KEGG   Zootermopsis nevadensis (dampwood termite): 110827835
Entry
110827835         CDS       T05136                                 
Name
(RefSeq) adenylate cyclase type 9 isoform X1
  KO
K08049  adenylate cyclase 9 [EC:4.6.1.1]
Organism
zne  Zootermopsis nevadensis (dampwood termite)
Pathway
zne00230  Purine metabolism
zne01100  Metabolic pathways
zne04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:zne00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    110827835
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    110827835
Enzymes [BR:zne01000]
 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
     110827835
SSDB
Motif
Pfam: Guanylate_cyc HNOBA AC_N DUF6343
Other DBs
NCBI-GeneID: 110827835
NCBI-ProteinID: XP_021915589
Position
Unknown
AA seq 1353 aa
MAEGIPQIRTEHKCNSSVSFSHSQGLSQQTNGEDDIQISLAPYIQSYLAQSGQRTSCCGI
YLPILFERAANHSWWDPRFDSEILEGQYRRSSFPQVRLRFQYALLYILVVSLSWFIYFLM
TGLKGNTQHWIAVSVTFAILFFVIGLVLLLTYTDIYRQYTCQISIFVATLISGLSLIFVI
FDPSIEKSPDITPVGQFSLCIEILLVIYTVIPLPLYMCVAIGGAYSVVFECLTHYLSTGE
IYSNMRSAGIAVRILLHMCVHLIGIHILIMTRVRMRGTFMKVGQSLLVRRQLEMEKQLKE
KMIHSVMPPKVADWLMSETGGGREDDGGKERGDHTLRYSTRGSNPGGSDIRSLFRPFNMH
RMENVSILFADIVGFTRMSSNKTAEELVGILKDLFERFDDLCATHGCEKISTLGDCYYCV
AGCPEPKPDHATACVEMGLAMIDAIKQFDAERDEGVNMRVGVHTGTVLCGIVGTRRFKFD
VWSNDVTLANQMESTGKPGRVHVSEATCKFLDDMYVLEEGEMVQGMKTYFIQGRKSDTSY
ENLLHQKDNPPSSLLPIVVAPPSSPPESQSHVVSSDPKQRPHFLGLMSSNSLSYATNRMK
AHSLPSILNSDNDNEDSERDEGGRDISKSPTSLTGCGASGKFSPLCVTPWKHQPRKLKKK
SGESGILEQNLPHSTPLLKELDVSEDNNGYQQLVNPSEEVATRNTVAHLSVPSPNEDQLS
VCLSVNSRKDSGIRSNSRRSSIQQQIYVMNGIAQGELLTHRVSGYYTSSQSSINDTDTDQ
DLRRSHLPPPLGDNFTICFHKLRKQSDLQLIRCVQDNVTSHHSYFVKPPLSGITLFFRQK
EMEREYRAYAHRITEKHGGSPPTLATSRFNTYFDILISALVYTAIAVSLFLLYSVSPIWI
AFCTVATAIQISVLLLCVQQFLKPVSVHSDSGTGTYISHWLLDKFSHWYPWHICGAVLVS
LPIVSVLVNFLCMNFSSTNGGDLYFSYMLCVGLVHFCNFTQLNCWMKSVLASLAGIVYVS
LVASHACSVFTFDYNSGPRNNFNPNVTAGMVNLSLHNNHSSVAEYFEKQRGHHNFNLYHG
EIFIDVLLLLVLVWFLNREFEISYRLSFHSNMVAAQDRARVQNMKNQADWLLHNIIPKHV
ADQLKNTAKYSENHQDVGIIFASIVNFNEMYDESYLGGKEYLRVLNELIADFDDLLTNPD
FRNIEKIKTIGSTFMAASGLNPEVRRQNKHPYQHLFELMDFAMSLQKVIDDFNRDLLEFN
LILRVGYNFGDVTAGVIGTTKLCYDIWGDAVNIASRMDSTGVRGRIQVGGACVPVLSERY
EFEPRGSVYVKGKDNMNVFLVKGKRGDINIDDG
NT seq 4062 nt   +upstreamnt  +downstreamnt
atggcagaaggcatacctcagatcagaacagaacataagtgtaactcatcagttagtttc
tcacattctcaaggtctaagtcaacaaacaaatggtgaagatgacattcaaatatcactt
gcaccatacattcaaagctatttggctcagagtggtcagcggacaagttgttgtggcatc
tacctacctattctgtttgaacgggcagccaaccattcctggtgggaccctcgctttgac
tctgagatacttgaaggccaatatcgaagaagctcatttcctcaagtgcgacttcggttc
caatatgcccttttgtacatccttgttgtatccctgtcatggttcatatatttcctcatg
actggcctcaaaggaaacactcagcactggattgctgtttctgtaacatttgccattctg
ttttttgtaattgggttagttttacttctcacttacacagatatatataggcaatataca
tgtcaaatttcaatatttgttgctaccctcattagtggcttgtcactaatttttgtaatt
tttgatccatctatagaaaagtccccagacattacacctgttggacagttttccctttgt
attgagattctgcttgttatttacacagtgattccattgccactttacatgtgtgtagct
attggaggagcttattctgtagtgtttgaatgcttgactcattacttaagtactggagaa
atttacagcaacatgagaagcgctggtattgctgtgcgcattttgcttcatatgtgtgtt
cacctcataggcattcatattttgataatgactcgtgttcgtatgcgtggaacttttatg
aaagttggacagtcattgcttgtgagacggcaattggagatggaaaaacagcttaaggag
aaaatgattcactcagtgatgccaccaaaagttgctgattggctgatgtcagaaacagga
ggtggaagagaagatgatggaggaaaagaacgaggtgatcatacattgaggtattccaca
cgtggttcaaaccctggagggagtgacatacgttcccttttcagaccattcaatatgcac
