4.6.1.1: adenylate cyclase This is an abbreviated version! For detailed information about adenylate cyclase, go to the full flat file .
Reaction
ATP =
3',5'-cyclic AMP +
diphosphate
Synonyms 3',5'-cyclic AMP synthetase, AC, AC 1, AC 2, AC 3, AC 4, AC 5, AC 7, AC 8, AC 9, AC Rv1625c, AC toxin, AC-IV, AC-V, AC-VI, AC1, AC2, AC3, AC4, AC5, AC6, AC7, AC8, AC9, ACA, ACB, ACbeta, ACG, ACI, ACII, ACIII, ACT, ACTP10, ACV, ACVI, ADCY10, Adcy5, adenyl cyclase, adenylate cyclase, adenylate cyclase 1, adenylate cyclase 10, adenylate cyclase 5, adenylate cyclase 6, adenylate cyclase toxin, adenylate cyclase type 10, adenylate cyclase type 5, adenylate cyclase [ATP pyrophosphate-lyase (cyclizing)], Adenylate cyclase, olfactive type, adenylate cyclases I, adenylate cyclases IV, adenylate cyclases VI, adenylyl cyclase, adenylyl cyclase 1, adenylyl cyclase 2, adenylyl cyclase 5, adenylyl cyclase 6, adenylyl cyclase 8, adenylyl cyclase 9, adenylyl cyclase toxin, adenylyl cyclase type 1, Adenylyl cyclase type 10, adenylyl cyclase type 5, adenylyl cyclase type 6, adenylyl cyclase type 8, adenylyl cyclase type V, adenylyl cyclase type VI, adenylyl cyclase VI, adenylyl cyclase VII, adenylyl cyclase, type-V, adenylyl cyclase, type-VI, adenylyl cyclase-5, adenylyl cyclase-beta, adenylyl cyclase-V, adenylyl cyclases 1, adenylyl cyclases 8, adenylylcyclase, Amac3, ATP pyrophosphate-lyase, ATP-diphosphate-lyase cyclizing, ATP-pyrophosphate lyase cyclizing, bacterial photoactivated adenylyl cyclase, BGP_1043, bPAC, Ca(2+)-inhibitable adenylyl cyclase, Ca(2+)/calmodulin activated adenylyl cyclase, Ca(II)- and calmodulin-dependent adenylyl cyclase edema factor, Ca-stimulated type 8 adenylyl cyclase, Ca2+-calmodulin stimulated adenylyl cyclase type 8, Ca2+-dependent adenylyl cyclase, Ca2+/calmodulin-stimulated adenylyl cyclase 1, calcium-sensitive adenylyl cyclase, calcium-stimulated adenylyl cyclase, class I AC, class I adenylate cyclase, class II AC, class III AC, class III adenylate cyclase, class III adenylyl cyclase, class IIIb AC, class IV AC, class IV adenylyl cyclase, class IVadenylyl cyclase, class V AC, class VI AC, Cya, Cya1, CyaA, CyaA toxin, CyaB, cyaB1, CyaB1 adenylyl cyclase, CyaB2, cyaC, CyaG, cyclase, adenylate, Cyr1p, Edema factor, ExoY, G protein-regulated adenylyl cyclase, GRESAG 4.1, GRESAG 4.3, GRESAG4.1, group 1 adenylyl cyclase, IIC2, ion-channel adenylyl cyclase, Ma1120, mAC, MAP0426c, MAP1279c, MAP1318c, MAP1357, MAP2079, MAP2250c, MAP2440, MAP2507c, MAP2672, MAP2695c, MAP3844, MAP4266, membrane adenylyl cyclase, ML1399, MM0123, MM0157, MM0286, MM0666, MM0730, MM0935, MM1414, MM2428, MM2454, MM2550, MM2962, MM3042, MM3043, MM3257, MM3505, MM3522, MM3640, MM3755, MM3757, MM3795, MM4078, MM4079, MM4080, MM4120, MM4173, MM4340, MM4370, MM4438, MM5137, MM5254, MM5257, More, MSMEG0218, MSMEG0536, MSMEG3253, MSMEG3579, MSMEG3786, MSMEG4282, MSMEG4472, MSMEG4909, MSMEG5003, MSMEG6117, Oscil6304_3613, PAC, particulate adenylyl cyclase, PfACalpha, pituitary adenylate cyclase, PleD, Rutabaga protein, Rv0386, Rv0891c, Rv1120c, Rv1264, Rv1318c, Rv1319c, Rv1320c, Rv1358, Rv1359, Rv1625c, Rv1647, Rv1900c, Rv2212, Rv2435c, Rv2488c, Rv3645, Ry1625c, sAC, sACI/II, SACY, Slr1991 adenylyl cyclase, soluble AC, soluble adenylate cyclase, soluble adenylyl cyclase, TczAC, tmAC, transmembrane adenylyl cyclase, transmembrane adenylyl cyclase type 1, transmembrane adenylyl cyclase type 3, transmembrane adenylyl cyclase type 8, type 1 AC, type 1 adenylyl cyclase, type 1 Ca2+/calmodulin-stimulated adenylyl cyclase, type 3 adenylyl cyclase, type 5 adenylyl cyclase, type 6 adenylyl cyclase, type 8 AC, type 8 adenylyl cyclase, type I adenylate cyclase, type II AC, type III adenylyl cyclase, type V AC, type V adenylate cyclase, type V adenylyl cyclase, type VI adenylyl cyclase, type VIII adenylyl cyclase, VC1, xlAC
ECTree
Source Tissue
Source Tissue on EC 4.6.1.1 - adenylate cyclase
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vascular smooth muscle cell line
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all 9 membrane-associated adenylate cyclases
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glomeruli of the antennal lobes are specifically stained, whereas the core of the antennal lobes displays only weak labeling
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AC2
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AC1 preferentially expressed in sino-atrial node cells, present as mRNA and as protein, AC5 present, AC8 absent
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forskolin-insensitive AC isoforms in various B cell populations
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of isolated ventricular myocytes
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epithelial cells, both intercalated cells and principal cells
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pupal
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AC5 and AC7
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AC4 and AC6
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AC isoforms 3, 4, 6, 8, and 9
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erythroleukemia cell line, high expression of isozyme AC7
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AC1
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AC2
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posterior
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isoform AC5
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AC5
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the insulin-secreting cells, derived from in vivo immortalized insulin-secreting pancreatic beta cells, are endogenously expressing Ca2+-sensitive AC isoforms
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primarly expresses AC6
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all 9 membrane-associated adenylate cyclases
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isoform AC3 is evenly distributed in different sensory, central and motor neuropils
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pheromone detection in male mice depends on signaling through AC3
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cardiac sinoatrial nodal pacemaker cells
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AC6
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AC2
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a macrophage-like cell line
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isoform AC5 is the major adenylyl cyclase isoform in the cortex of the kidney
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in all intercalated cells, sAC and vacuolar proton pumping ATPase show considerable overlap under basal conditions, but sAC is also found in other cellular locations in the absence of vacuolar proton pumping ATPase. In type A-intercalated cells, both sAC and vacuolar proton pumping ATPase are apically and subapically located, whereas in type B-intercalated cells, significant basolateral colocalization of sAC and the vacuolar proton pumping ATPase is seen
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specific localization of the 50 kDa isoform to the axoneme of ciliated airway epithelial cells
