KEGG   Diuraphis noxia (Russian wheat aphid): 107168960
Entry
107168960         CDS       T04900                                 
Name
(RefSeq) uncharacterized protein LOC107168960
  KO
K08041  adenylate cyclase 1 [EC:4.6.1.1]
Organism
dnx  Diuraphis noxia (Russian wheat aphid)
Pathway
dnx00230  Purine metabolism
dnx01100  Metabolic pathways
dnx04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:dnx00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    107168960
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    107168960
Enzymes [BR:dnx01000]
 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
     107168960
SSDB
Motif
Pfam: Guanylate_cyc AC_N Fuz_longin_3
Other DBs
NCBI-GeneID: 107168960
NCBI-ProteinID: XP_015374016
Position
Unknown
AA seq 2812 aa
MNPLATEVTGRRSLLNGLVTAATRSWRHGLQPNGHNSNSLVFPTISTSVNNNSTCQNPAT
DNSNITEEQRRWQQRQGEHRLNVLWYGGDEMQVIQQSPAVLFELHNRYQSPDDWEKQPLR
QRRHKSQKSQRQRIRRKQSTLPISPIVWAILLHTMYSIAMAAVYYIYSVESGSGWIWLRE
VDSSSIFRWLCLLPPMWYFVGQAFCAVTIGYVWHQWQKRQKWCCYMLIALFITAIFPSIP
LSEVLGNIVVNKITRFPVENSAERQNHLLEQLNSYNSEDVYENQLALYEGLWHMAFFIFV
SYCLLLPTSVDKQSDNEYSETINEEHNDNKKKSEDNSKEDRHVSTAVLLFGIVGSIGHTT
LNMYIAYQQHKRLVNNSSMAAIQQLIANVAVLSCVNLAGWLLRQTIIQDRTDIRHYEGNS
RFDGKHKSLRIALRRQAEKLNQLLTSLLPRRVFLEMKYDIVTDAARSFNSIHYSTDNSHR
DNVQLQSHQQETLLKTYSTPKMYLKEYENVSIVFANVTGFWDTVPLVMNHDDSGSQTSNK
IITLIDRLLANLFRKLAYRNRCLPIRLLGHRMYFISGLPDEESYGYYDDEHKNSSWMMKD
NGHARNAIQLGLDLIDAVNTVVRDLSQFHGRHKINFNVRVGVHSGRVACGVLGFTGGTRI
PSDSGSRWQYSAWGRDVHIASYIENSGRPGMVHVSRATVDRVTKKGFSDTAVDRINHLPP
GVKLRNNTINYQADSKDNLDDYSFERSHEEERNQFLRHNRIDTYFVIPKIIFPHPENIEK
LTDNYKMYENGNSDIVSLILLSVDRQLLREEMRQKSGIAGLKTETEMDLEQLPNISTTSA
VDMPATMAALAPVLPVASVMKRNRHRRSRYFDQESQQAASTNLNDNSAITSSMERYGRWE
NDVFVVCNNNNHEKVRSKSDDDDLFRMAKSQLLLLCVIIALFVVNVTTMPWTMLLGITFI
TPFVITAGELIYVMALLIDWIPRPKFYSTTYATAIIADDDEYYHHYDNNDSDTSISSNGD
DNYLGRLFVCHPGRYSWFAWLLKPFQGRTNTTITTHNHLDNGNSWRKFYFKWCRCYGRHS
WFTCCLNNERASSCMSSDDSDIESRLGFRNENAIMAATARTSSSRHQNRLQRSQPINSYN
NNLLRRRHRHLKRIYQDEEKRTYFYWTCACCELIAVLLICLLALLNAFTCEPVEITAKTV
YDQLHTHSTIINDXGGFNTPISNTTQQHRSPLTCMWPQYAVLTCCLVYMSTAIAFPIYYG
SLPTLRMKIGILLVMTCVFAVAFVHFTHRHVFVAASMSSPIPSFFNKSNEFQNHRTNNTV
TINNNDHHKMINNPVHSDGYRENQRLLKLLEREQQRVADLNTATATVYAIAFAVATLTCF
VYKHRLQDRRAHHRVKVDRDMRRLCVLREAHKRILHAIVPDHVSNLLQQRCCNDANDADD
ECEGTPHQQNYIIGETRPIPMRTTHQSQEHTPAYLTPPLYQCGYRSIVIVFATIVQHDQS
LPTNINCDEINDANSHHCHKQLALLHNIFSEFDRLLDNQKYRGLIEKIKMVGTNTYMAAV
GLQHHDGPKRRQVMLLKDMKKRCDESCNFDRQETKHFIENYHVGEDVDNDLENEYELYNI
ISANYITFALDFIREMRRALHRQQTTMVTPEGSSNISHPTQFVLRVGVNVGPVIAGLIGC
