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cell particle
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  cell particle
The rate inside a cell particle is shown to be determined by the shape of the particle.
      
It is well known that the non specific esterase occurs, during cell particle fractionation, up to 80% and more bound to particles, whereas 70-80% of the same esterase goes out of cryostate sections into aqueous solution.
      
Various functions are demonstrated, such as contact-free cell trapping and cell/particle sorting.
      
The events are handled, new events are detected, and the cell-particle list and the event queue are updated.
      
To achieve the same force accuracy, this generally means that more cell-particle interactions have to be evaluated.
      
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Based on the application difference in Rayleigh-Debye-Gans theory and CEM model,MCEM(modify co-central ellipse model) is established to eliminate the influence of the orientation effect of the shapecell particles on measurement result in light scattering cell particles.Based on the MCEM theory,the variation of the light-scattering intensity distribution of cells is discussed systematically at the different incidence angles,the dynamic response relationship between the light-scattering intensity...

Based on the application difference in Rayleigh-Debye-Gans theory and CEM model,MCEM(modify co-central ellipse model) is established to eliminate the influence of the orientation effect of the shapecell particles on measurement result in light scattering cell particles.Based on the MCEM theory,the variation of the light-scattering intensity distribution of cells is discussed systematically at the different incidence angles,the dynamic response relationship between the light-scattering intensity distribution and the relevant physical characteristic of the karyocyte at the different incidence angles was obtained.In addition,the scattering intensity distribution function of the karyocyte is acquired by fitting the scattering intensity distribution.The error analysis shows that the fitting result can be used in the numerical inversion calculation effectively for the light-scattering measurement of the real cell.

针对光散射细胞微粒测量中真实形体细胞的取向对测量结果的影响问题,基于R ay leigh-D ebye-G ans理论和双椭球核式(CEM)模型在应用中的差异,建立了CEM的修正模型(M CEM),根据此模型系统讨论了细胞在不同入射角变化情况下其光散射强度分布所产生的变化,得到了不同入射角下有核细胞光散射强度分布与有核细胞相关物理特征量的动态响应关系;此外,对有核细胞光散射强度分布进行拟合,得到了有核细胞光散射强度分布函数。误差分析表明:拟合结果可有效地应用于真实细胞光散射测量中的数值反演计算。

 
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