KEGG   Eriocheir sinensis (Chinese mitten crab): 127003793
Entry
127003793         CDS       T08870                                 
Name
(RefSeq) uncharacterized protein LOC127003793 isoform X1
  KO
K06086  sorbin and SH3 domain containing protein 1
Organism
esn  Eriocheir sinensis (Chinese mitten crab)
Pathway
esn04517  IgSF CAM signaling
Brite
KEGG Orthology (KO) [BR:esn00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04517 IgSF CAM signaling
    127003793
SSDB
Motif
Pfam: SH3_9 SH3_1 SH3_2
Other DBs
NCBI-GeneID: 127003793
NCBI-ProteinID: XP_050726798
Position
26:13982061..14118141
AA seq 2611 aa
MVKMLKFENPPRLSAFKCSTLPLDKPTNNFAKMRRILRASGAGGEGRQDPPSLPVPTVPP
YPIELFENNPDLGHTNRAFNLTDEFLEANNLKTRTSSSSAESRAASDDLPSVRSSPEGAV
YNVSGGTVRSLTAFESEERTPQDSSPRGSEVTTLSDEASLGKQSFRSTGSRGPSGSSSSS
SSVPNGESSPVTQSSSVSSTHSDSTVPNDDPLPNAGTPTNGGAAANDGPLPNGDTPANSG
SVSYSGAMSNRGFIPNVDPISDCEQNNGNASSNGGPLTNNNSTCKSDNISNGAAPANGGP
NGKPSSNDGESDYEVPASVDNYLLKRNPVPVTRGPAPRSPIRNGAPIYHGAPTYNGAAML
NGAPIPNGAPMFNRAPMYNGAPVFNDGPLPNGVPAPRFFVPTHGAVFNGRGPPNWSHNAA
MSLPYGGTSYSRGQHDPRSPPQGRGPVRHSSSGRLVAKSASLSLGGPVTPVHRGRVGGSL
NFSRVGQQLHPSGTFYPDGRHRMERDAPPPPPPPPHPGMTGVVGQAGGATAGAAPPYRPP
INHSKTGRSSGDQVCPASVSGPPNERSPHHPSVSTTAEGTTSKASIPIYSQVCKAKKTRK
APSGNAPVSEASAPARRITVPRSSAPPNTVVRRDERQNTRHPSHATPSRSDGSPLYEDLR
EFEDEGAEERQYNIEVKIDYSRGSKYQMETRHIVTTKNKNGERTQQIQSAPEGPKTTPST
SENRREKTISKKLREVGEMKNFRLGVIHVIRVGKWRFVALCCCGNTSRYVHQPGRIENYV
PGYSSLAEKELKRNPEADVKLESQSQEPPPVSVNHRYGSQKMSMTHALKESGYESDSTLV
FKKREDARRLAPDPRKTSQVYRQIQRGGDIPITGLQKPNPPKPKEEYYVVYSDLDLGLHH
PSLSDLLLPYTYIQAMPPPSKPPVPTFGDRKRSAPSRVVMAPSPPRRISSKWHPSLLKPL
MKDRPPVPSARSTSAERVRETRALYSTWHREKVARSREKLGTSPTKTTSLGRSLSAAKQT
QEVRENFLKTRRTVSESRFTIEDRENSPPRRTSAPAKAKTPLRHYESRDKLHRKSSQRDL
HVERGLPGRQQDHVASPAPGHSRSLSADASRKWSSGSADSGRNVMRHTVSSMNKIKRTSL
QQNHIEGPCQPSRSSSTDSTCRRRPSTCLSPEPQPPMRKTGVSRKDSRSRGSPYSDVSLE
ASDDKKLKQSESFDTTQSNETGYSSMIDLSPSPTPDRKLPVEDREKRPRKRSEPPPPRAQ
SSPVRRSRFSTCFVEQRNKWEAITRGDAESGRLSRSTSRSTSPLRSLQLVRQVSSSFKDI
PAEVSISSPGPRRSRSLDILTPSPHSHPHRYRQYIIELRNAAPRNARISQLRRLFTSLER
VHRLERSVSSVELSAAESRSHAIIDFETWKGLREKERKALEYNVLLKELDVAQKEKEFLY
KVTPEKKWSGDCRLRGRDIHVNDLRDKFSSISDNTSEVTYKRRREIEISKDTYRGLWRGS
SVRDLSHKYQDPERRRSSSKRGSSLSLSREDSGLRSRGLWTSLSLEQVNAFRDHLAEIYG
SMQSIRSWRERKQRNQDKGQHRAQREFANHKVDVAETGRALADKLRTLHGRAPSEPTKRS
