KEGG   Amphimedon queenslandica (sponge): 100636693
Entry
100636693         CDS       T02284                                 
Name
(RefSeq) adenylate cyclase type 10-like
  KO
K11265  adenylate cyclase 10 [EC:4.6.1.1]
Organism
aqu  Amphimedon queenslandica (sponge)
Pathway
aqu00230  Purine metabolism
aqu01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aqu00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    100636693
Enzymes [BR:aqu01000]
 4. Lyases
  4.6  Phosphorus-oxygen lyases
   4.6.1  Phosphorus-oxygen lyases (only sub-subclass identified to date)
    4.6.1.1  adenylate cyclase
     100636693
SSDB
Motif
Pfam: Guanylate_cyc AAA_16 TPR_2 TPR_1 AAA_22 TPR_12 TPR_8 nSTAND3 Zeta_toxin
Other DBs
NCBI-GeneID: 100636693
NCBI-ProteinID: XP_019849124
Position
Unknown
AA seq 1663 aa
MAAPDNRIILEQLASHLPDLIVHRSSFPAVPETVNKYGVLLFGDISGFTALCERYCSSSD
SKKKGADQLTSTLNLYLSKIVQEILDDGGDILKFAGDALLVHWPCSRPAADQVIQYLIKK
SLIMQKKFDNFQTPDDIALRFKIALSIGKTHIHFIGNQDYRTFDITGPAVDEVTVAQSVA
KPGTVVVTRVAWEMCNQKLYTAEVMEHGFMLVSDAKDGCALPTHQFKELINRPVTTTDND
MMGTESKADSRKESSRLTMRKETKAFLHKLSTEAQDCLRTYILKTVKYKVDHGYDVSWLS
ELRQVSVLFINLDPDFALPSDILSRQTKEQTLLQTAFDCIYPNLIKYDGTLNKIFMFDKG
CTFLCIFGLPYASHEDNPERAIKAAQAIFNALDDMRLSHYSIGVTTGVAFCGVVGHPERH
EYTVIGDKVNMAARLMTKFPDGLTCDDTTRLKSNLPPETFVLAPPVKLKGIPTPEDIFFV
STNENEDEMKEEKSEIFESNDYESLVGRKKEMERFVIELQHMTEQTKRKRGAIIISGSGG
IGKTKLLRAMKAKASSMGFRVISGMGGLIEQNVPFHTVKTLLTRLLGLDTFGSIHDKEQL
ILQHITDEKMRKHLPLLNDLLVLKFPQNSLTLNMSNKERRTNLHKLLFSIVHKEALSHPF
IFGIDDAHCIDQESWAFILDLALDSNAILLIASRAIPERDRTPVMAKIFSHPTTIRFRLE
GLSFEETSDFICQLQNVQEVDKNLLNVIYTRSHGSPLWCTELVDSMSSNNVLKIVEYNKV
IEEKLGYARVTVGINETRTSVVRSFKQKKCVINEMVGIDNIPVPESMAGIVLTRIDNMSP
SEQMVLKCAAILGNTFHRKMLEAILPSSNLESFNESLNSLAEVGIIDCLISIHVDHYGTR
AKEYLSGLDIDLNQLGCSCLDLRRDSTKKQSQGNHSLESCQLLQFVHSYIQETALSLWTE
SQLKSLHETAALYLESEAHKCSNCGGGSFMFTARASRRRRNRKGYDNGLEISNRRRRRGF
SMERRMSQMMRDITKRNRRSTVSPLIHRPSIATEDASQRPSIQPSIPPSFIEEDIDELAE
ELMNPTGNPRRGSLALPDLESYIEQPRRISILSVNNEIIHIENESTQKPMVGALLEEDEL
SEVHAHHSEDEVVKEPEVANFQNCHCDEVLADVYPQLVYHWRLAGNQPKTVHYLIEAAIA
SLVTFNNMEAISFLEEAEQILCDGGICEEDFGQLQRAKLQSLLGQAYFQSGQINECLAYI
QKALSILNAQLPTNKIGVLVSFLGQTSRQYFHIKHPQRYIQTKHDQESDMYLEKSRCMAQ
MVHVYHLQHKPLNAFVAALSQLNTAEEAQEDIHELLASYAAVIECCQKFNFKRLGNIYVK
KSLFLCFCTDFGIDDLSTCAHVLNVALNMKLCQGNLIEAMDIGNLAVRLTSRIHLDSLKL
VTLPLLFYANLLSLKKEDSHENLKSIKEISGRSKDLRTKALHDCCEFDALLELGLYVDQQ
DKIAKDAQTFYCSGEMYHFDDAERFFLTSCIALWHSRGSSAYATRFTEDARSLHLTEFRT
FFSVQALTKYIECILEQYLMEQDNRQFKQESEKDLKKLKSLLGRFPVFKPRYLLLEATYY
YARRKKGKCYSSLKKALSLGETFDCYIDIQRANTCMEKWFSSV
NT seq 4992 nt   +upstreamnt  +downstreamnt
atggcagctccagataatcggattatactcgagcagttagcaagccatcttccagacttg
