三维微重力磁悬浮细胞培养系统
研究复杂的细胞和组织，及其信号传导与调控可不是件容易事。

而模拟细胞或组织环境，建立最接近体内天然条件的实验系统同样困难。

这就是3D细胞培养所面临的挑战，3D培养系统旨在更好的模拟细胞的体内生长环境，为其创造更天然的家。

近来越来越多的证据表明，3D细胞培养系统比传统2D培养系统更贴近体内的生理条件。

也许3D培养系统的最大价值在于，其更接近体内环境的系统能够有效的辅助药物研发。

“3D细胞培养的主要优势在于，能够在研究早期的体外实验中模拟细胞在体内的行为，”。

“传统2D细胞培养往往无法了解细胞在组织内的功能和应答反应，结果可能导致以2D细胞培养为基础的药物或生物学研究出现偏颇，并且也难以预测药物在体内的效果。

而3D细胞培养可以为研究者们提供药物等更真实的早期信息，从而降低像市场推出新药的研究成本。

众多的科研工作者一直在寻找简单方便最天然的3D细胞培养工具？？？？？？？？Micforce米力光国际CO.,LTD
The Bio-Assembler™ System
The Bio-Assembler™ system cultures cells in three-dimensions by magnetic levitation.
The Bio-Assembler™uses nanoparticle-based Nanoshuttle-PL solution to deliver magnetic nanoparticles to cells. Magnetic drives then levitate cells to create the 3D cell growth environment. Using the Bio-Assembler™ is as easy as performing standard monolayer (2D) culture. Preparation time and cell manipulation
requirements are equivalent to 2D culture.
Advantages of n3D’s 3-Dimensional Cell Culturing System:
∙Rapid formation of 3D structures and cell-cell interactions
∙More accurate representation of in vivo tissue
∙Compatibility with virtually any cell type including primary and stem cells
∙Compatibility with any media type, standard culturing protocols, and diagnostic techniques
∙3D co-culturing capabilities
∙Unique capability for moving and shaping tissue, applicable to invasion studies and tissue engineering
As Simple as 2D
There are only two simple additional steps that differentiate the Bio-Assembler™ from 2D cell culturing:
∙1) Adding the Nanoshuttle to cells prior to levitation
∙2) Placing the magnetic drive on top of the cell culturing plate。