Optical computed tomography for spatially isotropic four-dimensional imaging of live single cells.

Abstract:

:Quantitative three-dimensional (3D) computed tomography (CT) imaging of living single cells enables orientation-independent morphometric analysis of the intricacies of cellular physiology. Since its invention, x-ray CT has become indispensable in the clinic for diagnostic and prognostic purposes due to its quantitative absorption-based imaging in true 3D that allows objects of interest to be viewed and measured from any orientation. However, x-ray CT has not been useful at the level of single cells because there is insufficient contrast to form an image. Recently, optical CT has been developed successfully for fixed cells, but this technology called Cell-CT is incompatible with live-cell imaging due to the use of stains, such as hematoxylin, that are not compatible with cell viability. We present a novel development of optical CT for quantitative, multispectral functional 4D (three spatial + one spectral dimension) imaging of living single cells. The method applied to immune system cells offers truly isotropic 3D spatial resolution and enables time-resolved imaging studies of cells suspended in aqueous medium. Using live-cell optical CT, we found a heterogeneous response to mitochondrial fission inhibition in mouse macrophages and differential basal remodeling of small (0.1 to 1 fl) and large (1 to 20 fl) nuclear and mitochondrial structures on a 20- to 30-s time scale in human myelogenous leukemia cells. Because of its robust 3D measurement capabilities, live-cell optical CT represents a powerful new tool in the biomedical research field.

journal_name

Sci Adv

journal_title

Science advances

authors

Kelbauskas L,Shetty R,Cao B,Wang KC,Smith D,Wang H,Chao SH,Gangaraju S,Ashcroft B,Kritzer M,Glenn H,Johnson RH,Meldrum DR

doi

10.1126/sciadv.1602580

subject

Has Abstract

pub_date

2017-12-06 00:00:00

pages

e1602580

issue

12

issn

2375-2548

pii

1602580

journal_volume

3

pub_type

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