Sentence examples for cellular shape and from inspiring English sources

Cellular shape and architecture were quantified via fluorescent imaging techniques.

Quantitative phase imaging enables precise characterization of cellular shape and motion.

It is widely accepted that the pathological state of cells is characterized by a modification of mechanical properties, affecting cellular shape and viscoelasticity as well as adhesion behaviour and motility.

Cell geometry has been known to be another determinant of spindle orientation and recent results have shed new light on the link between cellular shape and cell division orientation.

The results of the comparative proteomes demonstrate that zeaxanthin overproduction may be associated with increased precursor availability, increased NADPH availability, increased ATP availability, oxidative stress response, and increased membrane storage capacity for zeaxanthin due to changes in both cellular shape and membrane composition.

Ammonia-oxidizing bacteria are distinguished on the basis of DNA homology, GC content of DNA, cellular shape and ultrastructure, as well as characters relevant to environmental adaptation, such salt requirement, ammonia tolerance, ability to utilize urea, and whole-cell proteomics (Koops et al. 1991).

The human pathogens E. coli CFT073 and RS218 were thus examined by AFM with the same experimental parameters, and there were no significant differences in cellular shapes and dimensions between these three genotypes at the feature size of 10 μm, seen in Fig. 3a c.

Cellular shapes and sea urchin-like bodies illuminate with glowing colors on a deep, black background all crowded around one another, swimming and coexisting in the same space in the work of Mexican designer Daniel Barreto.

This model can simulate cell growth and division, and when modeling the growth of a multi-cellular cluster from a single cell, this algorithm simulates cellular shapes and multi-cellular structures in 3D.

In general, poorly differentiated tumours show large differences in cellular shapes and sizes and loss of histological structures.

A good example is the cytoskeleton which is controlled by few key elements but triggers complex cellular shapes and movement through many adaptive, partly autonomous functional modules.