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The union of all of the modules was then compared to the original graph to identify those nodes that had not been assigned to a module.
The number of co-occurrence modules was then determined that have a Z-score higher or equal than the cut-off shown in Fig. 2B.
The composition of modules was then assessed by pathway analysis using defined gene ontologies (GO) via the DAVID analysis tool [ 64, 65].
The t-statistic of the original modules was then compared to the null distribution and a P-value was calculated to determine if it was significantly different from random (P < 0.05) or not different from random (P > 0.3).
The module score for each of the modules was then computed as (12) A v e r a g e M o d u l e S c o r e i = ∑ j = 1 C N o d e S t r e n g t h j C where, i is the i th module and C = 3 ⋯ M, where C denotes the number of nodes in the module and M is the largest module identified in the TF interaction network.
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Super modules are then lifted to the construction site and integrated to complete the nuclear island.
The PV modules are then combined in series and parallel to form PV arrays.
The simulated ultrasonic modules are then built and characterized experimentally through laser-interferometry measurements and electrical resonance spectra.
The resulting modules are then connected in a token ring structure to form the actual PET system.
Excess neutrons produced by the uranium modules are then used to drive the thorium modules (which have poor neutron economy) to breed 233U fuel.
The detector modules are then combined into the total of 24 detector buckets (2×4 detector modules) forming a four-ring scanner.
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