Sentence examples for structural compartmentalization from inspiring English sources

The mature spermatozoon exhibits extraordinary structural compartmentalization that is related to the presence of cytoskeletal proteins and has a functional role in connection with fertilization and motility.

To date, studies of the Dainan Formation have focused primarily on the paleontological, sequence stratigraphic, and structural compartmentalization of the basin (Dong 1999; Lu 2000; Zhang et al. 2005; Pang and Cao 2005; Zhu et al. 2013; Chen et al. 2015).

Numerous studies have reported that pollen tubes and root hairs, two tip growing plant cells, display a structural and functional compartmentalization of their cytoplasm and their organelles, which is thought to be essential for tip growth [ 15- 19].

Further studies in this field would be helpful to form an integral concept of the structural and functional compartmentalization of the nucleus as well as to extend our knowledge on the mechanisms of early embryogenesis in mammals.

The aim was to identify areas of bypassed hydrocarbon accumulations during production due to compartmentalization. Structural modelling of the Z-2 reservoir identified three intra-reservoir faults that could lead to possible compartmentalization of the reservoir.

Adaptations during the ongoing evolution of glycolysis have involved the rapid emergence of new genes by duplication and retrotransposition, the acquisition of distinct expression patterns in male germ cells, changes in the enzymatic properties, and novel structural features that facilitate compartmentalization of the glycolytic pathway in the principal piece of the sperm flagellum.

We demonstrate that heterogeneous hydrodynamic properties and channelized flows result from tectonically-controlled aquifer compartmentalization along the structural directions of successive tectonic phases.

Compartmentalization of chromatin into distinct structural and likely functional domains may not be required at the late one-cell stage since the genome is uniformly under-expressed, the transcript and protein requirements are supplied maternally.

According to Cosentino (2001), fault modeling is the most important aspect of the structural modeling because of its impact on reservoir compartmentalization which can have a direct effect on reservoir fluid flow, thus affecting the dynamic simulation model to be applied for future development of the reservoir.

The authors suggest that the structural modifications of the proteins may affect their compartmentalization (nucleus or other cell organelles) or binding properties.

Other reported examples are related to the structural and dynamic aspects of biomolecules, biophysical concepts, compartmentalization, and signaling (Roberts et al., 2005; Tang and Teng, 2005; Bivall Persson et al., 2006).