：Narayanan Lokesh Karthik;Thompson Trevor L.;Shirwaiker Rohan A.;Starly Binil
- 期刊名称：《Biofabrication》 | 2018年第3期
42.Label free process monitoring of 3D bioprinted engineeredconstructs via dielectric impedance spectroscopy

机译：通过介电阻抗光谱标记3D BioPrint EngineedConstructs的免费流程监控
- 作者：Lokesh Karthik Narayanan;Trevor L Thompson;Rohan A Shirwaiker
- 期刊名称：《Biofabrication》 | 2018年第3期
43.Mussel-inspired nano-building block assemblies for mimicking extracellular matrix microenvironments with multiple functions

机译：贻贝启发纳米积木组件，用于模仿具有多种功能的细胞外基质微环境
- 作者：Wang Zhenming;Jia Zhanrong;Jiang Yanan;Li Pengfei;Han Lu;Lu Xiong;Ren Fuzeng;Wang Kefeng;Yuan Huiping
- 期刊名称：《Biofabrication》 | 2017年第3期
- polydopamine;
- nano-HA;
- BMP-2;
- self-assembly;
- osteoinductivity;
44.Cell adhesion pattern created by OSTE polymers

机译：由OSTE聚合物产生的细胞粘附图案
- 作者：Wenjia Liu;Yiyang Li;Xianting Ding
- 期刊名称：《Biofabrication》 | 2017年第2期
- OSTE polymers;
- cell adhesion;
- hydrophilic property modification;
- surface patterning;
45.Pulsatile flow conditioning of three-dimensional bioengineered cardiac ventricle

机译：三维生物工程心室的脉动流量调节
- 作者：Patel Nikita M.;Birla Ravi K.
- 期刊名称：《Biofabrication》 | 2017年第1期
- cardiac tissue engineering;
- bioreactors;
- chitosan;
- pulsatile flow;
- biopotenitials;
46.Towards 4D printed scaffolds for tissue engineering: exploiting 3Dshape memory polymers to deliver time-controlled stimulus oncultured cells

机译：迈向4D印刷脚手架用于组织工程：利用3D形式记忆聚合物以提供时间控制的刺激肿瘤细胞
- 作者：Wilhelmus J Hendrikson;Jeroen Rouwkema;Federico Clement
- 期刊名称：《Biofabrication》 | 2017年第3期
- shape memory polymers;
- 4D;
- additive manufacturing;
- polyurethane;
47.Bioactive glass-reinforced bioceramic ink writing scaffolds: sintering, microstructure and mechanical behavior

机译：生物活性玻璃增强的生物陶瓷墨水书写脚手架：烧结，微观结构和力学行为
- 作者：Shao Huifeng;Yang Xianyan;He Yong;Fu Jianzhong;Liu Limin;Ma Liang;Zhang Lei;Yang Guojing;Gao Changyou;Gou Zhongru
- 期刊名称：《Biofabrication》 | 2015年第3期
- ceramic ink writing;
- bioceramics;
- porous scaffolds;
- mechanical reinforcement;
- BG-assisted sintering;
48.Bottom-up biofabrication using microfluidic techniques

机译：使用微流体技术自下而上的生物制作
- 作者：Nie Minghao;Takeuchi Shoji
- 期刊名称：《Biofabrication》 | 2018年第4期
- biofabrication;
- microfluidics;
- microtissues;
- bottom-up tissue engineering;
- bioprinting;
49.Direct printing of patterned three-dimensional ultrafine fibrous scaffolds by stable jet electrospinning for cellular ingrowth

机译：通过稳定喷射静电纺丝直接印刷图案三维超细纤维支架，用于细胞内术
- 作者：Yuan Huihua;Zhou Qihui;Li Biyun;Bao Min;Lou Xiangxin;Zhang Yanzhong
- 期刊名称：《Biofabrication》 | 2015年第4期
- electrospinning;
- three-dimensional scaffold;
- cell penetration;
- PLLA;
- fiber patterning;
50.Biomimetic design and fabrication of multilayered osteochondralscaffolds by low-temperature deposition manufacturing andthermal-induced phase-separation techniques

