Table 3. Mitochondria-related transcripts differently expressed in hereditary inclusion body myopathy (HIBM); 56 transcripts  representing 18.6% of the overall differentially expressed mRNAs of known function  were found to encode for proteins implicated in various mitochondrial processes

Table 3. Gene expression differences found with the analysis of cell migration in vitro compared to normal bladder and tumor stage of primary human bladder tumors

Table 1. PUTATIVE CLARA CELL TRANSCRIPTS

Supplementary Table 3. Immune response genes with  increased expression in the LRRC3B overexpressing xenograft tumors

Table 1a. Pearson's correlation between DNA copy number and gene expression for the genes of the minimal 8p region of amplification in cell lines

Table 1b. Pearson's correlation between DNA copy number and gene expression for the genes of the minimal 8p region of amplification in tumors

Table 2b. Genes up-regulated following PPAPDC1B shRNA treatment

Table 2a. Genes down-regulated following PPAPDC1B shRNA treatment

SuppTable1  Genes whose expression was found to significantly differ

Table 1. Genes whose expression in monoclonal CD4+T-LGL cells significantly (P < .006) changed after short-term in vitro hCMV stimulation

Table S2. Several of these genes that were identified in our work as potential targets of Nrf2 transcriptional regulation in the mouse lung have been implicated in certain neurodegenerative disorders. Table lists gene symbols  Entrez IDs  and functions.

Table 4. Potential novel transcription regulatory targets of Nrf2 in mouse lung; Prediction based on concurring ARACNE  CLR  and LibSVM characterization of data. Additionally  these gene products did not show up directly interacting with Nrf2 on the networks generated by our automated literature searches

Table 2: The genes that significantly differed between survivors and deceased patients; B. Biological function of the genes with significantly lower expression in the tumours from deceased patients compared to the tumours from 10-year survivors.