KEGG   Esox lucius (northern pike): 105018835
Entry
105018835         CDS       T04894                                 
Name
(RefSeq) complement C4
  KO
K03989  complement component 4
Organism
els  Esox lucius (northern pike)
Brite
KEGG Orthology (KO) [BR:els00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:els01002]
    105018835
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:els04147]
    105018835
Peptidases and inhibitors [BR:els01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   105018835
Exosome [BR:els04147]
 Exosomal proteins
  Exosomal proteins of hepatic cells
   105018835
  Exosomal proteins of other cancer cells
   105018835
SSDB
Motif
Pfam: TED_complement A2M_recep A2M A2M_BRD NTR MG2 MG3 ANATO MG4 MG1 bMG10
Other DBs
NCBI-GeneID: 105018835
NCBI-ProteinID: XP_010882881
UniProt: A0A3P8XLF2
Position
LG20:complement(13627791..13644596)
AA seq 1725 aa
MSPLICLLVVFLQAAVSVCQQERFLILAPSVFHVGVKERIYIQVGKTLLNSHVSLYLKHE
ISNMEVSEEVSLSFTGEGQVQTVELQIDRQKMSELPSSGGSPPSLLLVCKIPGVKERCMV
RVLVSKRRGYIFIQTDQPIYNPSNLVRFRIFTLNHAMRPNAETVHISIFNAGGNQVWKGL
KRDESGIVTINFDIPDVSELGVWKIVAHYQGDEKNAVTQQFEVKKFVLPSFEVTIKPEKG
YILINTEQFTFDISALYSHGKTIKGAFHCRFGVKEKTKAQGGKEKTVVFIRGLEHTGLIR
DGKGSVVLQISELIKQLQSQLKTTLSDLDESQSQLLMTVSVTDINSGELQEAEVSLPVVS
QLYTVDLSRTRSHYIPGVPLKVEVVVHLPGGSPAVAVPVTMHLPNLQDDPKTKDTDKEGI
VWQYFNLPNIDSDITVEVTVDGHRSTKVVKRSSFPGNVYLSTTVNDGTLTVDQLLTVTFA
VINAVPEDGFIYYLVLSRGQLIREGSVKAGKSIKIQFPITHAMTPSFRLIGYYHGQNADI
IADSVWVDVKDVCEGKVEVKTKKDEYAPGRTANLDIDLNGQKAKVALLAVDKAMYALNAH
NRLTPKQVFSSMQSYDLGCSYGGGSNTASVFNDAGLSFISSSEVTSQMRIGFNCEQGFRR
QRRSLDLQQQMMSIKQNYSDGKLQECCGHGFTLIPMRRTCDERAKIVERSSESPACVQAF
RECCKQGEKLREKKKRDDALAGHGRTGSEADIEDFFDTTDQDIRRYFPPSFFFKVVDVDG
QKSVNVMLPDSITTWEIQVVSISASHGICVAEPYQLRVFKEVFVTLRLPYSVKRFEQFSV
IPVVYNYGDEPAQIALQMVQNEKLCSPGSGSLKTYVNVTVEPHSSKAVTFTAVPMETGSV
PIIIRLYDRENEVGSDAIEKTLNVRTEGIEKRVEEIHVVDLIGRHGMSLTIDGKLPDNTV
PESISNIFVKMEGEGFGQSTAKTLLSPHGVKHLLQAPDGCAEQTMKRMAPTALTLRYLDL
SQRWYELPAGTRDTALDFTEQGYMRILTFKKADGSYGAWISHPTSHWLTGLVVKVMSLVA
ERQRERSGPAGREGLDVAENEISHSVRYLLDNQNQDGSFTDPNPVIHREMQGGIGGVEGD
VSMTAFITLALNRSLPFLTDENVLERTKATISRATNHLLSRFEGLKRPYSAAITAYALSV
TLPDRTEAKPAWEKLQKLATKDKNHCSGWYADAGLVKEEKAWRVPAAEAITVETTAYALL
TAVAHKDTKLADSAACWLTSQENYGGGFKSTQDTIVALEALSEYALTKPPSTTTQVRVDF
TSEGRYGEILRQDMQLDNKGYAVEKELKTLIGKNAINVTLTGQGKAKMKVTKVYHVLEPY
DNCDLLSITVKVEGIVKYTARLVEDYYGLEDYADDEGSEEEDIPRSAIEWFDARSRRRRD
TQPSLEPENLVQYEVCFRINRNLTGMAIADITLLSGFQAQTEDLDKLKAMPEQYISHYEL
SHDKVLMYFNKIEPGDCIAFRAKQSVPVGLLQPAPASIYDYYEPDRKCTIFYAAPKQSKM
VSALCDAEVCQCAERPCHKQRNAFGPQGLMKDHRFEFACFFPTVDYGFTVQVGNVSVKSN
FALYSSTVTSILRVTGDLNLQENNVRVFARRLQCKGHLEAGKTYLIMGKDGLTTDSNGQM
QYLLESNTWIEQVPDEKKCQANINKKACRQFHDFVTEYKFNGCSQ
NT seq 5178 nt   +upstreamnt  +downstreamnt
