[go: up one dir, main page]
More Web Proxy on the site http://driver.im/
KEGG   Lineus longissimus (bootlace worm): 135500106
Entry
135500106         CDS       T09977                                 
Name
(RefSeq) adenylate cyclase type 1-like isoform X1
  KO
K08041  adenylate cyclase 1 [EC:4.6.1.1]
Organism
llon  Lineus longissimus (bootlace worm)
Pathway
llon00230  Purine metabolism
llon01100  Metabolic pathways
llon04081  Hormone signaling
Brite
KEGG Orthology (KO) [BR:llon00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    135500106
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04081 Hormone signaling
    135500106
Enzymes [BR:llon01000]
 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
     135500106
SSDB
Motif
Pfam: Guanylate_cyc AC_N Adcy_cons_dom UPF0231
Other DBs
NCBI-GeneID: 135500106
NCBI-ProteinID: XP_064647382
Position
16:2454662..2503279
AA seq 1996 aa
MAYRLLPLTWNRGMGREEPAGSNSMTPPIGIPIRYRRDRLGMIIHQHPFHDPELDNLYQR
YVYKLQQQSVTKALLLFIVLTAALAVMEFAFALHPTGETIYNFLHCCVFVFLVVYSNSKF
MQETHLPLVSITFLFFSILFSIVNLPVHLFGKQTTMVYSAADGVWQMLFVILSIYCMIPV
RLIIAGCIGISLPCIHLIAVFVTSDPRIYWPLYLANIVIFICANIVGIFIHRVMDHAQNK
AFMDTRNCIAQRLEMEDENEKLERLLLSVLPEHVAMEMKHDIKMPHEGLFHKIYIQRHDN
VSILFADIVGFTVLASQCTAQELVKILNEVFGRFDQLAEENHCLRIKILGDCYYCVSGLP
DARPDHARCCVEMGLDMIDAIASVVEATDVKLNMRVGVHTGLVLCGVLGLKRWCFDVWSN
DVTLANQMEAGGIPGRIHVTKATLDCLGGEYKTEPGKGGERNAYLSEHNIETFLIKTTRI
KKQPSMYYGSRSRTKKLSFKNVSSCVMRLIRAVKFNAEIPFSNVLSSEIEKTSKLSKPLD
KLRKPFRKSHWELGHSDAFQPIDRVNKFLGSAISARSVQREKTTQVNYVTLRFRSGQQEN
RYNRVGDFAFGSSMACSLLVLLCITAMQVQVLPSSKGFTMFGDYSLRTILLLIMIMVTFT
WITVILIFILAAKLKCLDYDIRRKAPVRLTLIILTIIFIYTVSQVNVLCCDGGIVFPKDN
GSGAGASVVHQTFMAGNNLTCRYPQYIYLSGVLGYITVAVFLRLSAIVKLLIMIIIGAAY
IVVMEVTHPAVFWTYDKDMGLLVPSHAMGILALIQFLIMLFVHSRQQEWTYRLDYLWKQQ
AADEKLEMMELQNNNRHILCNLLPAHVAAHFIGANNRSNMELYSQAYSRVGVFFGSIPNF
SEFYMELDANNQGVECLRVLNEIIADFDELLNEERFQAVDKIKTIGSTFMAAVGLTPDRV
IQDTDESVLQSMTVLVEFILAMKDRLSVINENSYNNFMLRIGVNVGPVVAGVIGARKPQY
DIWGNTVNVASRMDSTGKLDYVQTTEEVFKILKDRYDFQCRGTINVKGKGFMTTYFLLRR
KPSTSFSDFSLPGGGSFTRSPISHTSIRSSLSANYSLRSPQRSPEKVSMESLQRTGSDVL
LASTGKRPSCDSVKNICQTPPGSISGWGRRNNGECTTPRDTMRSAKRNKGSNSSLASFLN
NEAQCSTLSSKVGNSPELPMVHFKNINFYPTQTGTQSTSFADSSQAEYMQANNLMQGDRP
QQLPVGIFGNRTELLNNQIKGFKFIGSKTSGSPTRPLPPLPQGHIRNQTNQMSPVHLARA
PLCRQMSEGGVQPQRPQVVKQHSLDSASFLKNKNLKPHYLEVANEEAPNYNKPRSPVQTK