PPRHSSPTRTTKSTSSLTQVEDQRRQLSKQLSIEFQEKVMEQKSYQGPESAPATLDTLPV
PDVSLSLSPESLSRSSPRTCYSLDISDSSEPNSLNSDQLLLVVQKPGKSGRSQSLPPEPA
SDPESSDSEVSVRTVVHKDVAGKVKFFEKRARRNSRSSERHSSRGSQLNVDEVPHYATLP
SRLKQQSQSKLLSPNYLPERSVSSVNLNSKADVASQAWRIYDKTNPVSGSSLQRLADMPL
EQRDQRNPTSHSRSYLYNVKTGDVNRLKRRFESPEEARRRTRSLPNVNGPLSRVTPTGRT
VVRGQESGDVQFMKAKYETPRRSRSPERWQPVRDEYLPKSKLTSTMQTLANRSMAFREPD
TIERLARRDSVEKAVLRRVHTGNVEASVDRLESRRLDAGSNVSIIGQMYTSTPSMKELAN
MAPLIPPRPPPPLLGPQKPQRMNRSTPQPLLTSTPTPSPIDVRAAHKQRALSVQEPVCPP
PMMVQPPPGSSTTFKRQSGYNADAHRPKARYIPQESYGSGSPTRAARYGGANWTQSLERP
QRVTRAMTHSAPPSASDQRSYYHHAGRHPSDMRKSSSPADYHTYSQPYSQSTYAIAQPSS
HRPHDSLSPGREQSYGSKAVSWKEPLIGPLPFSYLSSAQRSPPARPESPYKYESGEVNIH
YRTPVRIEQKESIPEEELARRQEEHMKKVYENERRKKYLAELEDIERRRHTDNFTPLQKS
PIPLNRYDDESSLGTMRGARTPDLKQVARALFNFSAQNKRELAFNKGDVVFIRRQIDKNW
YEGESRGQVGIFPCNYVEIVPYDSIRTLTRKPTEGQARARFNFQAQTSMEMSLSKGELVV
LTRRVDENWYEGRIGNRKGIFPVSYVDTLMEPGADRPLTPSSSPMPRPALPAANLLYNGA
SSYSSPYSTLGRPGSQNDSRPYHQSLTVNTQQEPIPYRALYNYKPQNDDELELFENDLVM
VMEKCDDGWFVGTSRRTGLFGTFPGNYVEKV
NT seq 7836 nt   +upstreamnt  +downstreamnt
atggtgaaaatgctgaagttcgaaaatccgcctcgactgtcggctttcaaatgttcgacg
ctgccgctcgacaaacctacgaacaacttcgccaagatgaggcgaatcctacgggcgtca
ggggcaggtggggaggggcggcaggacccccccagtttgcccgtgcccacggtgcccccg
tacccaatcgaactcttcgaaaacaacccagacctcggccacactaaccgagcgttcaac
ctcaccgacgagttcttggaggcaaacaaccttaaaacaaggacgtcatcatcatccgca
gagtctcgggcagcgagcgacgacttgcctagcgtgaggtcctcgccggagggagccgtg
tacaacgtgagcggcggcaccgtgaggagcctgacggcctttgagagcgaggagaggacg
ccccaagactcttccccgagaggcagcgaagtgacgacgctcagtgacgaggcttcattg
ggaaagcaaagcttccgcagcaccggttctcggggtccaagtggcagttcttcaagcagc
agttctgtgcccaacggagaatcttctcctgtgactcagtcgtcgagtgtttcctcaacc
catagtgatagcactgtgcctaacgatgatcctttaccgaacgctggcactccaactaac
ggcggtgctgcagccaacgatgggccacttcccaacggtgacactccagctaacagtggt
tcagtatcatatagtggcgccatgtccaatagaggcttcatacccaacgtggaccccatt
tctgactgtgagcaaaacaacggaaatgcctcgtccaacggtggccctctgactaacaat
aactctacctgcaagtctgataacatatccaatggtgctgctccagctaacggtggcccc
aacggcaaaccctcatccaacgatggtgagtcagactatgaagtacctgcatctgttgat
aattacctactgaaaagaaatcccgtacctgtcacaagaggtcccgcacctcgttcccct
attcgcaacggtgccccaatataccatggtgctcccacatacaatggtgccgccatgctc
aatggtgcccctattcctaatggtgcccccatgttcaatcgtgcccctatgtataatggt
gcccccgtgttcaatgatggccccttacccaacggtgttcctgctccaagattctttgtt
cctacccatggagctgtattcaatggaagaggtcctccgaactggagccacaatgctgct
