Multi-angle light scattering flow photometry was used to study the light scattering properties
of normal cultured fibroblasts and a mutant fibroblast line containing cytoplasmic lysosomal …

Much of the information deduced from the scattering of light from cells is briefly reviewed
with a minimum of optical theory. It is shown that many of the existing methods can possibly …

Measurement of the light scattered by biological cells as a function of scattering angle
provides information that can be correlated with cell type. Two flow systems that provide …

A flow-system instrument is described in which the laser light scattered by a mammalian cell
is sampled simultaneously at up to 32 angles between 0 degrees and 21 degrees from the …

MATERIALS AND METHODS Apparatus: The optical arrangement used in these
experiments is schematized in Figure 1. The basic instrument is a Bio/Physics Systems …

Angularly resolved light scattering measurements made at visible wavelengths have the
ability to quantify subcellular morphology, with particular sensitivity to organelles the size of …

A technique for rapid measurement of nuclear and cytoplasmic size relationships in
mammalian cell populations has been developed. Based on fluorescence staining of either …

Scattering properties of biological cells Abstract Keywords Introduction Methods Page 1
Scattering properties of biological cells JR Mourant*, AH Hielscher*, JP Freyer*, AA Eick*, D …

A cell spectrophotometer (Cytograf Model 6300 A, Bio/Physics Systems, Inc.) was tested in a
cytotoxic assay using Ehrlich ascites tumor cells as a model system. Several cellular …

The differential scattered light intensity patterns of spherical mammalian cells were
measured with a new photometer which uses high-speed film as the light detector. The …