机译：低温沉积制造和热诱导的相分离技术，仿生设计和制造多层骨孔板胶状物
- 作者：Ting Zhang;Hefeng Zhang;Laquan Zhang
- 期刊名称：《Biofabrication》 | 2017年第2期
51.Increased lipid accumulation and adipogenic gene expression of adipocytes in 3D bioprinted nanocellulose scaffolds

机译：增加脂质积累和脂肪生成基因表达3D生物制版纳米纤维纤维素支架
- 作者：Henriksson I.;Gatenholm P.;Hagg D. A.
- 期刊名称：《Biofabrication》 | 2017年第1期
52.Direct 3D cell-printing of human skin with functional transwellsystem

机译：使用功能Transwellsystem的人体皮肤直接3D细胞印刷
- 作者：Byoung Soo Kim;Jung-Seob Lee;Ge Gao
- 期刊名称：《Biofabrication》 | 2017年第2期
- functional transwell system;
- extrusion-based module;
- inkjet-based modules;
- hybrid 3D cell-printing system;
53.Conformational and functional variants of CD44-targeted protein nanoparticles bio-produced in bacteria

机译：CD44靶向蛋白纳米颗粒生物产生的构象和功能变体
- 作者：Pesarrodona Mireia;Fernandez Yolanda;Foradada Laia;Sanchez-Chardi Alejandro;Conchillo-Sole Oscar;Unzueta Ugutz;Xu Zhikun;Roldan Monica;Villegas Sandra;Ferrer-Miralles Neus;Schwartz Simo Jr.;Rinas Ursula;Daura Xavier;Abasolo Ibane;Vazquez Esther;Villaverde Antonio
- 期刊名称：《Biofabrication》 | 2016年第2期
- nanoparticles;
- cell factories;
- recombinant proteins;
- bacteria;
- protein folding;
- drug delivery;
54.Structural monitoring and modeling of the mechanical deformation of three-dimensional printed poly(epsilon-caprolactone) scaffolds

机译：三维印刷聚（ε-己内酯）支架机械变形的结构监测和建模
- 作者：Ribeiro Joao F. M.;Oliveira Sara M.;Alves Jose L.;Pedro Adriano J.;Reis Rui L.;Fernandes Emanuel M.;Mano Joao F.
- 期刊名称：《Biofabrication》 | 2017年第2期
- poly(epsilon-caprolactone);
- 3D printing;
- additive manufacturing;
- morphology;
- mechanical properties;
- finite element analysis;
55.Influence of key processing parameters and seeding density effects of microencapsulated chondrocytes fabricated using electrohydrodynamic spraying

机译：用电流动力喷涂制造微胶囊化软骨细胞的关键处理参数和播种密度效应的影响
- 作者：Gansau Jennifer;Kelly Lara;Buckley Conor Timothy
- 期刊名称：《Biofabrication》 | 2018年第3期
- chondrocyte;
- intervertebral disc;
- electrospraying;
- electrohydrodynamic;
- microencapsulation;
- alginate hydrogel;
56.Networked concave microwell arrays for constructing 3D cellspheroids

机译：用于构建3D手段的网络凹形微孔阵列
- 作者：Geon Hui Lee;Jae Seo Lee;Gi-Hun Lee
- 期刊名称：《Biofabrication》 | 2018年第1期
- 3D cell culture;
- concave microwell;
- 3D cell spheroid;
- networked microwell;
- hepatocyte spheroid;
57.Optimization of binding B-lymphocytes in a microfluidic channel:surface modification, stasis time and shear response

机译：微流体通道中结合B淋巴细胞的优化：表面改性，瘀滞时间和剪切应答
- 作者：Scott McCormick;Ziqiu Tong;Angela Ivask
- 期刊名称：《Biofabrication》 | 2018年第1期
- microfluidics;
- cell binding;
- shear stress;
- viability testing;
- surface modification;
58.3D bioprinting of mature bacterial biofilms for antimicrobialresistance drug testing

机译：用于抗菌药物检测的成熟细菌生物膜的3D Bioplinting
- 作者：Evita Ning;Gareth Turnbul;Jon Clarke
- 期刊名称：《Biofabrication》 | 2019年第4期
- 3D bioprinting;
- biofilm;
- antimicrobial resistance;
- drug testing;
59.3D-printed microfluidic chips with patterned, cell-laden hydrogel constructs