NDSIWKRPQFDVWGNTVNEARQMDITSIPGRTQVTSCVVNIMQLIHYPNPKYEFDTQTKM
INKDKRILTYFVRESFERDDEHNSIQRKLSNCHHQQLHQNSPXQYESDRLHQQNHLQTHI
RPSQNVCRSTPLHFIRDQSPLNVVPLVNVHSKHSHYNAVVQQDSRQKCLEPQKTPPPPPP
PRSPPPVTTRQTQYPMQHQYSEERDRYPDIQNKSRGIPHLSHCKQEQYQQIRCASNSTAS
TAATYARPLQKQQHPSTLAPVPHGLVRIFGDSQQPSPPNTPTTTEANTTCTSSNHSTGVS
NLNTALHNQQPQQVRRPNVLLLKNTTSASTNKFDANRPLPDPPRSSDTVAGRHRNRDDPR
RRRRRQHNQPPTMTKQQQETKQDINNDRFPGVVSPAWPSSSSFRSPISVGSFVSESSPPS
SLSSSGSTDAGGTTTSNNNYNTTTTASSSDDSYGCTTTEDCADIDRVNTENLGTATTSVA
ISSVHHRYRQQQHLLLHQWSPSTTANSSPVRRSSSFRSPLSAGDNTAASSSSLRSPPIVG
QTITTNFGGTQSLNRRHIRSANSTTGGASNSSSRRRRRRQQQQNNATTAGNSTPPAGVIP
DVIGIMNTTSNVSADKCESSSSLAWKKQQQHQRRQIISKDQGTVGGVVGPDFTDEIRRIL
LLDQHRGNIRQQQAVLFKEEEIKVNNQSDDFTDDKEKVNDNVAKHLSSSEQQHLCTAIVA
TTNQKPNKDDKNSEQVDKDIANTATISVPATVASTTNISSASLFEERERQITEQVKRQQA
EVRRILQEHKNNVVAAARGPATITGDVISHSRKQRVMELAVESSWSDDESLEPSSSLLNS
KHRTPHIGFSVGLNDYESNNSFVAAETEYTTGGDGDDYTTDGDGYTTTGYTTDEAAALTG
QETDMSYDATRGLPDASTARQLDDNLSTMNDTGLTDAEAALSDVNSMIDYNDCNDNNRYR
GRRQSSLSSNSVCPYASDSFCEDDDDYNDDGQYFFWDGYHVQNENVELGDDDDDNNCQHN
HNRLLLQQHQSPTHLSSSTSPXQADGCTGIDKKRSYHQYQLQQSTTPQASDSNTTRNIIQ
RSITPDDTVASTTTRLATKLNPSSVASNTNINASPDCCSTATNTISSNTEPN
NT seq 8439 nt   +upstreamnt  +downstreamnt
atgaatccccttgcgaccgaagtcaccggtcgtcgcagccttttgaatggattggtgaca
gctgccacaagatcttggcgacatggtcttcagcctaacggtcataattcgaactctttg
gtatttccaactatttctacgtcagttaataataattcaacttgtcaaaatccagccaca
gataactctaacataactgaagaacaaagaaggtggcaacagcgtcaaggagaacaccga
ctcaacgtcctatggtacggtggagatgaaatgcaggtaatacaacagtcgccagccgtt
cttttcgaactacacaatcgttatcagtcaccagatgactgggaaaaacaaccactacga
caacggcgacataagtctcaaaaatcgcagcgccaaaggattcgtagaaaacaatcaacg
ttaccaatatcgccgattgtatgggccatcctattacataccatgtattcaattgctatg
gctgcagtttattatatatatagcgttgaatctggtagtggatggatatggttaagagaa
gtcgacagcagcagtatatttagatggttatgcctcttaccaccratgtggtattttgtc
ggacaagctttttgtgcagtcaccattggttatgtttggcaccagtggcaaaaacggcaa
aagtggtgttgctacatgttaatcgcattatttatcactgcaatttttccatctatacca
ctatccgaagtcttaggaaatatagtcgtgaataaaattacgcgatttcccgtggaaaac
tctgctgaaagacagaatcatttgttagaacaactcaactcttataattcagaagatgtt
tatgaaaatcaattagcactttacgaaggcttatggcacatggcatttttcatattcgtc
tcgtactgtctgttgttgccaacaagtgtagacaaacaatcagataacgagtatagcgaa
actattaatgaagagcataacgataacaaaaaaaaatcggaagataattccaaagaagac
cgccatgtttcaaccgctgttttgttgtttggtatcgtaggttctatcggacacacaacc
cttaatatgtacatmgcataccaacaacacaagcgtctggtcaacaattcgtctatggcg
gctattcaacagctcatcgccaacgtagcagttctgtcatgcgtcaaccttgctggatgg
ctattrcgtcagacgataatccaggaccgtacagacattagacattatgaagggaacagt