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AC9
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lumbar spinal cord segments
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ACB is expressed during late development
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expresses all nine adenylate cyclase isoforms
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diffuse expression of AC1
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AC6
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isozymes AC8, AC6 and AC5
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isozyme AC5
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isozyme AC6
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isozyme AC8
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isozyme AC1
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isozyme AC1
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low activity
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highly expressed in somata of mushroom body neurones
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cerebral cortex
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mictrotubule
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all nine membrane-associated isoforms
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limbic system, induced and uninduced enzyme activity in different structures, overview
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post-mortem Brodmanns area 9 and cerebellum from the right hemisphere from normal controls and suicide subjects, demographic characteristics, overview
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AC1, pre-synaptic localisation in mossy fibres
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isozymes AC8, AC6, AC1, AC3, and AC2, high expression level of isozyme AC8 in numerous brain regions, including the hippocampus, thalamus, habenula, cerebellar cortex and hypothalamic supraoptic and paraventricular nuclei
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AC9
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all 9 membrane-associated adenylate cyclases
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specifically expressed in primary cilia
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dorsal striatum and nucleus accumbens show a high content of isozyme AC5
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isozyme AC1
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isozyme AC1 is abundantly expressed within limbic regions of the central nervous system
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isozyme AC2
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isozyme AC3
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isozyme AC5 is abundantly expressed within limbic regions of the central nervous system
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isozyme AC6
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isozyme AC8 is abundantly expressed within limbic regions of the central nervous system
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isozyme AC8, high expression level of isozyme AC8 in numerous brain regions, including the hippocampus, thalamus, habenula, cerebellar cortex and hypothalamic supraoptic and paraventricular nuclei
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primary somatosensory, barrel, cortex
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isoforms AC7 and AC9
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specifically expressed in primary cilia
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AC9
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hippocampus, cerebellum and neocortex
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striatum
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cytosolic brain isozyme
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limbic system, induced and uninduced enzyme activity in different structures, overview
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prefrontal cortex
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highest AC1 expression, present in molecular layer, weak AC8 expression at postnatal day 7 and decreases further by postnatal day 14
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highest AC1 expression, present in molecular layer, weak AC8 expression at postnatal day 7 and decreases further by postnatal day 14
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ACIII localizes to cilia in adults, throughout the cortex, including the subiculum, as well as the retrosplenial granular, visual, motor, and orbital cortices
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ACIII localizes to cilia in adults, throughout the cortex, including the subiculum, as well as the retrosplenial granular, visual, motor, and orbital cortices
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expresses all nine adenylate cyclase isoforms
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isozyme AC5
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all 9 membrane-associated adenylate cyclases
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E15 Sprague-Dawley rat embryos
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infected with Plasmodium falciparum
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embryo
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normal and Rous sarcoma transformed
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neonatal cardiac, isozyme AC2 is localized to the same structures in adult mice
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neonatal cardiac, isozyme AC5 is localized to the same structures in adult mice
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AC1
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ACIII localizes to cilia in adults, throughout nuclei of the deep forebrain, including the nucleus accumbens, caudate/putamen, thalamus, and hypothalamus
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synaptosome fractions from the adult brain show robust expression of AC1 in the postsynaptic density and extrasynaptic regions, while expression of AC8 is observed in the presynaptic active zone and extrasynaptic fractions
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synaptosome fractions from the adult brain show robust expression of AC1 in the postsynaptic density and extrasynaptic regions, while expression of AC8 is observed in the presynaptic active zone and extrasynaptic fractions
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AC9
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isozymes AC6, AC5, AC2 and AC3
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cardiac isozyme AC5
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expression of isozyme adenylyl cyclase VI, ACVI, at the left ventricular
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isozyme AC2
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isozyme AC2 is localized to the same structures in adult mice
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isozyme AC3
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isozyme AC5
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isozyme AC5 is localized to the same structures in adult mice
