Most likely more sophisticated methods are needed to understand the complex interplay of regulative elements within a cluster as recently shown for regulatory elements of odorant receptors in Drosophila [ 100] and their distribution within clusters.
Transitions were influenced by the complex interplay of multiple elements that included: knowing the resident; critical geriatric knowledge and skilled assessment; positive relationships; effective communication; and timeliness.
With the advance of high throughput technologies, it is now feasible to reversely engineer the underlying genetic networks that describe the complex interplay of molecular elements that lead to complex diseases.
To our knowledge, this study is a pioneering attempt at developing a relevance concept based systematic approach to reversely engineer the underlying genetic networks that describe the complex interplay of molecular elements that lead to complex diseases.
The innovative approach proposed in this trial recognizes that translating and exchanging knowledge and implementing evidence in clinical practice result from a complex interplay of interpersonal elements that influence the clinical encounter.
CHW productivity is influenced by a complex interplay of the four elements that comprise an enabling work environment workload, supportive supervision, supplies and equipment, and respect.
However, the complex interplay of Hox regulatory elements has not been clearly mapped in organisms other than Drosophila, where distinct regulatory domains control gene expression; most importantly, boundary elements flank each regulatory domain and define its limits in the bithorax complex [ 9].
The regulatory network that controls Xist expression in mice has recently begun to be unravelled, revealing a complex interplay of cis-acting elements and trans-acting factors or RNAs, all of which are tightly integrated with the early steps of differentiation (Fig. 2).
With the advance of large-scale omics technologies, it is now feasible to reversely engineer the underlying genetic networks that describe the complex interplays of molecular elements that lead to complex diseases.
Each type of malnutrition is the result of a complex interplay of factors involving such diverse elements as household access to food, child and ma ternal care, safe water and sanitation and access to basic health services.
