A comprehensive review of methods for 3d cell culture.
三维细胞培养方法的综合评述。
A new, living 3d cell-culture model of the human blood-brain barrier will be used to screen the interaction initially between the nanoparticles and the brain.
一个人类血脑屏障细胞培养3d新模型将被用来拍摄纳米微粒和大脑之间最初的互动。
The advance could lead to a new generation of electronic devices, such as cell phones or miniature televisions that display three-dimensional (3d) images.
这项进展可能会引发出新一代电子器件，比如显示三维(3d)图象的手机或微型电视。
The cell is a 3d scale model of a cell.
该细胞是细胞的三维尺度模型。
The study discusses the biological basic of cell sprinting and the status of cells printing in three aspects which are organ 3D modeling, developing of cell printer and methods of cell and b…
本文讨论了细胞打印的生物学基础，并从器官三维建模、细胞打印机开发、连续堆积细胞和生物材料制造三维器官的方法等三个方面探讨了细胞打印研究现状。
We derived cell populations with properties of ectodermal and mesenchymal cells in 2D culture and incorporated these divergent cell populations into 3D epithelial tissues.
我们利用二维培养将胚胎干细胞分化为具有外胚和间充质特性的细胞，再将这些细胞复合入三维上皮组织。
A version of the software for 3d images is under development and will provide 'another dimension' of detail for researchers about nerve cell change.
三维成像的软件版本正在开发之中，它将能提供给研究者神经系胞改变的另一维的细节。
Data generated using these methods can be used for reliable quantification of cell biological and tissue interactions, e. g., colocalization analyses or 3d reconstructions.
使用这些方法产生的数据能够被用于细胞和组织相互作用的可靠定量，例如共区域化分析或三维重建。
Conclusion 3d conformal therapy is a effective and safe method for the treatment of the cranial tumor. It can protect the normal cranial tissue at the largest degree when killing the tumor cell.
结论三维适形放疗是一种较为安全有效的治疗颅脑肿瘤的方法，在杀灭肿瘤细胞的同时可以最大程度保护周围正常组织的功能。
This article mainly studies the structure of 3D woven, and the unit cell model of 3D woven structure is established in this paper.
本课题主要研究了三维机织物的结构，还建立了三维机织物单元体的结构模型。
The unit cell model of 3d woven structure is established in this paper.
建立了三维机织物单元体的结构模型。
Volume rendering and multi-resolution rendering for hybrid octree via cell projection and 3D-texture mapping are implemented.
并用体元投射和三维纹理映射方法分别实现了混合八叉树的体绘制与多分辨率绘制。
The existence of edge transitional region in 3D medical data field was demonstrated and an amendment cell project algorithm was presented based on the demonstration.
论证了医学三维数据场边界过渡区域的存在性，并提出了一个修正体元投射算法。
Theformer ameliorates and realizes 3D-cell automaton fire extending model;
前者改进并实现了基于3D元胞自动机的林火蔓延模型；
By the numerical analysis on the basic cell models of 3d braided composites with TSA, we can obtain the preview of their macroscopic mechanical behaviors.
双尺度有限元计算可以数值模拟出三维编织复合材料的整体力学性能，从而为材料的研发提供指导。
By the numerical analysis on the basic cell models of 3d braided composites with TSA, we can obtain the preview of their macroscopic mechanical behaviors.
双尺度有限元计算可以数值模拟出三维编织复合材料的整体力学性能，从而为材料的研发提供指导。
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