Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.
Raw CEL files were processed individually using the apt-probeset-summarize function within the Affymetrix Power Tools v1.18.0 software package. Simplified Expression Analysis (SEA) algorithm was used to summarize probesets and the Detectable Above BackGround (DABG) algorithm was used to assign p-values to probeset intensities. Following probeset summarization, the average of 95 anti-genomic probesets was subtracted from each RNA expression probeset. Any value less than 0, below microarray background, was set to 0. For present/absent calls, all probesets with a DABG p > 0.05 were set to 0.