cgcatggaaaatgtgagcatattatttgcagatattgttggtttcactagaatgagttca
aataagactgctgaggaattagtgggcattttgaaagacttattcgagcgatttgatgat
ttgtgtgcgacacatggctgtgagaaaatctcaaccctcggtgattgctattattgtgtt
gctggttgtcctgaacctaaaccagaccatgctacagcctgtgtggagatgggacttgcg
atgatagatgccatcaagcagttcgatgcagagagggatgaaggagtaaatatgcgagtg
ggtgtccatactggcacagtactttgtggtattgtgggtacaaggaggttcaagtttgat
gtgtggtccaatgatgtgacactggccaatcaaatggaatcaacaggcaagccagggcgg
gttcatgtttcagaagctacatgcaaatttctggatgatatgtatgtgcttgaggaagga
gaaatggtgcaaggcatgaagacatatttcattcagggacgcaagtcagatacctcttat
gagaacttacttcatcagaaagataatccaccttccagtctcctacccattgtagtggca
cccccatcttcccctcccgagtcacaatcacatgttgtctcctctgacccaaaacaacga
ccacattttcttggtctcatgtcctccaactcacttagttatgccactaacagaatgaaa
gcacattccttaccaagcatcctcaattctgacaatgataatgaagacagtgagagagat
gaaggtgggagagatatcagcaagagtcctacatcactcacaggctgtggtgctagtggc
aagttctctccactctgtgtcactccatggaagcatcaacccagaaagttgaaaaaaaaa
tcaggagaaagtggaattctggaacagaatcttccacattctacgcccctgttaaaagaa
ttggatgtcagtgaagataataatgggtaccagcagttggtgaaccccagtgaagaagtt
gcaaccagaaacactgtggctcacttgagtgtcccatcaccaaatgaagatcagctgagt
gtatgtctgtctgtcaacagccgcaaagattctggcattcgtagcaacagcagacgaagc
agcatccagcagcagatctatgtgatgaatggaatagctcagggtgagctactaactcac
cgtgtcagtggctactatacatctagccagtcttcaataaatgacacagatactgaccag
gatttaaggcggagtcatctgcctcctcctttgggagacaatttcactatctgtttccac
aagctgcgcaaacagtcagacctgcaactcatccgctgcgttcaagacaatgtgacatca
catcacagctattttgtgaagccccctctctctggtatcactttgttctttcggcagaag
gaaatggaacgtgaatatcgtgcctatgcccatagaattactgaaaagcatggaggctct
cctccaacacttgctacatctcgctttaacacctactttgacattctcatctcagcactg
gtgtacactgccattgcagtttctcttttcttactgtacagtgtgtcccctatttggatt
gcattttgtacagtagcaacagctattcagatatctgttctgttactctgtgttcaacag
tttcttaagccagtttcagttcattctgactcgggaactggaacatatatttctcactgg
ctgcttgataagttttcacattggtatccatggcacatttgtggtgctgttttggtaagt
ctgcccatagtgtcagttctagtaaattttctgtgtatgaatttttcttctacaaatggt
ggggatctgtattttagttatatgctatgtgtgggacttgtacatttctgtaattttaca
cagttgaattgctggatgaagagtgttctggcaagtctggctgggatagtgtatgtttct
ttagtagctagtcatgcctgttcagtttttacatttgactataacagtggacccagaaac
aattttaaccctaatgtgacagctggaatggtcaatctgtcactccataataatcatagt
tctgttgcagaatattttgagaagcagcgtggacatcataatttcaatctttaccatgga
gagatttttatcgatgtattgttgttacttgttttagtttggtttttgaaccgagaattt
gaaatcagttacagattaagtttccacagtaacatggtagctgctcaagacagagctaga
gttcagaacatgaagaaccaagctgattggcttctacacaatataattccaaaacatgtt
gctgatcagctaaaaaacactgccaaatactctgaaaaccatcaggatgttggcatcatc
tttgcgagcattgttaatttcaacgagatgtatgatgagtcttatcttggaggcaaggag
tatttaagagttctgaatgaattaatagcagattttgatgacttgctgacaaacccagac
ttcagaaacattgaaaaaattaaaactattggaagtacattcatggctgcatctggtttg
aatcctgaagttcgacgccaaaataaacatccataccagcacttgtttgaactcatggac
tttgccatgtcattacagaaagtgattgatgatttcaatcgagacctgcttgaatttaac
cttatcttaagggttggttataattttggtgatgttacagcaggagttatagggaccact
aagctttgttatgacatctggggtgatgctgttaatatagctagcagaatggattctaca
ggagttcgaggaagaattcaagttgggggtgcttgtgtgcctgttctctctgaacgatat
gaatttgaaccgcgtggttctgtatatgtaaaaggtaaagataatatgaatgtcttcctg
gtgaaaggcaagcgtggtgatataaatattgatgatggttga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (384)   
   KEGG ORTHOLOGY (1)   
   RefGene (380)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (4)   
   Pfam (4)   
All databases (410)   

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