Sentence examples for specimen the density from inspiring English sources

Secondary molecular objectives are the T cell activity in the resected tumor specimen, the density of regulatory T cells, and the frequency of tumor reactive T cells in blood and bone marrow in correlation with changes in the level of proteins involved in immune response or angiogenesis and transcriptomics in whole blood cells.

For our specimens the density of GCs ranged between 11400 (at the central retina) to 4000 cell/mm (peripheral retina), with an average of 8100 cells/mm.

Interestingly, the densification only occurred in the low-density specimens while this phenomenon was not observed for the specimens with the density greater than 288 kg/m3.

For quantification of mRNA expression, the relative amounts of IFNAR1 and IFNAR2 mRNAs in the tumors were calculated as a ratio of the optical density of the bands for the tumor specimens to the density of the bands for the corresponding normal tissue specimens (T/N ratio) by densitometric analysis, as described previously [ 13, 14].

The porosity of both materials was calculated based on the bulk density of specimens and the density of HAp and expressed as a percentage as shown in the following equation: (4) P o r o s i t y = 100 × d H A p − d s p e c i m e n d H A p, where dspecimen and dHAp are the apparent density of specimen and theoretical density of HAp (3.16 g/cm).

The uniaxial compressive strength and specimen density decrease as the mass percent of coal and aggregate binder ratio rise.

As the stiffness of the specimen is increased, the density would be greater for the specimens, and the strength of the specimens would be high and with high ultimate carrying capacity (Fig. 15).

While 3D-SIM principally enables super-resolution imaging even more than 100 μm inside a biological specimen, the high signal density of PFS in the cell wall prevented a correct mathematical reconstruction of the fibrillar substructure in the onion epidermis.

The effects of the impact velocity, nominal strain rate, the specimen's density and strain hardening on the obtained deceleration-time histories are studied in detail.

where ρ is the specimen density (in kg/m3), E m is the mean energy loss (in J) per inelastic collision, and λ i is the total mean free path (in m) for inelastic scattering of the electrons.

This process appears to preserve fine features reasonably well while reducing the amplitude of noise relative to the specimen density.