Figure 5 Candidates for gene clusters related to substrate recognition.
Using this threshold, we identified 14 candidate clusters related to TCS.
Combining these results and substrate specific proteins, we found substrate-specific gene clusters related to recognition of each substrate.
This implies that the g th observation cluster O g must be a union of all the individual observation clusters related to the transmit antennas: O g = O g ( 0 ) ⋃ ⋅ ⋅ ⋅ ⋃ O g ( N T - 1 ).
It can be noticed that the seismicity clusters related to peaks 5 and 11 are located near the down dip edges of the corresponding slip patches (Fig. 9e, k).
No association was detected between the 25 markers for the 6 QTL clusters related to grain shapes on Chr01, Chr02, Chr03, Chr07, Chr08 and Chr09 (Additional file 1: Tables S4 and S7; Additional file 2: Figure S1).
We also evaluated the timeliness of detection for the clusters related to the known Legionnaires' disease outbreaks.
Clusters related to Alpha-, Beta-, Gamma-, anDelta-Proteobacteriaia were most common and showed distinct geographic distributions.
Amongst the significantly regulated genes there appeared to be clusters related to growth factor action (Hdgf, Gdf9), mitochondrial function (Immt, Prss25) and translation (Eif2s1, Taf12).
Both pathways had statistical scores of >30, and unique gene clusters related to innate immunity and either TNFα or NFkB signaling, respectively (Figure 7).
Both GWAS and microarray genes form functional clusters related to different aspects of cell adhesion, including cell adhesion itself, cell junction, extracellular matrix glycoproteins, fibronectin, actin cytoskeleton, and cell motility.
