AIM: to obtain an FRT cell line that can stably express urea transporter A2 (UT-A2) and provide a cell model for screening UT-A2 inhibitors.
目的：建立稳定表达尿素通道蛋白a2 (UT - A 2)的FRT细胞系，为寻找UT - A 2抑制剂提供细胞模型。
In this paper, a technology of implementation of the multichannel fractional Fourier transform (FRT) is proposed using holographic lens array.
提出利用全息透镜阵列来实现多通道分数傅里叶变换技术。
CONCLUSION: We constructed an FRT cell line that could stably express UT-A2 in plasma membrane in the non-renal epithelia cell. The cell line will be used to screen UT-A2 inhibitors.
结论：在非肾脏上皮细胞获得了稳定质膜定位表达UT - A2的FRT细胞株，该细胞株可用于UT - A 2抑制剂的筛选。
He not only discussed the definition, property and the engine functions of the fractional Fourier transform, but also successfully applied the FRT to deal with many quantum mechanics problems.
它不仅对于分数傅里叶变换定义、性质和变换的本征函数进行了系统的讨论，而且成功用以处理诸多量子力学问题。
He not only discussed the definition, property and the engine functions of the fractional Fourier transform, but also successfully applied the FRT to deal with many quantum mechanics problems.
它不仅对于分数傅里叶变换定义、性质和变换的本征函数进行了系统的讨论，而且成功用以处理诸多量子力学问题。
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