agatttgatgggaaacacaaatctctacgaattgcattgcgccgtcaagctgagaagcta
aatcaactcctaacatccttattacccagacgcgtgtttttggaaatgaaatacgacata
gttacggatgctgcacgttcctttaattcaattcactattccactgataatagtcaccga
gataatgtccaactacaaagtcatcagcaagaaacgctattgaaaacatatagtacgccg
aaaatgtatttgaaagaatacgaaaatgtaagtatcgtgtttgccaatgtcactggattc
tgggatactgtgccactagttatgaaccatgatgattctggctcccaaacttccaacaag
attattacacttattgatcgactgcttgcaaatttatttcgtaaactggcatatcgcaat
cgctgtctcccaatacgcttacttggccaccgtatgtatttcatttccgggttgccagat
gaggaaagctatggatattacgacgatgaacacaagaacagtagttggatgatgaaagac
aatgggcatgctagaaatgctattcaattgggattggatttaatcgacgctgtgaatacc
gtggttcgtgacttaagccagttccatggcagacacaaaatcaattttaatgtccgggtt
ggcgttcattcgggccgggtagcgtgtggtgtgctaggtttcactggaggtactagaatc
ccatctgattcaggaagccgttggcaatatagtgcgtggggccgtgacgttcacatagca
tcatatattgagaacagtggacgtcccggaatggtgcatgtaagtcgtgcaacagtcgat
cgggttactaagaaaggattttctgatactgcagttgatagaataaatcatcttccaccg
ggagtaaaactccgtaacaatactatcaactatcaagctgattccaaagacaacttagac
gactactcatttgaacgtagtcatgaggaagaaaggaatcagtttctccgccacaaccga
atcgacacatattttgttattcccaaaataatatttcctcatccagaaaatattgaaaag
ttgacagataattataaaatgtatgagaacggtaaytcggatattgtttcactgatacta
ctatcagtggatcgacaactgctaagagaagaaatgcgacaaaaaagtggtatcgccggg
ttaaaaactgaaacagagatggatttagaacaactgccaaatatttcaacaacatcggct
gtggatatgccggcgacaatggctgctttggctcctgtccttcccgtagcctcggtaatg
aaaaggaaccgccacaggcgtagtagatattttgatcaagagtcacaacaagcggcttct
acaaatcttaatgacaattccgctattacatcatcaatggagcgttacggccggtgggaa
aatgatgtatttgtagtctgtaacaacaataatcatgagaaggttagaagtaaatccgac
gacgatgatctctttcggatggccaagtcacagttactacttctgtgtgtaattattgcc
ctgtttgtggttaacgtaacaactatgccatggactatgttactggggataacatttatt
acaccgtttgttataactgcaggagaacttatctatgtgatggccttgttaatcgattgg
attcctcgtcccaagttttacagcactacttacgcaaccgccattattgctgatgatgat
gaatattatcatcactatgataacaatgatagtgatactagtatcagcagtaacggcgat
gataattacttaggccgactttttgtttgtcatcccggtagatattcatggttcgcctgg
ctattgaaaccatttcaaggcagaacaaataccacgataactactcataaccatttagat
aatggtaatagttggcgaaaattttatttcaaatggtgtcgttgttacggccgccatagc
tggttcacttgttgtttaaataatgaaagagcatcgtcttgtatgtcgtctgacgacagt
gacattgagagcagacttggctttcgaaacgagaatgccataatggcagcaacagcaagg
acgtcatcgtcgcggcatcaaaaccgactacaacgttcacaaccgattaacagctacaac
aataatctattacgtcgacgacatagacatctgaaacggatataccaagatgaagagaaa
cgcacctacttttattggacatgtgcctgctgcgaattaatcgctgtattgctcatttgt
cttttggctttgttaaatgcttttacctgtgaaccagttgaaataactgcaaaaactgta
tacgatcaactccatacccacagtactattatcaatgatartgggggattcaacacccct
ataagtaatacaacacaacaacatcgaagtccgctgacgtgtatgtggcctcaatatgcc
