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List of available measure details for EDS No 58

Measure	Description	More Info
Comparison 1 Change	A call indicating an Increase (I), Marginal Increase (MI), No Change (NC), Decrease (D), or Marginal Decrease (MD) in transcript level between a baseline array and an experiment array.	here
Comparison 1 Change p-value	p-value that indicates the significance level of the change call.	here
Comparison 1 Detection	A call indicating a Present (P), Absent (A), Marginal (M), or No Call (NC) in transcript level of an experiment array.	here
Comparison 1 Detection p-value	p-value that indicates the significance level of the detection call.	here
Comparison 1 Signal	A measure of the relative abundance of a transcript.	here
Comparison 1 Signal Log Ratio	The change in expression level for a transcript between a baseline and an experiment array. This change is expressed as the log2 ratio. A log2 ratio of 1 is the same as a fold change of 2.	here
Comparison 1 Signal Log Ratio High	The upper limit of the Signal Log Ratio within a 95% confidence interval.	here
Comparison 1 Signal Log Ratio Low	The lower limit of the Signal Log Ratio within a 95% confidence interval.	here
Comparison 1 Stat Common Pairs	The number of common probe pairs on two arrays (experiment versus baseline) after saturation across the probe set is determined.	here
Comparison 1 Stat Pairs	The number of probe pairs in the probe set.	here
Comparison 1 Stat Pairs Used	The number of probe pairs used in the detection call.	here
Comparison 2 Change	A call indicating an Increase (I), Marginal Increase (MI), No Change (NC), Decrease (D), or Marginal Decrease (MD) in transcript level between a baseline array and an experiment array.	here
Comparison 2 Change p-value	p-value that indicates the significance level of the change call.	here
Comparison 2 Detection	A call indicating a Present (P), Absent (A), Marginal (M), or No Call (NC) in transcript level of an experiment array.	here
Comparison 2 Detection p-value	p-value that indicates the significance level of the detection call.	here
Comparison 2 Signal	A measure of the relative abundance of a transcript.	here
Comparison 2 Signal Log Ratio	The change in expression level for a transcript between a baseline and an experiment array. This change is expressed as the log2 ratio. A log2 ratio of 1 is the same as a fold change of 2.	here
Comparison 2 Signal Log Ratio High	The upper limit of the Signal Log Ratio within a 95% confidence interval.	here
Comparison 2 Signal Log Ratio Low	The lower limit of the Signal Log Ratio within a 95% confidence interval.	here
Comparison 2 Stat Common Pairs	The number of common probe pairs on two arrays (experiment versus baseline) after saturation across the probe set is determined.	here
Comparison 2 Stat Pairs	The number of probe pairs in the probe set.	here
Comparison 2 Stat Pairs Used	The number of probe pairs used in the detection call.	here
Comparison 3 Change	A call indicating an Increase (I), Marginal Increase (MI), No Change (NC), Decrease (D), or Marginal Decrease (MD) in transcript level between a baseline array and an experiment array.	here
Comparison 3 Change p-value	p-value that indicates the significance level of the change call.	here
Comparison 3 Detection	A call indicating a Present (P), Absent (A), Marginal (M), or No Call (NC) in transcript level of an experiment array.	here
Comparison 3 Detection p-value	p-value that indicates the significance level of the detection call.	here
Comparison 3 Signal	A measure of the relative abundance of a transcript.	here
Comparison 3 Signal Log Ratio	The change in expression level for a transcript between a baseline and an experiment array. This change is expressed as the log2 ratio. A log2 ratio of 1 is the same as a fold change of 2.	here
Comparison 3 Signal Log Ratio High	The upper limit of the Signal Log Ratio within a 95% confidence interval.	here
Comparison 3 Signal Log Ratio Low	The lower limit of the Signal Log Ratio within a 95% confidence interval.	here
Comparison 3 Stat Common Pairs	The number of common probe pairs on two arrays (experiment versus baseline) after saturation across the probe set is determined.	here
Comparison 3 Stat Pairs	The number of probe pairs in the probe set.	here
Comparison 3 Stat Pairs Used	The number of probe pairs used in the detection call.	here
Comparison 4 Change	A call indicating an Increase (I), Marginal Increase (MI), No Change (NC), Decrease (D), or Marginal Decrease (MD) in transcript level between a baseline array and an experiment array.	here
Comparison 4 Change p-value	p-value that indicates the significance level of the change call.	here
Comparison 4 Detection	A call indicating a Present (P), Absent (A), Marginal (M), or No Call (NC) in transcript level of an experiment array.	here
Comparison 4 Detection p-value	p-value that indicates the significance level of the detection call.	here
Comparison 4 Signal	A measure of the relative abundance of a transcript.	here
Comparison 4 Signal Log Ratio	The change in expression level for a transcript between a baseline and an experiment array. This change is expressed as the log2 ratio. A log2 ratio of 1 is the same as a fold change of 2.	here
Comparison 4 Signal Log Ratio High	The upper limit of the Signal Log Ratio within a 95% confidence interval.	here
Comparison 4 Signal Log Ratio Low	The lower limit of the Signal Log Ratio within a 95% confidence interval.	here
Comparison 4 Stat Common Pairs	The number of common probe pairs on two arrays (experiment versus baseline) after saturation across the probe set is determined.	here
Comparison 4 Stat Pairs	The number of probe pairs in the probe set.	here
Comparison 4 Stat Pairs Used	The number of probe pairs used in the detection call.	here

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