atagttcatcgttcctctttccctgcagtccctgaaaccgttaataaatatggcgtactg
ctctttggggatatctctggctttactgctctttgtgaaagatactgcagcagctcagat
tccaagaagaaaggagctgatcagcttacatcaacactaaatttatacctcagtaaaatt
gtgcaagagatattagatgatggtggtgacatactaaagtttgcaggtgatgcactatta
gtccattggccctgcagccgaccagcagcagaccaggtcattcagtacctgataaagaag
agtcttataatgcaaaagaaatttgacaattttcaaactccagacgacatagccctcaga
tttaagatagctcttagcattgggaagacccacattcactttattggcaaccaggactat
aggacatttgatatcactggaccagcagttgatgaagtgactgttgctcagtctgtagct
aaaccagggacagttgtagtaacaagagtagcatgggagatgtgtaaccagaagctatac
acagctgaagtcatggagcatggatttatgctggtatctgatgctaaggatggctgtgcg
ttgccaactcatcagttcaaggaattgatcaatagaccagtgacaaccactgacaacgac
atgatgggaactgagagtaaagctgattcaaggaaggaatcctctagactaactatgaga
aaagaaactaaagctttcctgcataagctatcaactgaggctcaggattgtttaagaaca
tatatcctcaagacagtaaaatataaggttgatcatggatatgatgtatcctggctctca
gagctaagacaagtctcagtattatttattaatcttgatcctgactttgcactcccctct
gacatactctcccgtcaaactaaagagcagactctgttacagactgcatttgactgcata
taccccaatttaataaaatatgatggtactttgaacaagatattcatgtttgacaaggga
tgtacttttctgtgtatttttggtcttccatatgcaagtcatgaagacaacccagagaga
gcaataaaggcagctcaggccatattcaatgcactggatgacatgaggctaagtcattat
tctattggtgttacaactggtgtagccttttgtggcgtagtgggacatccagagagacat
gaatacactgtgatcggtgacaaggtcaatatggctgctcgattaatgacaaagtttcct
gatggtctcacgtgtgatgataccacccgattgaaatcaaacctcccaccagaaaccttt
gttctggcgcctcctgttaagttgaaagggataccaactcccgaggatattttttttgta
tctaccaatgaaaatgaggatgaaatgaaagaggaaaaaagtgagatatttgagtcaaat
gattatgaaagcctagttggtcgtaaaaaagaaatggaaagatttgttattgagctgcaa
cacatgacagagcagaccaaaaggaagagaggagccattataatatcaggctctggagga
ataggaaagactaaactattgagagccatgaaagcaaaggcctctagcatgggattcaga
gttatttctggtatgggaggactgatagaacagaatgttccctttcatacggttaagaca
ttactgacaagactattaggactggacacttttggaagcatacacgacaaagagcaactg
atactccagcatatcactgatgagaaaatgaggaaacatctaccactactcaatgattta
ctagttttaaagtttcctcaaaactcattgacactaaacatgagcaacaaggagagacgg
acaaacttgcacaaacttctctttagcattgtgcataaagaagctttgtcccatccattt
atatttggcattgacgatgctcattgcattgatcaagagtcttgggccttcatcttagac
ttggcacttgattcaaatgcaatcctcctcatagcctcaagagcaatcccagaaagggac
cgtaccccagtgatggcaaagatattcagccacccgaccaccattaggtttcgactggag
ggtctctcgttcgaggagacctcggacttcatttgccagttacagaacgtccaagaagtt
gacaagaacctcttgaatgtcatatacacgcgtagtcacgggagcccactctggtgtacg
gaactagtagacagcatgtcctctaataacgtactcaagattgtagagtacaacaaggtc
atcgaagagaagctcggctatgctcgagtgactgttgggatcaatgaaacaaggacgagt
gtcgtgaggtctttcaagcaaaagaaatgcgtcattaacgagatggttgggattgataat
atcccagtaccagagtcaatggctggcattgttctcactcgcattgataacatgtcacct
tctgagcaaatggtactcaagtgtgcggctatacttggcaacacttttcaccgtaagatg