机译：3D印刷的微流体芯片与图案化的细胞 - 升水器水凝胶构建体
- 作者：Knowlton Stephanie;Yu Chu Hsiang;Ersoy Fulya;Emadi Sharareh;Khademhosseini Ali;Tasoglu Savas
- 期刊名称：《Biofabrication》 | 2016年第2期
- microfluidics;
- physiological system engineering;
- 3D printing;
- 3D cell encapsulation;
60.Fabrication of 3D-nanofibrous fibrinogen scaffolds using saltinducedself assembly

机译：使用SaltImpucteM组装制备3D纳米纤维纤维蛋白原支架
- 作者：Karsten Stapelfeldt;Stephani Stamboroski;Polina Mednikova
- 期刊名称：《Biofabrication》 | 2019年第2期
61.Engineered tissue micro-rings fabricated from aggregated fibroblasts and microfibres for a bottom-up tissue engineering approach

机译：从聚集的成纤维细胞和微纤维制造的工程化组织微环，用于自下而上的组织工程方法
- 作者：Sun Tao;Shi Qing;Yao Yibing;Sun Junzhong;Wang Huaping;Huang Qiang;Fukuda Toshio
- 期刊名称：《Biofabrication》 | 2019年第3期
- alginate microfibres;
- tissue micro-rings;
- bottom-up assembly;
- tubular microstructure;
62.An oxygen-releasing device to improve the survival of mesenchymalstem cells in tissue engineering

机译：氧释放装置，以改善组织工程中间充质干细胞的存活
- 作者：Zuyan Lu;Xia Jiang;Mengqi Chen
- 期刊名称：《Biofabrication》 | 2019年第4期
- mesenchymal stem cells;
- oxygen-generation biomaterial;
- calcium peroxide;
- cell survival;
- 3D culture;
- 3D print;
63.Direct three-dimensional printing of polymeric scaffolds with nanofibrous topography

机译：用纳米纤维形貌直接三维印刷聚合物支架
- 作者：Prasopthum Aruna;Shakesheff Kevin M.;Yang Jing
- 期刊名称：《Biofabrication》 | 2018年第2期
- 3D printing;
- tissue engineering;
- nanofibrous scaffolds;
- poly(L-lactide);
- mesenchymal stem cells;
- differentiation;
64.A heuristic computational model of basic cellular processes and oxygenation during spheroid-dependent biofabrication

机译：球形依赖生物结缔组织基本蜂窝工艺及氧化的启发式计算模型
- 作者：Sego T. J.;Kasacheuski U.;Hauersperger D.;Tovar A.;Moldovan N. I.
- 期刊名称：《Biofabrication》 | 2017年第2期
- agent-based modeling;
- cellular Potts;
- scaffold-free biofabrication;
- cell spheroids;
- oxygenation;
- hybrid modeling;
- Kenzan bioprinting;
65.Fabrication of a thick three-dimensional scaffold with an opencellular-like structure using airbrushing and thermal cross-linking ofmolded short nanofibers

机译：使用喷枪和热交联的透明式结构用透露的三维支架制造厚厚的三维支架，并呈热交联的较大的短纳米纤维
- 作者：Abdalla Abdal-ha;Stephen Hamlet;Sao Ivanovski
- 期刊名称：《Biofabrication》 | 2019年第1期
- airbrushing;
- PCL;
- bone tissue engineering;
- biodegradable composite materials;
- 3D scaffold;
66.Surface curvature in triply-periodic minimal surface architectures asa distinct design parameter in preparing advanced tissueengineering scaffolds

机译：三个周期性地表面架构中的表面曲率ASA截图设计参数准备先进的疗养学脚手架
- 作者：Sébastien B G Blanquer;Maike Werner;Markus Hannula
- 期刊名称：《Biofabrication》 | 2017年第2期
67.Lab-on-a-brane for spheroid formation

机译：用于球状形成的实验室 - 扁平
- 作者：M Bianco;A Zizzari;P Priore
- 期刊名称：《Biofabrication》 | 2019年第2期
- spheroids;
- polydimethylsiloxane;
- lab-on-a-chip;
- lab-on-a-brane;
- millifluidics;
68.Design and fabrication of a scalable liver-lobule-on-a-chip microphysiological platform

