23 NT research has shown that continuous quality improvement approaches using action research methodology have successfully translated to improve delivery of best practice care.
This reversed-displacement immunosensor methodology has successfully measured TNT in seawater by direct injection, eliminating the need for preconcentration or pretreatment of samples.
As depicted in Figure 8, the proposed methodology has successfully detected a group of frequency bins that present coherent behavior (represented by the dashed lines) which corresponds to an underlying GSM technology-specific channel that is indeed included in the examined power spectrum block.
In addition, the same methodology has successfully been used to study the encapsulation of drug molecules inside single-walled nanotubes as the 'magic bullet' concept [16, 17] and the encapsulation of methane molecules and hydrogen atoms inside metal-organic frameworks for gas storage [18].
The methodology has successfully been applied to different microalgae to optimize culture medium for heterotrophic growth, starch and lipid production, CO2 fixation as well as metabolite extraction for bio-industrial purposes [ 34]–[ 38].
Importantly, by using the same computational methodology we have successfully employed in previous investigations of (NO/Cys -Fe(II)CDO aNO/Cys -Fes)-Fe(II CDOO, the spin ground stands and key speCN /Cys -Fesignatures of both the (N3–)-Fe(III)CN /Cys -Fe–/Cys)-Fe(III CDO species could be adequathey reproduced.
Recently, the above mentioned parallel DNA sequencing methodologies have been successfully applied to both miRNA identification and quantification [ 11, 14, 16, 37].
In recent years, the network-based methodologies have been successfully introduced into the systems biology researches for drug discovering [ 2], identifying disease-related genes [ 10– 15], and revealing the molecular mechanisms of tumorigenesis [ 16– 16].
The Primed Picture-Naming Task (PPNT) has been widely used to study language processing in adults; however, few studies have successfully implemented the methodology with children under 5 years of age, in part due to children's difficulty in completing the task.
We have successfully applied this methodology to predict stability changes of mutations occurring in p53, demonstrating the applicability of mCSM in a challenging disease scenario.