atgagcccactcatctgtcttttagtggtcttccttcaggctgccgtatctgtttgtcaa
caggaaaggttccttatattagctcccagtgtgttccatgtgggagtgaaagagcgtatt
tacatccaggtcgggaaaacccttctaaacagtcatgtttcactctacttgaagcatgag
ataagcaacatggaggtttctgaagaggtctccctgagttttactggggaggggcaggtc
cagaccgtagaattacagatagacaggcagaagatgtcagagctaccttcctctgggggc
agtcctccatctcttttgcttgtgtgtaagattccaggcgtcaaagaaagatgcatggtg
agggtcctggtctccaaacgcagaggatatatcttcattcagaccgaccaacccatctac
aatccctcaaatttagtgagattcaggatatttacactcaatcacgcgatgagacccaat
gctgagactgtccatatctccatttttaatgctgggggtaatcaagtatggaagggtctt
aaacgagatgaaagtggaatagtcaccattaatttcgatatccccgatgtctcagaattg
ggtgtgtggaagatagtggctcattatcaaggagatgaaaagaatgctgttactcaacaa
tttgaagtcaagaagtttgtgctgccaagctttgaagtgaccatcaaacctgagaaaggc
tacattcttattaatactgagcagtttacctttgacatctcagcattgtactcccatggc
aaaactataaaaggagccttccactgccgctttggagtgaaggagaaaaccaaggcgcag
ggtggtaaagaaaagactgttgtcttcattagaggactggagcatactggattgattaga
gatgggaaaggttcagtggttcttcagatatccgagcttatcaagcaactccaatctcag
cttaagaccaccctctcagacctggacgagagccaatcacagcttttaatgacagtgtcc
gtcaccgacatcaacagtggtgagctacaagaagcagaggtgtctcttcctgttgtgtcc
cagctttacacggtagacctgtcccgcacacgctcacactatatccccggagtcccttta
aaggtggaggtggtggtacatctccctggcggttccccggccgtggcggtgccagtgaca
atgcatctgccaaacctccaggatgaccccaaaactaaggacactgacaaggagggaatc
gtgtggcagtatttcaaccttcccaatattgatagtgacattactgtagaggttactgta
gatggccatcgatccacaaaagttgtcaaacgatcctcatttcctggaaacgtctatcta
agcaccaccgtgaacgacggaactctaacggtggatcagttactaactgttacatttgca
gtcatcaatgcggttccagaagatgggttcatatactacttggttctcagccgaggacag
ctcataagagagggttctgtcaaggcggggaaatcaataaagattcagtttccaatcact
catgcgatgacaccctccttccgtctgattggctactaccacggccagaatgctgacatc
attgctgactcagtgtgggtagacgtcaaggacgtttgtgagggtaaggtcgaggtaaag
acaaaaaaagacgaatatgcccctggacgaactgcaaaccttgatattgatttaaacgga
cagaaggccaaagtagcgttgctggctgtggacaaggccatgtacgctctcaacgcccac
aacaggctcacccccaaacaggtcttctcctcaatgcagtcctatgaccttggctgctcc
tatggtggcgggtcaaacacagcatctgtattcaatgacgctggtctgtctttcatctcc
agctctgaagtaacgtcacaaatgaggattggatttaactgtgagcagggcttcaggcga
caaagacgttccctagacctccagcagcagatgatgtccataaagcaaaattactcagat
gggaagctgcaggaatgttgtggtcatggcttcaccctgatccccatgcgtcggacctgt
gacgagcgagccaagatagttgaacgatccagcgagagccctgcctgtgtgcaggctttc
cgggaatgctgcaaacagggagagaaactgagagaaaagaagaaacgtgacgacgctctg
gccgggcatggcagaactggaagtgaagcagacattgaagacttctttgacacaacagat
caggacatacggcgatatttccccccaagctttttcttcaaagtggtagacgtagacggc
caaaaaagtgtcaatgtgatgctgccggattctataaccacctgggagattcaggttgtc
agcatttctgcgtcgcatggcatatgtgtagcagaaccataccagttacgtgtgtttaag
gaggtttttgtcaccctgaggctgccgtactctgtgaaaagatttgaacagttttctgtc
atacctgtcgtctacaactatggggacgagcctgcacagattgcactacagatggtgcaa
aacgaaaagctctgttcgcctggttcaggttccctcaaaacctatgtcaacgtaactgtg