机译：可伸缩肝叶片上芯片微生物生物学平台的设计和制造
- 作者：Amin A Banaeiyan;Jannick Theobald;Jurgita Paukstyte
- 期刊名称：《Biofabrication》 | 2017年第1期
- liver-on-a-chip;
- liver lobule;
- large surface area;
- biomimetic;
- 3D tissue;
- iPSC-derived hepatocytes;
- HepG2;
69.Multiscale fabrication of biomimetic scaffolds for tympanic membrane tissue engineering

机译：用于鼓膜组织工程的多尺度制造仿生芯片
- 作者：Mota Carlos;Danti Serena;DAlessandro Delfo;Trombi Luisa;Ricci Claudio;Puppi Dario;Dinucci Dinuccio;Milazzo Mario;Stefanini Cesare;Chiellini Federica;Moroni Lorenzo;Berrettini Stefano
- 期刊名称：《Biofabrication》 | 2015年第2期
- tympanic membrane;
- electrospinning;
- additive manufacturing;
- mesenchymal stromal cells;
- myringoplasty;
- tympanoplasty;
- multiscale;
70.Printability of pulp derived crystal, fibril and blend nanocellulosealginatebioinks for extrusion 3D bioprinting

机译：用于挤出3D生物监测的纸浆衍生晶体，原纤维和混合物纳米细胞素的可印刷性
- 作者：Zita M Jessop;Ayesha Al-Sabah;Neng Gao
- 期刊名称：《Biofabrication》 | 2019年第4期
- nanocellulose;
- bioink;
- bioprinting;
- printability;
- rheology;
- nasoseptal chondrocyte;
71.Laser direct-write based fabrication of a spatially-defined,biomimetic construct as a potential model for breast cancer cellinvasion into adipose tissue

机译：基于激光直接写的用于空间定义的仿生构建体的制造作为乳腺癌细胞患者的乳腺癌细胞潜在模型
- 作者：Benjamin T Vinson;Theresa B Phamduy;Joshua Shipman
- 期刊名称：《Biofabrication》 | 2017年第2期
- breast cancer;
- microbeads;
- co-culture;
- organotypic model;
- laser direct-write;
- invasion;
72.Self-organization of hepatocyte morphogenesis depending on thesize of collagen microbeads relative to hepatocytes

机译：肝细胞形态发生的自组织，取决于肝细胞相对于肝细胞的胶原微珠的结果
- 作者：Mohammad Ajoudanian;Keita Enomoto;Yasuaki Tokunaga
- 期刊名称：《Biofabrication》 | 2019年第3期
- collagen microbeads;
- 3D culture;
- self-organization;
- tissue engineering;
- hepatocyte;
73.Double printing of hyaluronic acid/poly(glycidol) hybrid hydrogels with poly(epsilon-caprolactone) for MSC chondrogenesis

机译：用Poly（ε-己内酯）的透明质酸/聚（甘草醇）杂种水凝胶的双印刷用于MSC软骨发生
- 作者：Stichler Simone;Boeck Thomas;Paxton Naomi;Bertlein Sarah;Levato Riccardo;Schill Verena;Smolan Willi;Malda Jos;Tessmar Joerg;Blunk Torsten;Groll Juergen
- 期刊名称：《Biofabrication》 | 2017年第4期
- bioink;
- double printing;
- thiol-ene cross-linking;
- hyaluronic acid;
- poly(glycidol);
- chondrogenic differentiation;
74.Mesenchymal stem cell printing and process regulated cell properties

机译：间充质干细胞印刷和过程调节细胞性质
- 作者：Snyder Jessica;Son Ae Rin;Hamid Qudus;Wang Chengyang;Lui Yigong;Sun Wei
- 期刊名称：《Biofabrication》 | 2015年第4期
- cell printing;
- process regulated cell properties;
- damage directed differentiation;
- mesenchymal stem cell;
75.Biofabrication of human articular cartilage: a path towards the development of a clinical treatment

