Sentence examples for morphological properties characteristic from inspiring English sources

The human AC16 cell line, which develops many of the biochemical and morphological properties characteristic of cardiac muscle cells, even though it does not form completely differentiated cardiomyocytes, was grown as previously described (Davidson et al., 2005).

The optical, morphological properties and photovoltaic characteristics of SnO2/Sb2Se3 photoanodes were analysed as a function of sensitization time.

In order to assess that the characteristic morphological properties were consistent with their immunocytochemical properties NT2 cells and NT2N underwent fluorescence staining with antibodies specific for the undifferentiated progenitor (SSEA3 and nestin), neuron (β-tubulin III, Tau, MAP2, and synapsin 1), astroglial (GFAP and S-100β), or oligodendrocyte (CNPase) phenotypes.

In addition to providing new insights into the precise patterns of discharges by AACs and Bistrat cells during brain state-dependent rhythms of the hippocampus, we report that during fast, but not slow, network oscillations each of the three major PV interneuron class splits into two functionally distinct sub-classes that segregate according to characteristic morphological properties.

Scaffold fabrication procedure is described in detail and morphological properties, physical and mechanical characteristics and in vitro assessments of the prepared scaffold are reported.

For nanomaterials, not only their chemical composition but also their morphological properties and surface properties determine their characteristics.

The purpose of the study was to investigate and compare the histochemical and morphological properties to know contractile muscle fiber characteristics of two bellies of the PCA.

For nanomaterials, not only the chemical composition but also morphological properties and surface properties determine the special characteristics.

Water absorption, thickness swelling, bending characteristics, impact strength and morphological properties of the manufactured composites were evaluated.

The rheological and morphological properties of the silicone powders, the thermal characteristics of the liquid silicone binder, and mechanical characterization the additively manufactured parts are reported.

A recent quantitative study (Perrenoud et al. 2012) used the expression of certain molecular markers, active and passive electrophysiological characteristics, and a few basic morphological properties.