gtactcacgtgctgtttagtgtacatgtcaactgctattgcgtttcccatctattatggt
tcgctgccaacgctgcggatgaaaattggaatactgcttgtaatgacttgcgtatttgct
gtggctttcgttcactttacgcacaggcatgtgtttgtcgctgcctcgatgtcatctccg
ataccatctttctttaacaagtctaacgagttccaaaatcatcgaacaaacaacactgtc
actataaataataatgaccatcataaaatgatcaacaatcctgttcatagtgatggctac
cgtgaaaaccaacgattattaaaactattagaacgagaacaacagcgagtggctgactta
aacactgctacagctacggtgtacgcaattgcattcgccgtggccacacttacctgcttc
gtgtacaaacatcgattacaagatcgacgggcacatcacagggttaaggtagatcgcgac
atgagacgattgtgtgtgttgcgtgaagcccacaagcgcatattgcatgccatcgtacca
gaccacgtatcaaatttactgcaacaaagatgctgtaatgatgctaatgatgctgacgat
gaatgtgaaggaactccgcaccaacagaattacataattggagaaactagaccgatacca
atgagraccactcatcaaagtcaagaacatacgcctgcatacttgacaccaccgctctat
caatgtggctatcgatccatagttatcgtgtttgccacaattgtacaacatgatcaatca
ttgccgactaacatcaactgtgatgaaatcaacgatgctaacagtcatcactgccataaa
cagctagcactacttcacaacatattcagcgaatttgatagacttcttgataatcagaag
taccgaggattaatagaaaagataaaaatggtgggaactaatacatacatggcagctgtt
ggcctgcaacatcatgatggaccaaaacgtcgacaagtaatgttgctgaaagatatgaaa
aagagatgtgatgaatcttgcaattttgacagacaagaaacaaaacattttattgagaat
taccacgtcggagaagatgttgacaatgatctagaaaatgaatatgaattatataatatt
atatcagcaaattacataacatttgctttggatttcatccgggaaatgcgtcgtgctctg
catcgtcagcaaacaacgatggtgactcctgaaggaagctcaaatatttcacatcctaca
caatttgttcttcgagttggagtaaacgttggacccgttatagctggcttaattggctgc
aatgatagtatctggaaacgtccgcartttgacgtatggggtaatacggtaaacgaggct
agacaaatggacatcactagtataccaggtagaactcaagttaccagttgcgttgtcaac
attatgcaattgatacattatccaaatccaaagtatgagttcgatacccaaacgaagatg
ataaacaaggataaaaggatacttacatatttcgttcgtgaaagttttgaacgagatgat
gagcataactcaatccaacgaaaactctctaactgtcatcatcaacagctgcaccaaaat
tctccttwtcaatatgagtcggaccgactacatcagcagaaccatctacagacccacata
cgaccatcacagaacgtctgccgctcgacacctttgcacttcatacgtgaccagtctcca
ctcaatgtagtaccgcttgttaacgtccactcgaaacactcccactacaatgctgtggta
caacaagattcgcgacaaaaatgtttggaaccacaaaaaacaccaccgccaccaccacca
ccccgaagtccaccaccagttacaacccgacaaacgcaatatccgatgcaacaccaatac
agcgaagaacgcgatcgatatccagatattcagaataaatcacgaggtattccccattta
tctcattgtaaacaagaacagtatcaacaaatccgatgcgcctccaactcgaccgcatca
acagcagccacatacgcccgcccactacaaaaacaacagcacccatctaccttggcgcca
gtgccccatggtctcgtacgaatttttggtgattcacaacaaccatcgccgccaaacacc
ccaactactaccgaggccaatacaacatgtacctcatcaaaccattctactggtgtgtca
aatcttaacaccgctttgcataatcaacagccccaacaagtacgtcgcccaaacgtattg
cttctgaagaatacaacatctgcatcaacaaataagtttgacgccaatcgtcctctaccg
gatccaccacgctcttctgacactgtagctggtcgacatcgaaaccgtgacgatccacgg
cggaggcggcgtcgtcagcacaatcaaccacctacaatgaccaaacaacaacaggaaact
