Sentence examples for the complex compartmentalization of from inspiring English sources

Visualization of the cell interior by electron microscopy catalysed both morphologists and biochemists to initiate experiments and make observations to identify, define and understand the complex compartmentalization of specialized cells, most notably including the morphologists G.E. Palade, C. DeDuve, D.W. Fawcett, K.R. Porter, J. Rhodin and F.S. Sjostrand.

Since animal tissues are in general simpler to digest than plant tissues, the carnivore's dependence on a diet with a high proportion of meat has led to less-complex compartmentalization of the stomach and a decrease in the length and folding (and therefore surface area) of the intestine.

Translational regulation in the oocyte is a complex process involving multi-component RNA-binding complexes, compartmentalization of maternal RNAs and polyadenylation-induced translation (reviewed in 43, 44).

In terms of cell biology, their complex compartmentalization is of major interest, because several plasmas and genomes coexist in these organisms, which can be traced back to either a prokaryote or a eukaryote [ 27].

This organization highlights the complexity and compartmentalization of the heart.

To explore the cellular compartmentalization of Wip1/BAX complexes, co-immunoprecipitation experiments using anti-BAX antibodies were performed with nuclear and cytoplasmic fractions of LNCaP cells after 6 h of γ-irradiation.

The defining feature of the eukaryotic cell is the compartmentalization of genetic material inside the nucleus.

In addition to compartmentalization, an additional process has likely contributed to generate the complex pattern of variation in the viral populations obtained from the PS and the infected patients.

The subcellular compartmentalization of eukaryotic cells is complex and offers the possibility of selectively isolating metabolic processes and biochemical reactions that may interfere with each other.

Finally, it is now well documented that endosomes, in addition to controlling the recycling or degradation of receptors, have been also evolutionarily exploited as subcellular platforms for the assembly and compartmentalization of signaling complexes in space and time.

Firstly, they reveal the importance of sphingolipids in the organization and compartmentalization of the ER.