Sentence examples for morphological features characteristic from inspiring English sources

Also, the fine details of preservation may reveal morphological features characteristic of symbiotic associations.

To gain a better understanding of the quality of the interfacial area, critical is the assessment of the morphological features characteristic of the adopted biolayer deposition protocol, namely: the layer-by-layer (LbL) approach and the spin coating technique.

This observation was confirmed by multiparametric cell-based high content screening (HCS) analysis that showed morphological features characteristic of apoptotic cell death such as nuclear condensation, loss of membrane symmetry, polarization of F-actin, release of cytochrome c and reduction in mitochondrial membrane potential.

Morphological features characteristic of both autophagy and apoptosis have been observed to occur simultaneously in the same tissue.

Cells presenting morphological features characteristic of Mikulicz cells, large cells with numerous vacuoles containing bacilli and a compressed nucleus, were exclusively found in the inflammatory monocyte population (Fig 2D).

Active caspase-8 can then, either directly, or indirectly via the BH3-only protein Bid, activate effector caspases, such as caspase-3, which in turn cleave many cellular substrates resulting in the biochemical and morphological features characteristic of apoptosis [ 11].

In order to ascertain the suitability of thermal oxidized sample as a bio-implant, the morphological features, structural characteristics, microhardness and tribological behavior in dry friction were evaluated.

Breast cancer consists of a variety of tumours, which differ by their morphological features, molecular characteristics and outcome.

As these larval stages often have unique morphological features and characteristics, identification of cercariae can be accomplished by visual examination under the dissecting microscope, timing of cercarial emergence, and their swimming characteristics [ 16, 17].

SEM is one of the most useful techniques to study the morphological features and surface characteristics of the biosorbent.

After hatching, the larvae can be assigned to four distinct developmental stages throughout their short planktonic life (based on morphological features and other characteristics).