aaacaggatattaataatgatcgttttccgggtgtagtctccccggcctggccttcgtca
tcttcgttccgctcaccaatcagcgtgggaagttttgtcagcgagtcatctccgccatca
tcattatcgtcatctggttctacagatgccggtggcactacaacatccaataataattac
aacaccactaccacggcttcgtcgtcagacgacagttatggttgtacgactacagaggac
tgtgctgacattgatagagtgaatactgaaaatttaggtactgctactacttccgtcgcc
atatcatccgttcaccatcgttaccgacaacagcaacatttactgcttcatcagtggtct
ccgtcaacgacagctaattcatctcctgttagacgatcgtcgtctttccgttcaccgctg
tctgctggtgacaacactgctgcgtcatcatcatcattgcgatctccacctatcgttggc
cagactatcactaccaactttgggggaacacaatcgttaaaccgccgccacatacgctct
gctaactccactacaggaggcgctagtaacagttccagccgccgtcgtcgacgacgacag
cagcaacaaaacaacgcaacaacagctgggaattctacacccccagctggtgttatacca
gatgttataggcattatgaataccacctcaaatgtttcagccgacaagtgtgaatcatcg
tcttcattggcatggaaaaaacaacagcaacatcagcgacgacaaataataagtaaagac
caaggaacagttggtggtgtagtgggcccagattttaccgatgaaatacggcgtatattg
ttattagaccaacaccgtggaaacattcgtcaacaacaggctgtactattcaaagaagaa
gaaataaaagtcaataatcaaagcgatgatttcactgacgacaaagaaaaagtcaatgat
aacgttgctaaacacttgtcttcatcagagcaacagcatctttgcactgcaatagttgca
acgacgaatcagaaacccaataaagatgacaaaaatagtgaacaagtcgacaaagatatt
gcaaatacagcaacaatatcagttccagctactgttgcttcgacgacaaatatttcatca
gcgtcattgtttgaggagcgtgaaagacaaataacggaacaagttaagcggcagcaagcc
gaagtgagacggatattacaggagcataagaacaacgttgtagctgctgccagagggccc
gcaacaattacgggtgatgttatttcacacagccgtaaacaaagagttatggagttggcg
gtagagtcatcatggagtgacgatgaatcgttagaaccatcttcatcattactaaatagc
aaacatcggaccccacacatcggtttctcggtaggtttgaatgactatgaatctaacaac
agctttgtagctgcagaaacagaatacactaccggtggggacggtgatgattacacgacc
gacggtgacggatacactactactgggtatacaacagacgaggctgctgctcttaccggt
caagaaacagatatgtcatacgatgctaccagaggtctacctgatgcatctacagcaaga
caacttgatgacaatctatcaactatgaacgacactggtctaactgatgctgaagctgcg
ttaagtgacgtcaattcaatgattgactacaatgattgcaatgacaacaatcgttacaga
ggtcgtcgtcagagtagcttaagcagtaacagtgtgtgcccatatgctagtgatagtttt
tgcgaagatgatgacgattacaatgatgatggtcaatattttttctgggatggatatcac
gtgcagaatgaaaatgttgaattaggtgatgatgacgatgacaataactgtcaacataac
cataatcgtttattgctacagcaacatcagtctcctactcatctatcttcatcaacatca
ccgycacaggctgatggttgtactggtatcgacaaaaaaagatcataccatcagtatcag
cttcaacaatcaacaacaccacaagccagtgactccaatactactagaaatatcattcag
agatcaatcacgccggatgatactgtagcttccactactacaagattggctactaaactt
aacccttcttctgtagctagtaacaccaatatcaatgcatctcctgattgttgtagcaca
gctacaaatactattagttcaaatactgaaccaaattaa

  All links  
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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (23)   

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