Sentence examples for morphological modifications the from inspiring English sources
The aims of this paper are to report on the morphological modifications, the water and gas fluxes, and the water dynamics and hydrological properties near the PEG1 site.
Two kinds of morphological modification (the Anneau and the Secteur) frequently and randomly appear in the growth margin of the thallus as small brown areas in which hyphal elongation is reduced and secretion of pigments is drastically increased (see Figure 1A for the development of the Secteur).
The variability of the number of puncta from cell to cell, the small size of a synaptic puncta to observe any possible morphological modification, the lack of a more general postsynaptic marker and the loss of NG2 and DsRed expression when NG2 cells undergo differentiation constitute major technical difficulties to properly address this question.
Different levels of damages are revealed by the changes in the piezoresistive properties due to the morphological modifications in the conductive network of CNTs within the resin.
Electrochemical AFM measurements have been performed in order to acquire a direct view of the morphological modifications of the polymer coatings during the reduction.
The morphological modifications accompanying the electrochemical behaviour of copper in aqueous salicylate solution, have been investigated by in situ atomic force microscopy (AFM), with the purpose of elucidating the role of salicylate ions during polypyrrole electrodeposition onto this oxidisable metal.
It is here that the morphological modifications of the male forelegs play a major role.
Trichaphaenops and Luraphaenops were found to be sister taxa, suggesting a common origin of the morphological modifications of the two genera, but it would be necessary to study species of Duvaliaphaenops to further confirm this hypothesis.
We used a linear mixed model for correlated data and a generalized linear mixed model for correlated data to compare the morphological modifications of the NMJs between ALS long-term survivors and rapidly progressive ALS patients.
The obtained results corroborate the fact that morphological modifications in the matrix fiber network observed through a point spectroscopy modality may be a good tool to help the clinician for identifying scared skin tissue boundaries or for tracking skin scar formation.
The results showed that the variation of the solvent from protic to aprotic facilitated morphological modifications, with the solvent playing a key role in determining the overall architecture of the oxide particles under different polar conditions.
