Sentence examples for morphology at each from inspiring English sources

Continuous cultures were stable for more than 3 months, in spite of photoinhibition at noon, producing homogeneous biomass with a stable biochemical composition and cell morphology at each steady state.

A JSM-6700F field-emission scanning electron microscopy (FE-SEM) from JEOL was used to characterize the surface morphology at each growth stage.

Budding yeast is an excellent model for the study of cell polarity, because it divides asymmetrically between the mother and bud and displays a characteristic cell and actin morphology at each cell cycle stage, facilitating the study of different polarity states [2].

For the desiccation resistance assay, the grains/seedlings with the representative morphology at each given stage were harvested and dried aerially at room temperature for two weeks.

Cultured OSE cells have been shown to be highly responsive to environmental influences, and to exhibit mesenchymal morphology at each passage under standard culture conditions (Auersperg et al, 1994, 2001), that is, epithelio-mesenchymal transition (EMT).

In both cases the original authors had separately reconstructed the morphologies at each time point and deposited the corresponding static tracing data into NeuroMorpho.Org, where they were converted into (classic) SWC files.

Line profiles in (a-1 j-1) a-1 j-1uired from the white lines in (are) showing smooth cross-sectionacquiredce morphologies at each DA.

In short, with the increased Ta on GaAs (111 A, apparent transitions of surface morphologies at each Ta were clearly observed and the height modulation was gradually enlarged as a function of Ta; a sharp transition was observed at 350°C with a surface modulation of approximately ±10 nm due to the increased diffusion of Au adatoms induced by the enhanced thermal energy.

We have investigated the crystallized morphology formed at each temperature Tc (20 °C ≤ Tc ≤ 45 °C) in double crystalline poly(ɛ-caprolactone -block-polyethylene (PCL-b-PE) copolymers as a function of composition (or volume fraction of PE blocks ϕPE) by employing small-angle X-ray scattering (SAXS) and differential scanning calorimetry (DSC) techniques.

In 2009 and 2010, after the establishment year, each plant was evaluated for phenology, production, and morphology traits at each site as defined in Table 1.

For sperm morphology, at least two slides were made for each fresh semen sample.