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Matches in Nanopublications for { ?s ?p "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " ?g. }

• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.
• _3 value "Supporting Table 7. The lists of cAMP responsive genes from HEK293T and MIN6 cells, hepatocytes, and pancreatic islets based on gene profiling using Affymetrix arrays. The values are lower bounds of the 90% confidence intervals of fold changes. In other words, if the lower bound value is 1, one can say with 90% probability that the gene expression is increased (fold change � 1). Gene expression induced by cAMP treatment (forskolin) is shown in \"FSK induction\" columns; inhibition by dominant negative A-CREB is shown in \"A-CREB inhibition\" columns. " provenance.