机译：人类关节软骨的生物制造：临床治疗发展的途径
- 作者：Onofrillo Carmine;Duchi Serena;OConnell Cathal D.;Blanchard Romane;OConnor Andrea J.;Scott Mark;Wallace Gordon G.;Choong Peter F. M.;Di Bella Claudia
- 期刊名称：《Biofabrication》 | 2018年第4期
- biofabrication;
- osteoarthritis;
- cartilage;
- stem cells;
- Biopen;
- hydrogel;
- bioscaffold;
76.Mussel-inspired nano-building block assemblies for mimickingextracellular matrix microenvironments with multiple functions

机译：贻贝启发的纳米积木组件，用于具有多种功能的模仿Xtracellular基质微环境
- 作者：ZhenmingWang;Zhanrong Jia;Yanan Jiang
- 期刊名称：《Biofabrication》 | 2017年第3期
- polydopamine;
- nano-HA;
- BMP-2;
- self-assembly;
- osteoinductivity;
77.Engineering-derived approaches for iPSC preparation, expansion,differentiation and applications

机译：IPSC制备，扩展，差异化和应用的工程衍生方法
- 作者：Yang Li;Ling Li;Zhi-Nan Chen
- 期刊名称：《Biofabrication》 | 2017年第3期
- induced pluripotent stem cells(iPSCs);
- engineering-derived approach;
- 3D microenvironment;
- cell printing;
78.A 3D printed microfluidic perfusion device for multicellular spheroidcultures

机译：用于多细胞球体植物的3D印刷微流体灌注装置
- 作者：Louis Jun Ye Ong;Anik Badhan Islam;Ramanuj DasGupta
- 期刊名称：《Biofabrication》 | 2017年第4期
- 3D printing;
- microfluidics;
- perfusion culture;
- multicellular spheroids;
79.Coaxial extrusion bioprinting of 3D microfibrous constructs with cell-favorable gelatin methacryloyl microenvironments

机译：三维微纤维构建体的同轴挤出生物监测与细胞良好的明胶甲基丙烯酰基微环境
- 作者：Liu Wanjun;Zhong Zhe;Hu Ning;Zhou Yixiao;Maggio Lucia;Miri Amir K.;Fragasso Alessio;Jin Xiangyu;Khademhosseini Ali;Zhang Yu Shrike
- 期刊名称：《Biofabrication》 | 2018年第2期
- bioprinting;
- alginate;
- gelatin methacryloyl (GelMA);
- cell-laden;
- hydrogel;
- tissue engineering;
80.Leaf-templated, microwell-integrated microfluidic chips for highthroughputcell experiments

机译：叶模板，微孔集成的微流体芯片用于高通量细胞实验
- 作者：Mao Mao;Jiankang He;Yongjie Lu
- 期刊名称：《Biofabrication》 | 2018年第2期
- nature-inspired;
- microfluidic chips;
- leaf-venation network;
- high-throughput;
81.Birefringence of flow-assembled chitosan membranes inmicrofluidics

机译：流量组装的壳聚糖膜的双折射Inmicrofrofluidics
- 作者：K Li;S O Correa;P Pham
- 期刊名称：《Biofabrication》 | 2017年第3期
- chitosan membrane;
- birefringence;
- optical retardance;
- flow assembly;
- microfluidics;
- biofabrication;
82.Tailoring nanostructure and bioactivity of 3D-printable hydrogels with self-assemble peptides amphiphile (PA) for promoting bile duct formation

机译：具有自组装肽两亲物（PA）的3D可印刷水凝胶的纳米结构和生物活性，用于促进胆管形成
- 作者：Yan M.;Lewis P. L.;Shah R. N.
- 期刊名称：《Biofabrication》 | 2018年第3期
- 3D bioprint;
- bioink;
- peptides amphiphilie;
- IKVAV;
- cholangiocyte;
83.Correlating rheological properties and printability of collagenbioinks: the effects of riboflavin photocrosslinking and pH

机译：相关性能与胶原蛋白基因的流变性能和可印刷性：核黄素光源和pH的作用
- 作者：Nicole Diamantides;Louis Wang;Tylar Pruiksma
- 期刊名称：《Biofabrication》 | 2017年第3期
- bioprinting;
- extrusion;
- modulus;
- chondrocyte;
- collagen;
- riboflavin;
- pH;
84.Bioprinting of a functional vascularized mouse thyroid gland construct

