In order to test whether each pure GA-sequence was in fact an individual I measured the degree of homology between every pure GA-sequence and every other that was found in human chromosomes 1, 2, 3, 7, 17 and X.
The I 2 value measuring between-study heterogeneity was 60%9595% UI: 24 79%).
The main functions of the robots are: (i) measuring the actual space between every two sectors, (ii) positioning of the 150 kg splice plates between the sector shells, (iii) welding the splice plates to the sector shells, (iv) NDT of the welds, (v) repairing, including machining of the welds, (vi) He-leak tests of the welds, and (vii) the non-planned functions that may turn out.
Figure 1a shows the I V curve measured between the source and drain electrodes.
FCs between the 12 insular subdivisions (as 12 regions of interest (ROIs)) and the whole brain (ROI-whole brain level) or 64 selected pain-related brain regions (64 ROIs, ROI-ROI level) were measured between the males and females.
It shows a linear behavior, confirming the ohmic contacts between the In/Au electrodes and the CdS NB. Figure 1b shows the I V curve measured between the source and gate electrodes on an exponential scale.
The line represents the coefficient of Global Moran's I measuring spatial association, which assumes values between -1 and +1 (LeSage and Pace, [2009]).
To detect miRNAs with significant differences between HCC and ANL, we used SAM, which is a statistical technique for finding significant genes originally in a set of microarray experiments.[19] SAM computes a statistic di for each gene i, measuring the strength of the relationship between miRNA gene expression and the response variable.
SAM computes a statistic d i for each gene i, measuring the strength of the relationship between gene expression and the response variable.
(a) The current voltage (I-V) curve measured between the source and drain electrodes.
The I-V curves measured between any two points show a perfect linear dependence, which indicates that the deposited MoS2 nanodiscs have good conductivity.