IKSPEHKYRESALRKPVFPEVMPTSPEHKYRAPECTKPLFTDCHITENRKMSAPDFDKLR
RPPAPLHIEERAQTLQHVGRVTSPKYALGFINPLSPTQMSQSSHGSFDESFRSNSPQSPN
PKSPLNGSPVKTPKLLTPDLGLIKELSSPESDYHHASSSKSESSAPVLAVIDGLQMCIPE
RSPPPEVHAKPDSDPNRASIMTIDTDVTYDTDVGDTDFGETDVGDTDAESNMNRTDYEND
STSNCGLSDLEDGLQEWHYPDGESSAVGDTDDDALRDDDFDQALISLQPVSYDIGIGPIT
MRDLKIHNMQNGCEAAARPKSRTQNSPGQSSPRKKDSFKIPEHTRKQEMSFVETLHQLTE
SGPTSLAGAGKPPSVGSGKRKSDSPEHNGTSQSEENGDVFDSRESSCEPEQACALNSLPP
PCNKSSTESTQSDTQPTTLNSGSGKAQGGKVRPHQPPFQVKRRQKFGLPPRHCRSLDYIP
SDADDGQSSVASSANPSPKLPRCSLNIPPQLRQYLLQPDNISLSSFGSCSELSRSDPNLN
YDSSSAAYESEYDNYRPGITSDDEFFNNDRGSDVDLNDYFDDVDLESVGVSDSFSFDYAV
PASVKQAQNCQKSTDV
NT seq 5991 nt   +upstreamnt  +downstreamnt
atggcgtacagacttttacctctcacttggaaccgtgggatgggacgggaggagcccgcc
ggcagcaacagcatgactcccccaataggcattccaatacgctacagaagggacagactc
ggcatgattatacaccagcaccccttccacgaccctgaacttgacaacctctaccagaga
tatgtctacaaacttcaacagcaaagtgtcacgaaggcgttgcttctcttcatagtcctg
accgccgccctggctgtcatggagttcgccttcgccctccacccaactggcgagactatc
tacaatttcctccattgttgcgttttcgtatttctagtcgtgtactccaacagcaaattc
atgcaggagacgcatctgccgcttgtctcaatcaccttcctcttcttttcgattctgttc
tcaatagtcaacttaccagttcatcttttcggcaaacagacgacaatggtatattcagcg
gcggacggagtttggcagatgttgttcgtgattctctctatttattgtatgatccctgtc
cgactgataatcgcagggtgcattggaatatcgttaccgtgcatacacctgattgctgtt
ttcgtcaccagtgacccaaggatttattggcctttgtatctagccaacatagttatcttc
atatgcgccaacatcgtgggtattttcatccatcgggtcatggaccacgctcagaacaaa
gcatttatggacaccaggaactgtatagcacagaggctcgaaatggaggatgaaaatgaa
aaattggaacgcctgttgctgagcgtgctgcccgagcacgttgccatggagatgaagcat
gacatcaagatgccacacgagggattgtttcacaaaatttacattcagagacacgataat
gtcagcatattattcgcggacatagtcggtttcacggtgcttgcttctcagtgcactgcg
caggaactagtcaagatcctcaacgaagtatttggtagattcgaccagttagcagaggaa
aatcattgtcttcgcatcaagatccttggtgactgttattactgtgtaagtggtctcccg
gacgccaggcccgaccacgctagatgttgtgttgagatgggactcgatatgattgatgct
atcgcttcggttgttgaagcgacggacgtcaagctgaacatgagagttggcgtacacact
ggtctcgttctgtgcggggtgcttggtctaaaacgatggtgctttgacgtctggagtaat
gacgtcacattagccaatcagatggaggctggcggaattcctgggaggattcatgtcacc
aaagccaccctggactgccttggcggggagtataagacggagccaggcaaaggtggtgag
agaaatgcatatctgtctgaacacaacattgagacgtttctgatcaaaaccacccgcatc
aaaaagcagcctagcatgtattatggtagccgatccaggacaaaaaagctctccttcaag
aatgtctccagctgtgtcatgagactgatccgagctgtcaagttcaatgcagaaataccc
ttctcaaatgtgctatcatccgaaatagagaaaacttcgaaattgagcaaacctctagac
