微尺度拉伸剪切和纳米压痕仪-Cellscale
型号:Microtester
联系人:陈宝华
联系电话:13060393900
品牌:cellscale
微尺度拉伸剪切和纳米压痕仪-Cellscale
微尺度拉伸、压缩、弯曲、剪切和纳米压痕测试系统是一种微型力学测试系统，可以完成其他仪器wu法做到的事情。较小的样品，更好的力分辨率，更简单的测试设置和出色的视觉效果。应用包括小组织样品，水凝胶微球，细胞球体和工程微组织。
特点势：
可对样品进行压缩、拉伸、弯曲和压痕测试; 剪切试验可选
使用0.1μm分辨率的压电致动器实现高精度
测试力值范围可在5纳牛（5nN）以下
可选的双轴成像
力分辨率低至10nN
高分辨率CCD成像
集成温控介质浴
功能齐的用户界面软件，可通过实时反馈进行简单、循环、放松和多模态测试
微尺度拉伸、压缩、弯曲、剪切和纳米压痕测试系统是一种微尺度层面上的拉伸压缩试验系统，能对40-2000 微米的j小试样进行压力载荷测试，测得的数据可以计算出样品的杨氏模量。它可以用来测定各种材料的应力-应变特性，包括毛细血管、组织样品、细胞聚集体、水凝胶和组织工程支架材料等。
技术参数
发表的文献：
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2018 Acrylate-Based Materials For Heart Valve Scaffold Engineering R. Santoro, S. Venkateswaran, F. Amandeo, R. Zhang, M. Brioschi, A. Callanan, M. Agrifoglio, C. Banfi, M. Bradley, M. Pesce
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2018 Nanoscale Dysregulation Of Collagen Structure-Function Disrupts Mechano-Homeostasis And Mediates Pulmonary Fibrosis M.G. Jones, O.G. Andriotis, J.J.W. Roberts, K. Lunn, V.J. Tear, L.Cao, K. Ask, D.E. Smart, A. Bonfanti, P.Johnson, A. Alzetani, D.E. Davies
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2018 Extracellular Matrix Surface Regulates Self-Assembly Of Three-Dimensional Placental Trophoblast Spheroids M.K. Wong, S.A. Shawky, A. Aryasomayajula, M.A. Green, T. Ewart, P.R. Selvanganapathy, S. Raha
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2018 Mammary Fibroblasts Remodel Fibrillar Collagen Microstructure In A Biomimetic Nanocomposite Hydrogel C. Liu, B. Chiang, D.L. Mejia, K.E. Luker, G.D. Luker, A. Lee
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2018 Hybrid Collagen Alginate Hydrogel As A Platform For 3d Tumor Spheroid Invasion C. Liu, D.L. Mejia, B. Chiang, K.E. Luker, G.D. Luker
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2018 3d Bioprinting Of Hydrogels For Retina Cell Culturing P. Wang, X. Li, W. Zhu, Z. Zhong, A. Moran, W. Wang, K. Zhang, S. Chen
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2018 Matrix Composition In 3-D Collagenous Bioscaffolds Modulates The Survival And Angiogenic Phenotype Of Human Chronic Wound Dermal Fibroblasts P.M. Martin, A. Grant, D.W. Hamilton, L.E. Flynn
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2018 Understanding Interfacial Interactions Of Polydopamine And Glass Fiber And Their Enhancement Mechanisms In Epoxy-Based Laminates H. Zhang, W. Han, J. Tavakoli, Y. Zhang, X. Lin, X. Lu, Y. Ma, Y. Tang
2018了解聚多巴胺和玻璃纤维在环氧基层合板中的界面相互作用及其增强机制H.Zhang，W.Han，J.Tavakoli，Y.Zhang，X.Lin，X.Lu，Y.Ma，Y.Tang
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2018 Extracellular Matrix Determines Biomechanical Properties Of Chondrospheres During Their Maturation In Vitro N.P. Omelyanenko, P.A. Karalkin, E.A. Bulanova
2018细胞外基质决定软骨球体外成熟过程中的生物力学特性N.P.Omelyanenko，P.A.Karalkin，E.A.Bulanova
2018 Influence Of Hydrophobic Cross-Linkers On Carboxybetaine Copolymer Stimuli Response And Hydrogel Biological Properties V. Huynh, A. H. Jesmer, M. M. Shoaib, R. G. Wylie
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2017 A Three-Dimensional Spheroidal Cancer Model Based On Peg-Fibrinogen Hydrogel Microspheres S.Pradhan, J. M. Clary, D. Seliktar, E. A. Lipke
2017年基于PEG纤维蛋白原水凝胶微球的三维球状肿瘤模型 S.Pradhan，J.M.Clary，D.Seliktar，E.A.Lipke