ctcgaggccatactaccaagcagtaacctggagtctttcaatgagtcgttgaactcactg
gctgaggttggaataatagactgtctcatctccattcatgttgatcattatgggaccaga
gctaaagaatacctctcaggacttgatatcgacttgaaccagttggggtgctcttgtctc
gacttgagacgagattcaacgaagaaacaatcgcaagggaaccactcgcttgagtcatgc
cagctcctccagtttgttcattcttatattcaagagactgcactgtctctgtggactgag
agccaactgaagtcacttcacgagacggctgctctttatttagagtcagaggctcacaag
tgcagtaactgtgggggaggtagcttcatgttcacagctagagcctcgaggagaaggagg
aataggaaaggttatgataatgggctggagattagcaataggagacggaggagagggttc
tcgatggaaaggagaatgagtcaaatgatgagagacattactaaaaggaatcgtagatcg
actgtgagtccattaatacatagaccatccattgcaactgaagacgcctctcaaagacca
tccattcaaccatccattccaccatcctttatagaagaagacattgacgaactggctgag
gagctgatgaatccaaccggcaatccaaggagagggtcacttgcactcccagacttagag
tcttacattgagcagcctcgtaggatatccattctgtctgtaaataatgaaataattcac
attgagaatgagtctactcagaaaccaatggtcggtgccctactagaggaggacgaattg
agtgaagtacatgctcatcatagtgaggacgaggtggttaaagagcctgaagttgctaat
tttcagaattgtcattgcgatgaagtgttggctgatgtataccctcagctagtctatcac
tggagactagcaggaaaccaaccaaaaactgttcactatctcattgaggctgcaattgct
tcactggtcactttcaataatatggaagcaatctctttcctggaagaggcagagcagatt
ctttgtgatggagggatttgtgaggaagactttggtcagttgcaaagggccaagcttcag
tcactcttaggacaagcttactttcagtctggtcagatcaatgagtgtctggcctatatt
cagaaagcactctcaatactgaatgctcagctacccacaaacaagataggagttttagtg
agtttcctagggcagacatcaaggcaatactttcacatcaagcatccccaaagatacata
caaacaaagcatgaccaggagtctgacatgtacctggagaagtctcgctgtatggctcag
atggttcatgtttatcatctccagcacaaacctctcaatgcttttgttgctgcactctct
cagctgaacactgcagaggaggctcaggaagacatacatgagcttctagcatcatatgct
gctgtcattgaatgctgtcagaaattcaatttcaagaggttggggaacatttatgttaag
aaatctctctttttatgtttctgcactgattttggtatagatgacttatccacgtgtgca
catgtactcaatgttgccctcaatatgaagctatgccagggaaacctcattgaagctatg
gatattggaaatttggcggtaagattgactagtaggattcatcttgattctctgaagctg
gtgacacttcctttgctcttttatgccaatttactttcattaaaaaaagaggatagtcac
gagaatttaaaaagtattaaagaaatttctggaaggtcaaaagatcttagaacaaaagcg
cttcatgactgttgcgagtttgatgcattgttggaattaggattgtatgttgaccagcaa
gataaaattgcaaaggatgcacaaacgttttattgttctggggaaatgtatcattttgat
gatgctgagagattctttctaacatcatgtattgcattatggcatagcagaggaagcagt
gcttatgcaactaggtttacagaagatgcaagatcactgcatctgaccgagtttcgaacg
ttctttagcgtccaagctcttacaaaatacattgagtgcatcctggaacaatatctaatg
gaacaggataacagacagtttaagcaagagtctgaaaaggatttaaagaaacttaaatca
cttctgggacgatttccagtttttaaaccacgatacctactccttgaagcaacttattac
tatgccagaagaaagaaagggaaatgttattcgagtcttaagaaagctctctctttagga
gagacttttgactgttatatagatattcaaagagcaaatacttgcatggagaaatggttt
tcatctgtctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (60)   

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