Ression between the tissue and the cell line H1299 (log2 Tissue

Ression between the tissue and the cell line H1299 (log2 Tissue/H1299). Due to the broad range of miRNA expression levels present in these samples, Spearman correlation values are presented.Supporting InformationFigure S1 10236-47-2 site percent detection among 484 commonly interrogated miRNA transcripts in different sample types. For each sample tested during this study, the percent of miRNA transcripts among those commonly interrogated was plotted. (TIF) Figure S2 Pairwise platform comparisons of 484 commonly interrogated miRNA transcripts. The relative agreement of miRNA transcripts that were detected across platforms was assessed in a pair-wise manner by comparing 484 miRNA transcripts that were interrogated within each of the tested platforms. (TIF) Table S1 Numerical values for the percent detection among 484 common miRNA transcripts in different sample types. (DOCX) Table S2 Numerical values for the commonly detected miRNA transcripts determined from pairwise comparisons of all platforms. (DOCX) Table S3 Comparison of Fluidigm-based qPCR with Affymetrix, Agilent, Illumina, Nanostring, and miRNA-Seq platforms. Log transformed data from sample FF1 (Table S3a) and FFPE9a (Table S3b) were compared for 41 and 37, miRNA transcripts, respectively. (DOCX) Table 1655472 S4 Top 50 ranked transcripts determined for each platform. Normalized data were ranked by signal or count for each of the six samples that were tested in this study; A) FF1, B) FF2, C) FFPE9a, D) FFPE9b, E) H1299-1, F) H1299-2. (PDF)AcknowledgmentsWe thank the Mayo Clinic Cancer Center, Center for Individualized Medicine, and the Research Core Oversight Subcommittee for support of this work. We thank Dr. Don Baldwin for helpful technical discussions.Author ContributionsProvided 15481974 scientific expertise and oversight: JJ WL EAT EDW PL. Provided samples: PY. Provided data analysis oversight and expertise: ALO PL. Conceived and designed the experiments: JJ CPK RMF. Performed the experiments: RMF FR JSJ VS DAS BWE MZ JMC. Analyzed the data: CPK GS RMF DEG SM. Contributed reagents/materials/analysis tools: GS CPK DEG JJ. Wrote the paper: CPK RMF JJ.
Several isoforms of the gp91phox catalytic subunit of NADPH oxidase have been described. These isoforms are now Clavulanate (potassium) termed NOXs, and comprise Nox1?, Duox1 and 2 with Nox2 being the new name for gp91phox [1]. Superoxide-generating enzymes are a major sources of ROS and have been shown, by way of redox modulation of cellular signalling, to play important roles in disease pathophysiology, in particular inflammatory diseases [2,3,4]. The progression of atherosclerosis is an inflammatory process requiring cellular migration and infiltration. Indeed, it has been shown that within atherosclerotic plaques, in ApoE2/2 mice, macrophages were a prominent source of Nox2 [5]. Furthermore, the Nox2 expression was elevated before the appearance of lesions, consistent with a causal role for the enzyme in the early activation of critical pro-atherogenic pathways. Importantly, global deletion of Nox2 in the ApoE2/2 mice inhibited atherosclerotic lesion development in the aortic arch, thoracic and abdominal aorta [5]. In keeping with atherosclerosis, a high cholesterol diet which is implicated in this process, has been shown to induce an inflammatory response in the post capillary venules [6]. This hypercholesterolemia induced inflammatory response was demonstrated to be dependent on superoxide production, in particular that from NADPH oxidase. Thus NADPH oxidase superoxideproduction.Ression between the tissue and the cell line H1299 (log2 Tissue/H1299). Due to the broad range of miRNA expression levels present in these samples, Spearman correlation values are presented.Supporting InformationFigure S1 Percent detection among 484 commonly interrogated miRNA transcripts in different sample types. For each sample tested during this study, the percent of miRNA transcripts among those commonly interrogated was plotted. (TIF) Figure S2 Pairwise platform comparisons of 484 commonly interrogated miRNA transcripts. The relative agreement of miRNA transcripts that were detected across platforms was assessed in a pair-wise manner by comparing 484 miRNA transcripts that were interrogated within each of the tested platforms. (TIF) Table S1 Numerical values for the percent detection among 484 common miRNA transcripts in different sample types. (DOCX) Table S2 Numerical values for the commonly detected miRNA transcripts determined from pairwise comparisons of all platforms. (DOCX) Table S3 Comparison of Fluidigm-based qPCR with Affymetrix, Agilent, Illumina, Nanostring, and miRNA-Seq platforms. Log transformed data from sample FF1 (Table S3a) and FFPE9a (Table S3b) were compared for 41 and 37, miRNA transcripts, respectively. (DOCX) Table 1655472 S4 Top 50 ranked transcripts determined for each platform. Normalized data were ranked by signal or count for each of the six samples that were tested in this study; A) FF1, B) FF2, C) FFPE9a, D) FFPE9b, E) H1299-1, F) H1299-2. (PDF)AcknowledgmentsWe thank the Mayo Clinic Cancer Center, Center for Individualized Medicine, and the Research Core Oversight Subcommittee for support of this work. We thank Dr. Don Baldwin for helpful technical discussions.Author ContributionsProvided 15481974 scientific expertise and oversight: JJ WL EAT EDW PL. Provided samples: PY. Provided data analysis oversight and expertise: ALO PL. Conceived and designed the experiments: JJ CPK RMF. Performed the experiments: RMF FR JSJ VS DAS BWE MZ JMC. Analyzed the data: CPK GS RMF DEG SM. Contributed reagents/materials/analysis tools: GS CPK DEG JJ. Wrote the paper: CPK RMF JJ.
Several isoforms of the gp91phox catalytic subunit of NADPH oxidase have been described. These isoforms are now termed NOXs, and comprise Nox1?, Duox1 and 2 with Nox2 being the new name for gp91phox [1]. Superoxide-generating enzymes are a major sources of ROS and have been shown, by way of redox modulation of cellular signalling, to play important roles in disease pathophysiology, in particular inflammatory diseases [2,3,4]. The progression of atherosclerosis is an inflammatory process requiring cellular migration and infiltration. Indeed, it has been shown that within atherosclerotic plaques, in ApoE2/2 mice, macrophages were a prominent source of Nox2 [5]. Furthermore, the Nox2 expression was elevated before the appearance of lesions, consistent with a causal role for the enzyme in the early activation of critical pro-atherogenic pathways. Importantly, global deletion of Nox2 in the ApoE2/2 mice inhibited atherosclerotic lesion development in the aortic arch, thoracic and abdominal aorta [5]. In keeping with atherosclerosis, a high cholesterol diet which is implicated in this process, has been shown to induce an inflammatory response in the post capillary venules [6]. This hypercholesterolemia induced inflammatory response was demonstrated to be dependent on superoxide production, in particular that from NADPH oxidase. Thus NADPH oxidase superoxideproduction.