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2017 Microfluidic Production Of Degradable Thermoresponsive Poly(N-Isopropylacrylamide)-Based Microgels D. Sivakumaran, E. Mueller, T. Hoare
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2017 The Physical Basis Of Coordinated Tissue Spreading In Zebrafish Gastrulation H. Morita, S. Grigolon, M. Bock, S.F.G. Krens, G. Salbreux, C-P. Heisenberg
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2017 The Role Of Adhesion Junctions In The Biomechanical Behaviour And Osteogenic Differentiation Of 3d Mesenchymal Stem Cell Spheroids F.E. Griffin, J. Schiavi, T.C. McDevitt, J.P. McGarry, L.M. McNamara
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2016年使用PEG/维生素E共聚物制备的可注射水凝胶促进水驱动凝胶化J.Zhang，B.Muirhead，M.Dodd，L.Liu，N.Mangiacotte，T.Hoare，S.Sheardown
2016 Delivery Of Human Adipose Stem Cells Spheroids Into Lockyballs K.R. Silva, R.A. Rezende, F.D.A.S. Pereira, P. Gruber, M.P. Stuart, A. Ovsianikov, K. Brakke, V. Kasyanov, J.V.L. da Silva, J.M. Granjeiro, L.S. Baptista, V. Mironov
2016年将人类脂肪干细胞球状体输送到Lockyballs K.R.Silva，R.A.Rezende，F.D.A.S.Pereira，P.Gruber，M.P.Stuart，A.Ovsianikov，K.Brakke，V.Kasyanov，J.V.L.Da Silva，J.M.Granjeiro，L.S.Baptista，V.Mironov
2016 Direct Production Of Human Cardiac Tissues By Pluripotent Stem Cell Encapsulation In Gelatin Methacryloyl P. Kerscher, J.A. Kaczmarek, S.E. Head, M. Brazel, W. Seeto, S. Bhattacharya, J. Kim, V. Suppiramaniam, E.A. Lipke
2016年用明胶-甲基丙烯酰中的多能干细胞包埋直接生产人类心脏组织 P.Kerscher，J.A.Kaczmarek，S.E.Head，M.Brazel，W.Seeto，S.Bhattacharya，J.Kim，V.Suppiramanim，E.A.Lipke
2016 Mineral Particles Modulate Osteo-Chondrogenic Differentiation Of Embryonic Stem Cell Aggregates Y. Wang, X. Yu, C. Baker, W.L. Murphy, T.C. McDevitt
2016年矿物质颗粒调节胚胎干细胞聚集体的骨软骨分化王晓明，俞晓明，贝克，墨菲，麦克德维te
2016 Peg-Fibrinogen Hydrogels For Three-Dimensional Breast Cancer Cell Culture S. Pradhan, I. Hassani, W.J. Seeto, E. A. Lipke
2016聚乙二醇纤维蛋白原水凝胶用于三维乳腺癌细胞培养S.Pradhan，I.Hassani，W.J.Seeto，E.A.Lipke
2016 Reactive Eletrospinning Of Degradable Poly(Oligoethylene Glycol Methacrylate)-Based Nanofibrous Hydrogel Networks F. Xu, H. Sheardown, T. Hoare
2016可降解聚（甲基丙烯酸低聚乙二醇酯）基纳米纤维水凝胶网络的反应性电纺丝f.xu，h.sheardown，t.hoare
2015 Burr-Like, Laser-Made 3d Microscaffolds For Tissue Spheroid Encagement P. Danilevicius, R.A. Rezende, F.D.A.S. Pereira, A. Selimis, V. Kasyanov, P.Y. Noritomi, J.V.L. da Silva, M.Chatzinikolaidou, M. Farsari, V. Mironov
2015 Burr-like，Laser-made 3D微胶囊，用于组织球体包裹P.Danilevicius，R.A.Rezende，F.D.A.S.Pereira，A.Selimis，V.Kasyanov，P.Y.Noritomi，J.V.L.Da Silva，M.Chatzinikolaidou，M.Farsari，V.Mironov
2014 Mesenchymal Morphogenesis Of Embryonic Stem Cells Dynamically Modulates The Biophysical Microtissue Niche M.A. Kinney, R.Saeed, T.C. McDevitt
2014胚胎干细胞间充质形态发生动态调节生物物理微组织生态位M.A.Kinney，R.Saeed，T.C.McDevitt
2013 Alginate Encapsulation Parameters Influence The Differentiation Of Microencapsulated Embryonic Stem Cell Aggregates Wilson, J.L., Ali Naijia, M., Saeed, R., McDevitt, T.C.
2013海藻酸钠包埋参数影响微囊化胚胎干细胞聚集体的分化Wilson，J.L.，Ali Naijia，M.，Saeed，R.，McDevitt，T.C.
2012 Stiffening Of Human Mesenchymal Stem Cell Spheroid Mircoenvironments Induced By Incorporation Of Gelatin Microparticles P. R. Baraniak, M.T. Cooke, R. Saeed, M.A. Kinney, K.M. Fridley, T.C. mcDevitt
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