机译：功能性血管化小鼠甲状腺构建体的生物印刷
- 作者：Bulanova Elena A.;Koudan Elizaveta V.;Degosserie Jonathan;Heymans Charlotte;Pereira Frederico D. A. S.;Parfenov Vladislav A.;Sun Yi;Wang Qi;Akhmedova Suraya A.;Sviridova Irina K.;Sergeeva Natalia S.;Frank Georgy A.;Khesuani Yusef D.;Pierreux Christophe E.;Mironov Vladimir A.
- 期刊名称：《Biofabrication》 | 2017年第3期
- 3D bioprinting;
- mouse thyroid gland;
- tissue spheroids;
- vascularization;
85.Developing organ-on-a-chip concepts using bio-mechatronic designmethodology

机译：使用生物机制设计制定芯片概念的芯片概念
- 作者：Jonas Christoffersson;Danny van Noort;Carl-Fredrik Mandenius
- 期刊名称：《Biofabrication》 | 2017年第2期
- conceptual design;
- design optimisation;
- organ-on-a-chip;
- physiological tissue models;
- microfluidics;
86.3D printed dual macro-, microscale porous network as a tissueengineering scaffold with drug delivering function

机译：3D印刷双宏 - ，微观多孔网络作为疗养学脚手架，具有药物输送功能
- 作者：Hoang Phuc Dang;Tara Shabab;Abbas Shafiee
- 期刊名称：《Biofabrication》 | 2019年第3期
- scaffold;
- drug delivery;
- tumor recurrence;
- 3d printing;
- porous;
- tissue engineering;
- infection;
87.A simple method for producing multiple copies of controlled release small molecule microarrays for cell-based screening

机译：用于生产基于细胞的筛选的控制释放小分子微阵列的多个拷贝的简单方法
- 作者：Satoshi Fujita;Reiko Onuki-Nagasaki;Kenjiro Ikuta
- 期刊名称：《Biofabrication》 | 2017年第1期
- high throughput screening;
- biopolymers;
- microarray;
- compounds;
88.Bone matrix production in hydroxyapatite-modified hydrogels suitable for bone bioprinting

机译：骨基质生产在羟基磷灰石改性水凝胶中，适用于骨生物制版
- 作者：Wenz Annika;Borchers Kirsten;Tovar Guenter E. M.;Kluger Petra J.
- 期刊名称：《Biofabrication》 | 2017年第4期
89.Fabrication of continuous electrospun filaments with potential for use as medical fibres

机译：用用作医疗纤维的潜力使用施用连续电纺丝长丝
- 作者：Mouthuy Pierre-Alexis;Zargar Nasim;Hakimi Osnat;Lostis Emilie;Carr Andrew
- 期刊名称：《Biofabrication》 | 2015年第2期
- electrospinning;
- yarns;
- biomaterials;
- medical textiles;
- continuous fabrication;
- polydioxanone;
- tendon repair;
90.Self-driven filter-based blood plasma separator microfluidic chip for point-of-care testing

机译：基于自动滤光片的血液血浆分离器微流体芯片用于护理点测试
- 作者：Madadi Hojjat;Casals-Terre Jasmina;Mohammadi Mahdi
- 期刊名称：《Biofabrication》 | 2015年第2期
- lab on a chip;
- microchannel integrated micro-pillars (MIMP);
- point-of-care testing (POCT);
91.Laser-direct writing by two-photon polymerization of 3D honeycomb-like structures for bone regeneration

机译：通过两种光子聚合的3D蜂窝状结构用于骨再生的激光直接写入
- 作者：Paun Irina Alexandra;Popescu Roxana Cristina;Mustaciosu Cosmin Catalin;Zamfirescu Marian;Calin Bogdan Stefanita;Mihailescu Mona;Dinescu Maria;Popescu Andrei;Chioibasu Diana;Sopronyi Mihai;Luculescu Catalin Romeo
- 期刊名称：《Biofabrication》 | 2018年第2期
- laser direct writing by two photons polymerization;
- honeycomb-like structures;
- osteoblast;
92.Biofabrication of a co-culture system in an osteoid-like hydrogel matrix

