Sentence examples for morphological effects such from inspiring English sources

This pore-scale model is further applied to study the morphological effects, such as pore size, layer thickness and porosity, on the performance of the cathode catalyst layer.

The addition of fusel alcohols to a yeast culture has been shown to induce a range of specific morphological effects such as pseudohyphal growth.

The ability of 3TB to enter the Central Nervous System (CNS) was evidenced by Raman spectroscopy as well as morphological effects on the CNS, such as loss of neurons yielding biased injury to the substantia nigra and striatum at doses ≥ 200 mg/kg, and involving granular cell damage at doses of 400 mg/kg but less injury in the motor cortex.

Many effects, such as morphological effects [16], surface states [17], and densities of nanorods [18] have been studied.

Single-crystalline quasi-one dimensional structures on the nano- and sub-micron level are particularly suited to study surface effects such as morphological features or TI-based surface transport which is enhanced relatively due to the high surface-to-volume ratio [4, 5].

These consist of various morphological effects involving both resident cells such as neurons and glia and nonresident inflammatory cells.

Our results suggest that modest changes in native UGPase2 levels can have pronounced morphological effects on plant phenotype in woody perennials such as Populus.

The concentration of RA and the exposure time to such molecule were chosen according to preliminary experiments that showed morphological effects induced by the selected conditions (data not shown).

Such a paradigm allows us to negate the possibility that the morphological effects observed arose as a consequence of the tumourigenic nature of SH-SY5Y cells.

Even though behavioral and morphological effects of persistent organic pollutants are consistent with endocrine disruption, no direct evidence exists for such relationships.

A phase field method is developed to investigate the morphological evolution of a vesicle in an electric field, taking into account coupled mechanical and electric effects such as bending, osmotic pressure, surface tension, flexoelectricity, and dielectricity of the membrane.