aaactcaggaaaccctttcgaaaaagccattgggagctaggacattcggatgctttccag
ccaatagaccgtgtcaataagttccttggctccgccatctccgcccgaagcgttcagcga
gagaagacaacgcaggtcaattacgtgacgttacggtttagatctggccaacaggagaat
aggtacaaccgagttggtgactttgctttcgggagcagcatggcctgctcactcctggtg
cttctctgtatcactgcgatgcaagttcaagttctgccaagttcgaaaggttttacaatg
tttggtgattattctctgaggacaatcctactgctgattatgatcatggtcaccttcacg
tggattacagttattcttatttttatactcgctgccaaattaaagtgtctcgattatgat
atacggcggaaagcccctgtacgcctcactctgatcatcctcactatcatattcatatac
actgttagtcaagttaacgtgctttgctgtgatggaggcatcgtgttcccaaaagacaac
gggtcaggagcaggggcctcagtagtccaccaaacctttatggcaggcaacaacctgacc
tgccgctacccgcaatacatctacctgagtggtgtcctgggctacattactgttgcggtg
ttcctgaggctatctgctattgttaaactgctgatcatgatcattattggtgcggcttat
atagtggtgatggaagtcactcatccggctgtcttctggacttacgacaaggacatgggc
ctgttggttccatctcacgccatgggtatcctggccctcatacagttcctcatcatgctc
ttcgtacacagcaggcaacaggagtggacgtacagactggactatctttggaaacaacag
gccgcagacgaaaagttggagatgatggaattacaaaacaacaatcgccacattctctgt
aacctcctacctgcccacgtggccgcccactttatcggcgctaacaacaggagtaatatg
gagttgtacagccaggcctactccagagtaggtgtatttttcgggtctattcccaacttc
tccgagttctacatggagttggacgctaacaaccagggggtggaatgcctgcgggttctt
aacgagatcattgctgactttgatgagttgctaaacgaggagaggttccaagctgtggac
aagatcaagacaatcggtagcacattcatggcagcagtaggtctgacacctgacagagtc
atacaagacactgacgagtcagtccttcagtccatgacggtgctagtggagttcatcctg
gccatgaaggacagactcagcgtcatcaatgagaattcgtataataactttatgcttaga
atcggtgtaaatgttggcccagtggtagctggggtgataggcgcacgaaagcctcagtac
gatatctggggcaacaccgtgaacgtagccagtcggatggatagtacagggaagttagat
tatgtacagacaacagaagaagtattcaaaatcctcaaggaccgctacgacttccaatgc
cgaggtaccatcaatgtgaagggtaaaggcttcatgaccacctactttttactgcgacga
aaaccaagcacaagcttctcagacttctctctcccgggcgggggcagtttcacccgtagc
ccgatcagccatacgagtatacgatcgtctctctcggcgaactactctctgagatcaccg
cagaggtcaccggagaaggtctcaatggagagcctgcagcggactgggtcagacgttctc
ctggcgtcaacagggaaacgccccagttgcgactccgtcaagaatatttgccagactcca
cctggcagcatcagtggatggggaaggcgcaataacggtgaatgtaccacaccacgggat
acgatgcgcagcgcaaagcgaaacaagggcagcaattcgtctctggcgagtttcttgaat
aatgaggcgcagtgtagcacgctttcgtcgaaggtcggaaactcacccgaacttcccatg
gtccacttcaaaaatatcaacttctacccaacgcagactggcactcagtcaacatctttt
gcggattcgtcgcaagcggaatacatgcaggcgaacaatctgatgcagggtgatcggcct
cagcagttgccggttgggatattcgggaatcggacggagttgctgaacaatcaaattaaa
ggatttaagttcataggttcgaagacttctggttcacccacgaggccgttgccgcctctg
