Sentence examples for microscopic analyses indicated from inspiring English sources

Differential scanning calorimetric (DSC), dynamic mechanical, thermogravimetric, and scanning electron microscopic analyses indicated that PVA and DNA are compatible in a wide range of compositions.

Microscopic analyses indicated that the magnetic field had the effect of forcing the CNTs-Fe to stand perpendicular to the substrate, which causes the enhanced field emission properties.

Biochemical and electron microscopic analyses indicated that VACV entry into Drosophila S2 cells depended on the VACV multiprotein entry-fusion complex but appeared to occur exclusively by a low pH-dependent endocytic mechanism, in contrast to both neutral and low pH entry pathways used in mammalian cells.

The results of flow-cytometric and fluorescence-microscopic analyses indicate that PEITC induced disassembly of actin stress fibers and degradation of tubulin which, most likely, contributed to the induction of cell death.

Microscopic morphological analyses indicate that the calcineurin inhibitors delay filamentation, and in combination with caspofungin there is a positive interaction.

These findings were further confirmed using confocal microscopic analyses, which indicated that CagA was predominantly expressed on neoplastic cells and on B-lymphocyte cells of the CagA-translocated human B-cell line.

Cake microscopic structures and compressibility analyses indicated that the CAFS helped to form large incompressible dense cakes with discontinuous surfaces, containing a better adsorption capacity, which were closely related to the synergistic effect of cationic groups and starch mesh chains.

However, our morphological and microscopic analyses both indicate that the three collections of A. sp. 14 RET478-6, 490-1 and 491-7 are identical to A. suballiacea.

The combined epifluorescence microscopic and cytometric analyses indicate that CPNs were responsible for siGLO Red uptake.

Phylogenetic analyses indicate that Carpolestidae are closely related to Euprimates.

Macroscopic and microscopic analyses of experimental replicas indicated that complex fracture formation, including large numbers and dimensions of spin-offs as well as distinctive microscopic linear impact traces (MLITs), provide useful markers for determining mechanically-delivered backed points.