Sentence examples for interactions and understand from inspiring English sources

This review will help to clarify the intracellular nanomaterial-organelle interactions, and understand the fundamentals of organelle-targeted drug delivery strategies, which is of vital importance for the design and successful biomedical applications of nanomaterials in therapeutic treatments.

To increase the chance of success in sustainable transformations, it is important to examine past evolving trajectories, identify key variables and their interactions, and understand how they result in fundamental structural changes (Chapin et al. 2006; Olsson et al. 2014; Reid et al. 2010; Scheffer and Westley 2007).

The diagnosed must work within this paradigm to understand biomedical information, make medical decisions, manage medical interactions and understand their illness experience (Sulik, 2009, p. 1072).

Ultimately, researchers would like to see and recognize all the components involved in cell-cell interactions and understand their precise molecular arrangement.

A detailed study of genetic variation in the region and other approaches such as functional genetic studies may be needed to help disentangle local interactions and understand the underlying mechanisms, e.g. intragenic and extragenic regulation mechanisms (Rokop and Grossman, 2009) and interactions between coding and regulatory variants within a gene (Lappalainen et al., 2011).

A user needs to be able to read and navigate the interface (visual interaction) or carry out speech based interaction and understand the messages that are being spoken (auditory interaction).

To gain further insight into the CoZi di-ubiquitin interaCoZi di-ubiquitinand the apparently conflinteractioning stoichiometries, we andlysed complexes at different NEMO/di-understandrathes by apparently

The number of possible combinations is so large that it's impossible to explore the surface exhaustively or comprehensively, except with an intelligent system that learns from every interaction, and understands from that learning what matters, what doesn't, and progressively builds solutions," says Blondeau.

In this study, we focus our efforts on the analysis of gene-disease-chemical relationships, in order to elucidate and infer novel interactions and to understand biology pertinent to respiratory diseases using network and matrix-based methods.

If we are to achieve comprehensive understanding of herpesvirus-host interactions and better understand the molecular basis of viral pathogenesis, it will be of great importance to study the function of herpesvirus miRNAs in the framework of PIN.

The goal is to use integrated molecular and biophysical approaches to study membrane TCR-MHC interactions and to understand how these interactions are modulated by co-receptors during T cell development and activation.