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isozyme AC6
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isozyme ACVI
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isoforms AC3, AC5, and AC7 are detected in heart, AC5 is an important adenylyl cyclase isoform in heart
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cardiac isozyme AC5
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high activity in sinoatrial nodal cells, and less in ventricular myocytes
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AC2, AC9
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AC8
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HEK-hD1, HEK-293 cells transiently transfected with human D1 dopamine receptor
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AC8
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AC1 and AC8 highly expressed
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localizes to primary cilia in adults and juveniles
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lowest expression of AC1, protein increases in abundance in the neonatal hippocampus from postnatal days 714. By adulthood, abundant AC1 protein expression in the mossy fiber tract. AC8 protein levels are abundant during development, with diffuse and increasing expression in the hippocampus that intensify in the CA1/CA2 region by adulthood
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strong expression of AC1 in the dentate gyrus and CA2 regions, AC8 expression is restricted to the CA1 region
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localizes to primary cilia in adults and juveniles
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lowest expression of AC1, protein increases in abundance in the neonatal hippocampus from postnatal days 714. By adulthood, abundant AC1 protein expression in the mossy fiber tract. AC8 protein levels are abundant during development, with diffuse and increasing expression in the hippocampus that intensify in the CA1/CA2 region by adulthood
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AC8 highly expressed
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AC9
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CA1 pyramidal neurons
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isoforms AC3, AC4, and AC6
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AC5 and AC6
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isozymes AC6 and AC5
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collecting duct, apical domain of type A-intercalated cells
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isozyme AC5
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isozyme AC6
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50 kDa splice variant and mRNA coding for full-length sAC
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isozymes AC6 and AC5
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isozyme AC5
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isozyme AC6
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isozymes AC8, AC6, AC5, AC2 and AC3
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isozyme AC2
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isozyme AC3
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isozyme AC5
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isozyme AC6
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isozyme AC8
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cardiac
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isozyme ACVI
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ventricular, isozyme AC2 is localized to the same structures in adult mice
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ventricular, isozyme AC5 is localized to the same structures in adult mice
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ventricular
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ventricular
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ventricular, significantly less cAMP formation in response to adenylate cyclase stimulation in aged compared to younger cells
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gustatory receptor neurons
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anterior cingulate cortex, ACC, neurons from a key region involved in high brain cognitive and executive functions
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spinal commissural neuron cultures from embryonic day 14 from pregnant Sprague-Dawley rats
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locus coeruleus neuron
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isozymes AC8 and AC3, epithelium
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isozyme AC3, epithelium
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isozyme AC8, epithelium
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isozymes AC8 and AC3
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isozyme AC3
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isozyme AC8
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cyclic AMP levels in photoreceptor cells are highest in darkness and reduced by light exposure
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cyclic AMP levels in photoreceptor cells are highest in darkness and reduced by light exposure
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AC9
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AC9
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AC1 is a major adenylyl cyclase isoform controlling cyclic AMP synthesis in the mouse retina
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localization of isozyme ACVII in photoreceptorouter segments, the outer plexiform layer, the inner plexiform layer and the ganglion cell layer
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AC1 is a major adenylyl cyclase isoform controlling cyclic AMP synthesis in the mouse retina
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squirrel
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S49 lymphoma cell
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isozymes AC6 and AC2
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isozyme AC2
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isozyme AC6
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sAC
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cytosolic testis isozyme, not detected in brain
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both tmAC and sAC present, presence of more than one tmAC isoform in sea urchin sperm
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isozyme AC5
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sAC
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isozymes AC8, AC6, AC5 and AC3, and a short 50 kDa splice variant sAC
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isozyme AC3
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isozyme AC5
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isozyme AC6
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isozyme AC8, and a short 50 kDa splice variant sAC
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cytosolic testis isozyme, not detected in brain