atgtcccttccatatggcgggacatcatacagcagggggcaacacgaccctcgatcgcca
ccacaaggacgcgggccagtcagacattcctcaagcggccgcctggtggccaaaagcgcg
tctctgtccctaggtgggcccgtgactccggttcatcgagggcgagtgggcgggtcgcta
aatttctcccgggtgggccaacagcttcacccctccggcaccttctacccagatgggcgc
cacagaatggagagggacgcccctccgccgccaccgccgccaccacaccctgggatgaca
ggggttgtgggccaagcagggggggcgacggccggtgctgcgcctccatacagacctccc
ataaatcacagcaagaccggccgttcctcaggtgaccaggtgtgcccagcatctgttagc
ggccctcctaatgaaaggagtccccatcacccttctgtcagcacaaccgcggaaggcaca
accagcaaggcctcgattcccatatacagccaagtgtgcaaggctaagaagacacgaaaa
gcgccaagtggaaatgcacctgtcagtgaagcgtccgcccccgcaaggaggatcactgtg
cccaggtcctcggctcctcccaacactgtggtcagacgggacgagcggcaaaacacacga
cacccaagccacgccactccctccagatccgacggcagtccgctgtatgaggacctgcga
gagttcgaggatgagggagccgaggagaggcagtataacatcgaagtcaagattgattac
tctcggggcagtaaataccagatggaaactcgccacatagtcaccacgaaaaacaaaaac
ggcgaaagaacgcaacagatccagtcggcacctgaaggaccgaaaaccacgccaagtacc
agcgagaaccggagggagaagacgatatcgaagaagctccgggaggtgggagagatgaag
aactttcgactcggggtcatccatgtgattcgagtcggcaagtggaggttcgtcgcgctg
tgctgctgcgggaacaccagccgctacgtccaccagccgggccgcatcgaaaactacgtg
cccggttactcctccttggccgagaaggagttgaagaggaatccggaagctgatgttaaa
ctcgagtctcaatcgcaggagccgccgccggtgtccgtcaatcataggtacgggtcacag
aagatgtcaatgacccatgccttgaaagaatccggatacgaaagcgacagcaccctagtg
ttcaagaagcgagaggacgcccgccgcctcgcccccgacccccgcaagaccagccaggtg
taccgccagatccagcgaggaggcgacattcccatcactggcctgcagaagcccaacccc
ccgaagcccaaagaggaatactacgtggtgtactcagacctcgacctcggcctgcaccac
ccatccctctccgatttgctcctgccctacacctacatccaagccatgccgcccccctcc
aagcctcctgtgcccacgtttggcgacaggaagaggtcagctccctccagggttgtcatg
gccccgtctcctccgcgccgcatctcctccaagtggcacccgtccctcttgaagcccttg
atgaaagaccgtccgcctgtgccctccgctcggtccacctcagcggaacgtgtcagggag
actcgcgccttgtattccacgtggcaccgcgaaaaggtagcgcgctctcgagaaaagctc
gggacctcaccgaccaagaccacttcactgggccggtcactctcagcagcgaaacaaaca
caggaagtgcgagaaaatttcttgaagacccgccgcaccgtctccgagtctcgcttcacc
atcgaggatcgggaaaactcacctcctcgtagaacgtctgcgcccgccaaagccaagact
ccgttgaggcactacgagagtcgggacaaactgcatcgtaaatcctcccagagggatcta
catgtcgaaaggggccttccgggcagacagcaggatcatgtggcctcgcctgcgccaggt
catagcaggtccctgagcgctgatgcctcaaggaagtggtccagcggttcggcggacagt
ggccgcaacgtaatgcgtcacacagtcagcagcatgaacaaaatcaaacgaacgtcactt
cagcagaaccacatcgaagggccatgtcagccgtcccgcagcagcagcactgacagcaca