gagccccactcttccaaagccgtcactttcacagcagtacccatggagacgggctccgtg
cccatcatcatacgcctttatgacagggagaatgaggttggcagcgacgccattgaaaag
actctgaatgttagaacggagggaatagagaagagagtggaggaaatacatgttgtggac
ctgattgggagacatggcatgtctttaacaattgatggaaagttaccagacaacacagtt
cctgaatccatctccaatatatttgtcaagatggaaggggaagggtttggtcaatctact
gccaaaaccctgctgtctcctcatggggttaaacacttgctacaggcccctgatggatgt
gcagagcagactatgaagagaatggctcccactgcattgaccctccgctacctggacctt
agccagcggtggtatgagttgcccgctggcaccagagacaccgccctggatttcacagaa
caaggctatatgagaattctgacatttaaaaaggcagatggatcctatggggcatggata
agtcatccaacaagtcattggctgacaggcctggtcgtgaaagtgatgtccctggtggcc
gaacgtcagagagaaaggtctgggccagcagggagagagggactggatgtggccgagaat
gaaatcagtcattcggttaggtatctcctggataaccagaaccaggatggatctttcaca
gacccgaaccctgtaatacacagggaaatgcagggaggcattggtggggttgagggagac
gtgtccatgactgcctttataactctggctttgaatcggtccctccccttcttgacagat
gaaaatgtgcttgagagaacgaaagccacgatctccagagccacaaaccacctgctgtca
cgttttgaggggctgaagaggccttactcggcggccattacagcctatgccctgtcagtc
actctacctgaccggacagaggccaagcctgcctgggaaaaactccaaaagctcgcaacc
aaagacaaaaaccactgcagcgggtggtatgctgacgcaggcctggttaaggaagaaaag
gcttggcgggtaccagcagccgaggccataacagtggagaccacggcctacgctttacta
actgctgtggctcacaaggacacgaagttggcagactctgcagcatgctggctaacttca
caggagaactatggagggggcttcaaatccacacaggatactatcgtggctttggaggcg
ctctctgagtatgccctgaccaagccgccctctaccaccacacaagtccgtgtagacttc
acaagtgaagggaggtatggggaaatactgcgtcaagacatgcagttggacaacaaagga
tacgcagtagaaaaagagctgaagacactaattggtaaaaatgctattaatgtaactcta
acaggacagggaaaggccaagatgaaggttacaaaggtctaccacgtactggaaccctac
gataactgcgatcttctgtcaatcacagtcaaagtagagggcattgtaaagtatactgct
cgccttgttgaagactactatgggttggaagactacgcagacgatgagggaagcgaggag
gaggacatcccacgatcagcgatcgagtggttcgatgctcgaagcagacgcaggagagat
actcagcccagcctggaacccgaaaatctagttcaatacgaagtctgtttcagaattaac
aggaacttaacaggaatggccatagctgatatcacactgctaagtgggtttcaggcacag
actgaagacttggataaactgaaagcgatgcctgaacagtacatctctcactacgagctg
tcacatgacaaagtgctgatgtactttaataagattgagccaggtgactgtatagctttc
cgagccaaacagagcgtgcctgtagggttgctacagcctgcccctgcctccatctatgac
tactatgaaccagacagaaagtgtactattttctatgctgcaccgaaacaaagcaagatg
gtttcagctctatgcgatgctgaggtatgccaatgtgcagagaggccctgtcacaaacag
aggaatgcctttggaccacaggggttaatgaaggaccaccgctttgagtttgcttgcttt
ttccccactgtggattatggtttcactgtccaagttggcaatgtgtctgtgaagagtaac
tttgcactctacagttctactgtgacaagcatactccgagtcacgggagatttaaacctg
caggagaataacgtgagagtgtttgccaggaggcttcagtgtaaaggacatctagaggct
ggaaaaacatacctcatcatgggcaaagatggcttaactactgactctaatggccagatg
cagtaccttttggaatcaaatacttggattgaacaagtgccagatgagaaaaagtgccaa
gcaaacataaacaagaaagcctgccgacaatttcatgactttgttactgagtataagttc
aatggttgcagccagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (11)   
   Pfam (11)   
All databases (46)   

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