This paper presents a study on the arrays of WECs to design the wave power plant.
In addition, as this study was conducted at a tertiary medical center, further studies of the array are needed before the method is implemented in primary or secondary hospitals or resource-poor settings for diagnosis of onychomycosis.
To study the performance of the array, statistical error modelling and PSpice simulations were used in a Monte Carlo analysis coupled with principal component analysis.
The paper reviews the design process from proof of concept lab-based study, through modelling of the array geometry and interface layer to array search algorithm development.
In this study, the SNPs of the array were in silico mapped in B. napus 'pseudomolecules' to establish their hypothetical order.
TW was responsible for oversight of the genomics component of the study, performed the array data analysis and wrote the manuscript.
Our nondenaturing purification approach therefore paves the way for biologically relevant biochemical and biophysical studies of the vast array of emergent, often structurally complex, non-coding RNAs.
MH participated in the design of the study and the array, transformed the raw array data into interpretable formats, including adapting it to the Artemis annotation software, analyzed the data, and assisted in drafting the manuscript.
HM participated in the design of the study, carried out the array and sequencing studies and drafted the manuscript.
JTT conceived the idea of the study, coordinated the study, made the bioinformatic analysis of the array data and drafted the manuscript.
