Electrophoretic display(EPD) technology has become one of the main supporting pillars of the electronic paper display industry.Despite its benefits,the EPD technology suffers from several disadvantages such as non-fix...Electrophoretic display(EPD) technology has become one of the main supporting pillars of the electronic paper display industry.Despite its benefits,the EPD technology suffers from several disadvantages such as non-fixed threshold voltage value for gray scale display.In addition,the display has to repeatedly refresh between white and black states to eliminate ghost image when it needs to update a new image.The traditional driving waveform for the EPD includes four stages: erasing the original image,resetting to black state,clearing to white state,and writing a new image.A flicker can be found when transferring between two adjacent stages.A new driving waveform based on the improvement of activation pattern is proposed to weaken the ghost image and reduce the flicker.Experimental results show that the proposed driving waveform could weaken the ghost image effectively and reduce the number of flickers by 50%.Compared with the traditional driving waveform,the driving waveform of this work has a better performance.展开更多
Investigations on the relationship between some tumor cell properties and their metastatic potential using different clones from two tumor cell lines are reported. CNE2L2(highly metastatic) and CNE2L4 (low metastatic)...Investigations on the relationship between some tumor cell properties and their metastatic potential using different clones from two tumor cell lines are reported. CNE2L2(highly metastatic) and CNE2L4 (low metastatic) clones were isolated from human nasopharyngeal carcinoma CNE-2Z cell line. LA1. LAD and LA5 clones were isolated from mouse pulmonary adenocarcinoma LA795 cell line with different metastatic potentials. The results from both cell lines showed that the metastatic potential of tumor cell positively correlated with elecirophoretic mobility rate. adhesion with endothelial cells and in vitro and in vivo invasiveness. and negatively correlated with self-adhesion and adhesion to fibroblast cells. The data further confirmed the relationship between these factors and the metastatic potential of tumor cells.The results provide a theoretical basis for elucidating the mechanism of metastasis.展开更多
基金Project(2011D039)supported by Guangdong Innovative Research Team Program,China
文摘Electrophoretic display(EPD) technology has become one of the main supporting pillars of the electronic paper display industry.Despite its benefits,the EPD technology suffers from several disadvantages such as non-fixed threshold voltage value for gray scale display.In addition,the display has to repeatedly refresh between white and black states to eliminate ghost image when it needs to update a new image.The traditional driving waveform for the EPD includes four stages: erasing the original image,resetting to black state,clearing to white state,and writing a new image.A flicker can be found when transferring between two adjacent stages.A new driving waveform based on the improvement of activation pattern is proposed to weaken the ghost image and reduce the flicker.Experimental results show that the proposed driving waveform could weaken the ghost image effectively and reduce the number of flickers by 50%.Compared with the traditional driving waveform,the driving waveform of this work has a better performance.
文摘Investigations on the relationship between some tumor cell properties and their metastatic potential using different clones from two tumor cell lines are reported. CNE2L2(highly metastatic) and CNE2L4 (low metastatic) clones were isolated from human nasopharyngeal carcinoma CNE-2Z cell line. LA1. LAD and LA5 clones were isolated from mouse pulmonary adenocarcinoma LA795 cell line with different metastatic potentials. The results from both cell lines showed that the metastatic potential of tumor cell positively correlated with elecirophoretic mobility rate. adhesion with endothelial cells and in vitro and in vivo invasiveness. and negatively correlated with self-adhesion and adhesion to fibroblast cells. The data further confirmed the relationship between these factors and the metastatic potential of tumor cells.The results provide a theoretical basis for elucidating the mechanism of metastasis.
