Sentence examples for substantial morphology from inspiring English sources

It was deduced that the observed increase in conductivity was caused by a substantial morphology refinement and increased degree of cocontinuity after copolymer addition leading to the formation of double percolated networks in the blends.

Further increase of the sulfonation degree to 63.3% and 71.6% (SPTES-70 and SPTES-80) resulted in a substantial morphology change of the spherical aggregates to an irregular bicontinuous hydrophobic/hydrophilic morphology for the hydrated SPTES-70 and SPTES-80 copolymer membranes at 55 °C.

The three types of phosphors exhibited a substantial morphology-dependent photoluminescence (PL /photoluminescence excitation (PLE) behavior, but did not differ much in the positions of the PLE/PL bands or in the asymmetry factor [I 5D0 → 7F2)/I 5D0 → 7F1)] of the luminescence.

Despite this, domestic chickens have undergone substantial changes in morphology and physiology.

Evolutionary habitat transitions often involve substantial modifications in morphology, physiology, and behaviour, particularly if the new habitat imposes novel physical challenges.

Substantial variation in morphology and physiology among Liposcelis groups has been reported previously [ 17, 21, 22].

In addition, sensitivity analyses excluding Herault and Somme did not produce substantial changes in morphology RERs.

Our findings provide a specific example of how alterations in gene expression can contribute to substantial changes in morphology during evolution.

They are essential for growth and metabolism throughout the life (Power et al. 2001; Liu and Chan 2002) and regulate different aspects of development including metamorphosis, which requires substantial changes in morphology, physiology, and behavior (Yamano et al. 1991; Liu and Chan 2002).

The colonization of land by plants has been associated with substantial changes in morphology, as well as in cellular and physiological regulatory processes to resist heat, cold, desiccation, and UV-induced DNA-damaging effects.

Therefore, it is conceivable that the substantial changes in morphology of the IMM and mitochondrial cristae observed in yeast cultured with exogenously added LCA were due to the significant reduction in the relative levels of non-bilayer forming (i.e., cone- and inverted cone-shaped) mitochondrial glycerophospholipids seen in these cells.