机译：在骨质样水凝胶基质中的共同培养体系的生物制造
- 作者：Zehnder Tobias;Boccaccini Aldo R.;Detsch Rainer
- 期刊名称：《Biofabrication》 | 2017年第2期
93.Substrate elasticity dependent colony formation and cardiac differentiation of human induced pluripotent stem cells

机译：人诱导多能干细胞的基底弹性依赖性菌落形成和心脏分化
- 作者：Wang Bin;Tu Xiaolong;Wei Jin;Wang Li;Chen Yong
- 期刊名称：《Biofabrication》 | 2019年第1期
- hiPSCs;
- cardiomyocytes;
- elasticity;
- micropillars;
94.Fabrication of three-dimensional bioplotted hydrogel scaffolds for islets of Langerhans transplantation

机译：三维生物培养型水凝胶支架的制造朗格汉移植胰岛胰岛
- 作者：Marchioli G.;van Gurp L.;van Krieken P. P.;Stamatialis D.;Engelse M.;van Blitterswijk C. A.;Karperien M. B. J.;de Koning E.;Alblas J.;Moroni L.;van Apeldoorn A. A.
- 期刊名称：《Biofabrication》 | 2015年第2期
- type 1 diabetes;
- beta cells;
- bioplotting;
- tissue engineering;
- islets of Langerhans;
95.Large scale industrialized cell expansion: producing the critical raw material for biofabrication processes

机译：大规模的工业化细胞扩张：为生物破坏过程产生临界原料
- 作者：Kumar Arun;Starly Binil
- 期刊名称：《Biofabrication》 | 2015年第4期
- cell expansion;
- bioreactors;
- cellular biomanufacturing;
- 3D culture;
96.Optoelectrofluidic printing system for fabricating hydrogel sheets with on-demand patterned cells and microparticles

机译：用于制造水凝胶板的光电流体印刷系统，随需按需图案化细胞和微粒
- 作者：Gi Hyun Ji;Han Dongsik;Park Je-Kyun
- 期刊名称：《Biofabrication》 | 2017年第1期
- dielectrophoresis;
- hydrogel sheet;
- on-demand patterning;
- optoelectrofluidics;
97.Printing-induced cell injury evaluation during laser printing of 3T3mouse fibroblasts

机译：3T3Mouse成纤维细胞激光印刷期间的印刷诱导的细胞损伤评估
- 作者：Zhengyi Zhang;Wenxuan Chai;Ruitong Xiong
- 期刊名称：《Biofabrication》 | 2017年第2期
- cell injury;
- apoptosis;
- bioprinting;
- laser cell printing;
98.Construction of a liver sinusoid based on the laminar flow on chipand self-assembly of endothelial cells

机译：基于栗子流动对内皮细胞自组装的基于层流的肝窦施工
- 作者：Shengli Mi;Xiaoman Yi;Zhichang Du
- 期刊名称：《Biofabrication》 | 2018年第2期
- liver sinusoid on a chip;
- laminar layers;
- EC self-assembly;
- biomimetic;
- natural 3D gel environment;
99.Perfusion directed 3D mineral formation within cell-laden hydrogels

机译：灌注指导的3D矿物质在细胞 - 升水水凝胶中
- 作者：Sawyer Stephen W.;Shridhar Shivkumar Vishnempet;Zhang Kairui;Albrecht Lucas D.;Filip Alex B.;Horton Jason A.;Soman Pranav
- 期刊名称：《Biofabrication》 | 2018年第3期
- hydrogel;
- gelatin methacrylate;
- cell encapsulation;
- mineral formation;
- tissue engineering;
- perfusion;
- bioreactor;
100.Bioprinted osteon-like scaffolds enhance in vivo neovascularization

机译：Bioplinted Osteon的脚手架增强了体内新生血管
- 作者：Piard Charlotte;Baker Hannah;Kamalitdinov Timur;Fisher John
- 期刊名称：《Biofabrication》 | 2019年第2期
- osteon;
- bone tissue engineering;
- bioprinting;
- neovascularization;
- biomimetic;
- fibrin bioink;

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