tgcagacgacgacccagcacctgcctgtcccccgagccccagccaccaatgcggaagact
ggcgtcagccgaaaggacagtcgttcccgagggtctccgtattctgacgtttccctggaa
gcatcagatgacaagaaactgaagcagagcgagagttttgacaccactcaaagcaacgaa
actggttactccagtatgattgatctttctccctcgccaacaccagacaggaaactacca
gttgaagatcgtgaaaagcggccgagaaaacggtcagagcctccgcctccccgagcacaa
tcttctcctgtccgtcgttcacgtttttctacatgttttgtggagcagcggaacaagtgg
gaagccataactcgcggagacgccgaaagcggccgtctgtctcgcagcacctcacgcagc
acctcgcctctccgctccctgcagttggtgcgtcaagtgagcagcagcttcaaagacatc
ccagcagaggtctcaatttccagccctggtccgcggcgcagcagatcactggacatcctc
accccctcaccccactcccaccctcaccgctatcgccagtatattatcgagctcagaaac
gcagcaccgaggaacgcacggatctcacaactcagacgactatttacatccctcgagcgc
gtccaccgcctcgaacggtctgtgagtagtgtggaactgtccgccgctgagagcagatct
catgctataatagacttcgagacgtggaagggactgcgggagaaagaaaggaaagccctt
gaatataatgtactattaaaagaacttgacgtcgcccagaaggagaaagagttcctctac
aaagtaaccccggagaaaaagtggtcgggtgactgccggctgagaggccgagatattcac
gtcaacgacctacgcgacaaattttcttccatcagcgacaacacttctgaggtcacctac
aagcggcgccgtgagatagaaatctcgaaagacacttaccgtggcctatggcgagggtct
tcagtgcgtgatctctcccacaagtaccaggaccccgaacgccgccgcagcagcagcaag
cggggttctagtctgagtctttcgcgtgaagactcaggtttaagatcccgaggtttgtgg
accagtctcagtctggaacaagtgaatgcctttcgagaccacctcgcggagatatatgga
tcgatgcagagtatccgatcatggagggaaagaaaacaaagaaaccaagacaaaggacag
caccgggctcagcgggaatttgctaaccacaaggtcgacgtggcagaaacagggcgcgcc
ctggctgacaagctgcgtacattacatggccgtgcaccctccgagcctacaaaacgatcg
cctcccaggcactcttctcctacacggacaaccaaaagcaccagcagccttacgcaagta
gaggatcagaggcgacagttgtcaaagcagctatcaatcgaattccaggaaaaggttatg
gaacagaagagttaccaaggtccagaatctgccccagccactttggacacacttcccgtc
cctgacgtatcattgtccctcagccccgagagtctctcacgatcctcacctcgcacgtgc
tactctctcgacatatcagattcttctgaacccaactctctcaactcggaccagttactg
ttggtggtccagaagcccgggaagtctggccgcagccaaagcctcccccctgaaccagcc
agtgacccagaatctagtgactcggaagtatcggtaagaactgtcgtacacaaggacgtg
gcaggaaaagttaagttctttgaaaaacgagctcgtcgaaattcgaggtcctcggagcgt
cactcttcccgcggcagccagctcaacgtggacgaggtgccccactatgccacacttcca
tctcgtctcaagcaacagtcccagagcaaactcctctccccaaactatctccctgagaga
tctgtctcgtccgtaaacctgaacagcaaggcagatgttgcttcgcaggcgtggcgcata
tatgacaagaccaatcctgtcagcggatcttccctccaacgactggctgacatgcccctg
gaacagcgggaccagagaaatccaacctcccactcccggtcttacttgtacaacgtcaag
acaggtgacgtcaataggctgaagcgtagattcgagagccccgaggaggccaggcgacgc
accaggtccttgcctaacgtgaacggtcctctgtctcgtgtgacgccgacaggaaggacg
