Here, on analysis of our whole-genome and whole-exome sequencing data of 29 melanoma samples, we identified several genes that harbor recurrent nonsynonymous mutations.
By examining the angles between the Eigen gene vectors and the condition vectors in root or shoot samples, we identified the abiotic stress-responsive modules.
From transcriptome of 20 single neuronal samples, we identified gene clusters that were negatively correlated with Dim1 of the electrophysiological parameters, which meant that these genes were enriched in matured neurons.
Upon complete sequencing of the 54 samples, we identified 9 novel sub-haplogroups of haplogroup R8.
With these samples, we identified small-scale CNVs, and then removed abnormal regions from identified small-scale CNVs.
In the analyzed samples, we identified members of all bacterial phyla, as well as archaea, a DNA virus and a Retrovirus.
Using tiny amounts of biological samples we identified phage-Abs binding to receptors preferentially expressed on primary tumor cells rather than on cells obtained from matched normal tissues.
By comparing the degree of methylation of their 5'CGI in UCWBC DNA samples and levels of gene expression in FPT RNA samples we identified ACSL3 to have the highest inverse concordance in vivo.
In the follicular adenoma samples, we identified mutations in the TSHR gene in seven of the 59 samples (12%): six of which were macrofollicular adenomas from the microarray study and one was a macrofollicular adenoma from the RT-PCR study.
By light microscopy of Hematoxylin-Eosin-Safranin-staining of normal tissue and diagnostic immunohistochemistry of the tumour samples we identified 17 cell-types (not shown), where four cell types mainly distinguished tumour from normal pleura.
Furthermore, by examining the expression profiles of the MFH samples, we identified a number of tissue differentiation genes above and beyond the 170-gene predictor that were also appropriately overexpressed according to their predicted histology.