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additional information
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AC isoforms 1, 3, 4, 6, and 9 in cumulus cells. AC1, AC4 and AC6 predominate
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additional information
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AC5 present and AC1 and AC8 absent in ventricular muscle, AC8 absent from cerebellum
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additional information
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expression of ACA in NC4 cells
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additional information
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AC1 and AC8 present at the apical pool of airway epithelial cells, specifically in ciliated cells, AC3 mainly present on the basolateral aspect
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additional information
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ubiquitous expression of isozymes AC9, AC7 and AC4, and of a short 50 kDa splice variant sAC
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additional information
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striatum
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additional information
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striatum
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additional information
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AtT20 cell and secretory granules, AC9 present
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additional information
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cortical neuron
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additional information
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diffuse expression of AC1 in the cortex
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additional information
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juxtaglomerular cell
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additional information
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predominance if not the exclusive presence of AC-V isoform in juxtaglomerular cells, AC-VI isoform not detectable
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additional information
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primarily expresses AC3 mRNA in the inner medullary collecting duct, AC5 and AC6 also present
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additional information
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ubiquitous expression of a short 50 kDa splice variant sAC
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additional information
ubiquitous expression of a short 50 kDa splice variant sAC
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additional information
ubiquitous expression of a short 50 kDa splice variant sAC
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additional information
ubiquitous expression of a short 50 kDa splice variant sAC
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additional information
ubiquitous expression of a short 50 kDa splice variant sAC
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additional information
ubiquitous expression of a short 50 kDa splice variant sAC
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additional information
ubiquitous expression of a short 50 kDa splice variant sAC
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additional information
ubiquitous expression of a short 50 kDa splice variant sAC
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additional information
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ubiquitous expression of isozyme AC7
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additional information
ubiquitous expression of isozyme AC7
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additional information
ubiquitous expression of isozyme AC7
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additional information
ubiquitous expression of isozyme AC7
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additional information
ubiquitous expression of isozyme AC7
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additional information
ubiquitous expression of isozyme AC7
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additional information
ubiquitous expression of isozyme AC7
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additional information
ubiquitous expression of isozyme AC7
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additional information
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ubiquitous expression of isozymes AC9 and AC4
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additional information
ubiquitous expression of isozymes AC9 and AC4
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additional information
ubiquitous expression of isozymes AC9 and AC4
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additional information
ubiquitous expression of isozymes AC9 and AC4
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additional information
ubiquitous expression of isozymes AC9 and AC4
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additional information
ubiquitous expression of isozymes AC9 and AC4
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additional information
ubiquitous expression of isozymes AC9 and AC4
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additional information
ubiquitous expression of isozymes AC9 and AC4
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additional information
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juxtaglomerular cell
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additional information
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predominance if not the exclusive presence of AC-V isoform in juxtaglomerular cells, AC-VI isoform not detectable
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additional information
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striatum
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additional information
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AtT20 cell and secretory granules, AC9 present
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additional information
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diffuse expression of AC1 in the cortex
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additional information
AC5 highly enriched in the striatum
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additional information
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C6 glioma cell primarly expresses AC6, cardiomycete, in cardiac fibroblast AC6 present, in striatal neurons AC5 and AC6 present
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additional information
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tissue specific expression of cytosolic isozymes, overview
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additional information
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flagellum
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