gtggtgcgaggccaggagtcgggtgatgtgcaattcatgaaggccaaatatgaaactcca
agacggtcccgcagccctgaacggtggcaaccagtccgagatgagtacttgcccaagtct
aagctaacatctaccatgcagacgctggcaaatcgctccatggcgtttcgggagccggat
actattgagagacttgctcgcagggattctgtggagaaggccgtgctgcgccgcgtccac
actggcaacgtggaggcatcagtcgatcgtcttgagagcaggcgattagatgcaggctca
aatgtgtctatcatcggccaaatgtacacttccactccatccatgaaggaacttgccaac
atggctcctcttatcccacctcgccctcccccgccactactgggtccacagaagccacag
aggatgaaccgcagtaccccacagcctcttctgacttcaacgcccacaccttcacccatt
gatgtacgagctgctcataaacagcgagccttgagcgtgcaagaaccagtttgtccacct
ccgatgatggtccaacccccaccaggctcctcgaccacttttaaacgtcagtctggctat
aatgccgatgcacaccgccccaaggcgcgctacatcccacaggaatcatacgggagcggg
tccccaactagagctgctcgttacggaggagccaattggacacagtcactggagcgccct
cagcgggtgacgcgtgccatgactcactccgcgccaccgtccgcctccgaccagcgtagc
tactaccaccacgccggccgacacccttctgatatgcgaaaatcatcttcccctgccgat
tatcacacgtactcccagccttactcccaatcgacctatgccatcgcccaaccgtcaagc
caccgccctcacgattcccttagtccggggcgggagcagagctacggcagcaaggcagtc
tcctggaaagagcccctgatcggtcccctaccgttctcttacctgtcatcggcgcagcgt
tcacctcccgcgcggccagagtcaccttacaagtatgagtccggcgaggtgaacatccac
taccgcactcccgtgaggatcgagcagaaggagtccatccccgaggaggagctcgcccgc
cgccaggaggagcacatgaagaaggtttacgaaaacgagcggcgcaagaagtacctcgcc
gaactggaggacatcgagcgccgaagacacacagacaacttcacgcctcttcagaagtct
ccgatccctctaaaccgctacgacgatgaaagcagccttggcaccatgcggggcgcacgc
accccagatctcaagcaggtggcgagggccttgtttaacttctctgcacaaaacaaaaga
gaacttgccttcaacaagggagacgtagtattcatccgtagacaaatagacaagaactgg
tatgaaggagagtctcggggacaagttggcatcttcccttgtaactatgtggagattgtg
ccttatgacagcattagaacattaacccgaaagcccaccgagggccaggctagagccaga
tttaacttccaagctcagacctccatggaaatgtctctcagtaaaggggagctggtagtc
ctgacacggcgtgttgatgagaactggtacgagggcaggataggcaaccgtaagggcatc
ttccccgtatcttatgttgatacactgatggaacccggagctgaccgtcccttgactccc
agctcttcgcccatgccccggcccgccctgcctgcggcaaacctgctctacaatggtgcc
tcctcctactccagtccctactctaccttggggcgaccgggaagtcaaaatgattccaga
ccttaccaccagtctctcaccgtgaacacccagcaggagcctataccgtaccgagcactc
tataactacaaacctcagaatgacgatgagctggaactttttgagaatgaccttgtgatg
gtgatggaaaagtgtgatgacggctggttcgtgggcacctcccgcagaacaggcctcttt
ggcaccttccccggcaactacgtggagaaagtatga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (3)   
   Pfam (3)   
All databases (18)   

Download RDF
DBGET integrated database retrieval system