Epac's are exchange factors activated by this compound. HCN channels are activated by thebinding of this substance. This substance is used as a chemoattractant by Dictyostelium duringaggregate formation. In higher eukaryotes, most functions of this compound are mediated by itsattachment to the two regulatory subunits of protein kinase A. This substance binds to the CataboliteActivator Protein in order to suppress the (*) lac operon in the presence of glucose, and this substance isbroken down by phosphodiesterase. This substance is produced after G-proteins activate adenylate cyclase,which synthesizes this substance from ATP. For 10 points, name this second messenger which is anucleotide cont
Epac's are exchange factors activated by this compound. HCN channels are activated by thebinding of this substance. This substance is used as a chemoattractant by Dictyostelium duringaggregate formation. In higher eukaryotes, most functions of this compound are mediated by itsattachment to the two regulatory subunits of protein kinase A. This substance binds to the CataboliteActivator Protein in order to suppress the (*) lac operon in the presence of glucose, and this substance isbroken down by phosphodiesterase. This substance is produced after G-proteins activate adenylate cyclase,which synthesizes this substance from ATP. For 10 points, name this second messenger which is anucleotide containing an extra ring.
Epac's are exchange factors activated by this compound. HCN channels are activated by thebinding of this substance.
cyclic AMP [or cAMP or cyclic adenosine monophosphate]