Sentence examples for sophisticated interactions of from inspiring English sources

Glucose transport to the brain involves sophisticated interactions of solutes, transporters, enzymes, and cell signaling processes, within an intricate spatial architecture.

In summary, we propose that inner ear development resembles other developing systems insofar as sophisticated interactions of bHLH genes determine neuronal fate [3], [73].

In an attempt to determine the regulatory mechanisms by which ROS modulate the turnover of SENP3, we investigated the molecules that stabilize and destabilize SENP3 and discovered a sophisticated interaction of SENP3 with both CHIP and Hsp90.

It has resulted in identification of potential receptor targets, generation of optimized antibodies, and exploration of the role of sophisticated interactions between the immune system and the targeted cancer cells.

Although modern communication tools support a host of sophisticated interactions, reflection on the project suggests that the in-person meetings, during which the ETSU students transferred the project to the BME students, were crucial to allowing the BME students to reinterpret the project in a context more familiar to them.

The complexity of tumors and their sophisticated interactions with their environment call for imaging methods capable of detecting a diversity of tumor hallmarks [1, 2].

Determining the individuals head orientation is the basis for many forms of more sophisticated interactions between humans and technical devices and can also be used for automatic sensor selection (camera, microphone) in communications or video surveillance systems.

Instead, they have mainly used single-gene-based statistical analysis, which is less able to provide a full understanding of the sophisticated interactions between the genetic risk factors.

So far, crude formulations have been used to imitate volatile semiochemical interactions with non-volatile components, but new approaches must be developed to accommodate more sophisticated interactions and not least the activities of the non-volatile, particularly proteinaceous components, currently being deduced.

These sophisticated interactions differ among individuals based on environmental factors.

The complexity of mammalian cell division calls for a systems-level approach to understand the sophisticated interaction and regulation of proteins involved (Kittler et al, 2008).