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Response to Comment on Is the nuclear refractive index lowerthan cytoplasm? Validation of phase measurements and implications for lightscattering technologies

机译:对是否降低核折射率的评论的回应比细胞质?验证相位测量及其对光的影响散射技术

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摘要

Recently, Maxim A. Yurkin commented on our paper “Is the nuclear refractive index lower than cytoplasm? Validation of phase measurements and implications for light scattering technologies” as well as on a complementary study “Cell nuclei have lower refractive index and mass density than cytoplasm” from Schürmann et al. In his comment, Yurkin concluded that quantitative phase images of cells with nuclei that are less optically dense than the cytoplasm must exhibit a characteristic concavity, the absence of which is evidence against our conclusion of a less-dense nucleus. In this response, we suggest that Yurkin’s conclusion is reached through an oversimplification of the spatial refractive index distribution within cells, which does not account for high index inclusions such as the nucleolus. We further cite recent studies in 3-dimensional refractive index imaging, in which the preponderance of studies supports our conclusion. Finally, we comment on the current state of knowledge regarding subcellular refractive index distributions in living cells.
机译:最近,马克西姆·尤金(Maxim A. Yurkin)在我们的论文中评论“核折射率是否低于细胞质? Schürmann等人的研究证明了相位测量及其对光散射技术的影响,以及一项补充研究“细胞核的折射率和质量密度低于细胞质”。尤尔金(Yurkin)在他的评论中得出结论,光学密度低于细胞质的具有核的细胞的定量相图像必须表现出特征性的凹度,而缺少该凹度则证明我们得出了密度较低的核的结论。在此回应中,我们建议通过过度简化细胞内的空间折射率分布来得出尤尔金的结论,这不能解释诸如核仁之类的高折射率内含物。我们进一步引用了3维折射率成像的最新研究,其中大量研究支持了我们的结论。最后,我们评论关于活细胞中亚细胞折射率分布的当前知识状态。

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