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RESEARCH ON RECOVERY OF SPACIAL RESOLUTION OF CCD IMAGE AFTER BINNING

机译:合并后CCD图像空间分辨率的恢复研究

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摘要

In the biological research field, especially for the living cell biological experiments, not only high temporal resolution is necessary, but also high spacial resolution is basic requirement. The paper reports an effective method for solving the contradiction between spacial and temporal resolutions in a CCD image. The binning technique of PI CCD(MicroMax-5MHz-782Y) can be used to microscopic image of living cell for increasing the temporal resolution in order to observe the real-time movement of LDL(Low Density Lipoprotein) receptor clearly, but the image quality after binning is unsatisfied, because its spacial resolution will be obviously decreased. For the SPT(Single Particle Tracking)experiment, especial recovery of spacial resolution is then necessary. Based on the intensity distribution of individual light spot, we have recovered the spacial resolution of microscopic CCD image after binning, both on temporal and spacial resolutions were satisfactory for the SPT experiments.
机译:在生物学研究领域,特别是对于活细胞生物学实验,不仅需要高时间分辨率,而且高空间分辨率是基本要求。本文报道了一种有效的方法来解决CCD图像中空间分辨率和时间分辨率之间的矛盾。 PI CCD(MicroMax-5MHz-782Y)的分箱技术可用于对活细胞进行显微图像处理,以提高时间分辨率,从而清晰地观察LDL(低密度脂蛋白)受体的实时运动,但图像质量装仓后不满意,因为其空间分辨率将明显降低。对于SPT(单粒子跟踪)实验,则需要特别恢复空间分辨率。根据单个光点的强度分布,我们恢复了装仓后的CCD显微图像的空间分辨率,其时间和空间分辨率对于SPT实验都是令人满意的。

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