ccacagggtcatattcgcaaccaaaccaaccagatgagccctgtacatcttgcgagggcg
ccactatgcaggcagatgagtgaaggtggggtccagccacagcgaccgcaagtcgtcaaa
caacacagcttggacagtgcctcttttctgaagaataaaaatctgaagccgcattatcta
gaagtcgccaatgaagaagctccgaattataacaagccgcgatcaccagtacagaccaag
atcaaatcgccggaacacaagtacagggaatcagcactgcgaaaaccagtattcccggag
gtcatgccaacctcccctgaacacaaatacagagcgcctgaatgcacgaagccattattc
accgactgccatataacagaaaaccgaaaaatgagtgcgcctgatttcgacaaattgaga
aggccacccgcacctcttcatattgaagaaagggcacagactctccaacacgttggtcgt
gtcacttcgccaaagtacgccctgggttttataaatccgctgtcgcctacgcaaatgagt
cagtcatctcatggaagctttgacgaaagcttccgatcaaattcacctcagagtccgaac
cccaagagtccgctaaacggatcaccagtgaaaacgcctaaacttttaactcctgatctc
ggactgataaaggagttatcttcacccgaatcagattaccatcatgctagctcttctaag
tcagaaagcagtgcgccagtattggctgtaattgacggattacaaatgtgtataccggaa
cgaagtccgccacctgaggtgcatgcaaaaccagactctgacccaaacagagcgagcatt
atgactatcgatactgacgtcacctacgatactgatgtcggagacactgattttggtgaa
actgatgttggagatacggatgctgagtctaatatgaatagaactgactatgaaaatgat
agcactagcaattgtgggttgtctgatctggaggatggattgcaggagtggcactaccct
gatggtgaatcgtcagcggtaggggataccgatgatgatgcgctgcgggatgatgacttt
gatcaagctttgatctcattacagccggtgtcttacgacattggtatagggcccattaca
atgcgtgatttgaaaattcataatatgcaaaatggttgcgaagcggcggcgagaccaaaa
tcaaggacccaaaatagccccgggcagtcaagtccgaggaaaaaagacagttttaaaatc
cccgagcacactcgcaagcaggagatgtcttttgtagaaacgctgcatcagctaactgaa
tcaggtccgaccagtttagctggtgccgggaaaccgccaagtgttggctctggcaagagg
aagtccgatagccctgagcataatgggaccagtcaaagcgaggagaacggagatgtgttc
gactcgcgagagtctagctgcgaaccggaacaggcttgtgccttgaactctctgccacct
ccgtgcaataagtcctcaactgagagtacacagtctgatactcaacctaccacattgaac
tctggttcgggaaaagcacagggtggtaaagtgcgacctcatcaaccacctttccaagtc
aaacgtcgccagaaatttggtctacctccacgccactgccgaagcctagactacatccca
agcgatgcggacgacgggcagagctccgttgcgtcctccgcgaacccgagccccaaactg
ccgcgctgctcgctaaacatcccgccccaactccggcaatatctcctccagccagacaat
atcagtctatcatccttcggcagctgcagcgaactctcccggagcgatccgaacctcaac
tacgattctagctctgcagcctacgagtcggaatacgacaattaccgaccaggaatcacg
agtgatgacgaattctttaacaacgatcgtggaagtgacgtagatctaaatgattatttt
gatgacgtagatcttgaaagtgttggtgtaagcgacagttttagctttgattacgcggta
cccgcgtcagtgaaacaagcccaaaattgccaaaagtcaacggacgtgtga

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (4)   
   Pfam (4)   
All databases (29)   

Download RDF
DBGET integrated database retrieval system