The phrase "a system wide understanding" is correct and usable in written English.
It can be used when referring to a comprehensive grasp or awareness of a system as a whole, often in contexts related to organizations, processes, or technologies.
Example: "To improve efficiency, we need to foster a system wide understanding among all team members regarding our operational procedures."
Alternatives: "a holistic understanding" or "an organization-wide comprehension".
The 21st Century challenge in the Life Sciences is to bring together widely dispersed models and knowledge in order to enable a system-wide understanding of these complex systems.
Having a comprehensive view of patient flow can help construct a system-wide understanding of what given management interventions actually accomplish.
A system-wide understanding of the expression patterns of these genes would provide many new insights into their roles in normal and disease processes.
Further studying ECs from different parts of the vasculature will enhance the system wide understanding for hyperglycemia-induced vascular dysfunction [ 31].
This comprehensive new background knowledge enables research towards systems wide understanding of the P. pastoris expression system and provides the basis for reengineering this host using synthetic parts and pathways to improve biopharmaceutical production.
Our findings provide a new, system-wide understanding of the patterns of brain activity that are associated with brief attentional lapses, which informs both theoretical and clinical models of goal-directed behavior.
To gain a more comprehensive and system-wide understanding of molecular pathways in GBM, more sensitive gene expression profiling technology is needed.
Such integrative networks made a substantial contribution in system-wide understanding of the biology of well-studied model organisms such as Saccharomyces cerevisiae (budding yeast) and Arabidopsis thaliana (thale cress) [ 10- 12].
Database URL: http://research.nhgri.nih.gov/pigment_cell/ Biomedical research is entering a phase of discovery that seeks to incorporate genome-wide and cell system-wide understanding of multiple aspects of the pathways at work in biological systems (1), and expanded resources are needed to facilitate comprehension of these broad research approaches.
Genome-scale metabolic models have proven themselves in a wide range of applications in the field of biotechnology, such as system-wide drug targeting, metabolic engineering of microbial systems for production of various chemicals and materials, and system-wide understanding of cellular metabolism [ 1- 5].
Genomics and proteomics methods are perfectly suited to this task in terms of providing a system-wide view necessary for understanding complex diseases, but they come with their own set of interpretation challenges.
