Distributions of all expression values and Top 1% of expressed Transcript features for libraries: ABC_RG012, ABC_RG016, ABC_RG015, ABC_RG046, ABC_RG047, ABC_RG048, ABC_RG049, ABC_RG058, ABC_RG059, ABC_RG061, ABC_RG073, ABC_RG074, ABC_RG086, GCB_RG003, GCB_RG005, GCB_RG006, GCB_RG007, GCB_RG010, GCB_RG014, GCB_RG045, GCB_RG050, GCB_RG055, GCB_RG062, GCB_RG063, GCB_RG064, GCB_RG071, GCB_RG072, GCB_RG069, GCB_RG085
Download data matrix file (Transcript x library): TranscriptExpression_v57.txt.gz
Distribution of log2 expression values for library: ABC_RG012 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG016 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG015 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG046 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG047 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG048 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG049 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG058 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG059 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG061 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG073 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG074 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: ABC_RG086 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG003 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG005 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG006 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG007 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG010 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG014 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG045 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG050 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG055 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG062 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG063 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG064 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG071 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG072 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG069 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Distribution of log2 expression values for library: GCB_RG085 and data type: Transcript
Distribution of all expression values for the feature type: Transcript. Note that unlike in the individual gene pages these log2 expression values were not adjusted by adding 1 before converting to log2 scale. This results in -ve expression values if the average coverage of the feature was less than 1 before conversion to log2 scale. The 95th percentile of Silent Intergenic regions is reported to give an indication of the level of background expression noise. *If you can not see the figure below, click here
Top 1% of expressed Transcript features
The following table provides a ranked list of the most highly expressed Transcript features. Each column corresponds to an expression library. Each table cell contains the Gene Name (which links to the ALEXA-Seq gene record), followed by the Feature Name (which links to the feature's coordinates in the UCSC Genome Browser and displays expression data), the log2 expression value 'Exp' for the feature, and the percent expression value '% Exp' ([feature expression/gene expression]*100). For Gene records the percent displayed here represents the percentage of all reads for the library instead. Features that are NOT supported by an EST/mRNA sequence are indicated in bold. For exon junction features the number of exons skipped by the junction is indicated as 'Sn', where n is the number of exons skipped (e.g. S0 means no exons skipped, S1 means one exon skipped, etc.).