KEGG   Xenopus laevis (African clawed frog): 394275
Entry
394275            CDS       T01010                                 
Symbol
c4a.L, c4, c4a
Name
(RefSeq) complement C4A (Rodgers blood group) L homeolog precursor
  KO
K03989  complement component 4
Organism
xla  Xenopus laevis (African clawed frog)
Brite
KEGG Orthology (KO) [BR:xla00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:xla01002]
    394275 (c4a.L)
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:xla04147]
    394275 (c4a.L)
Peptidases and inhibitors [BR:xla01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   394275 (c4a.L)
Exosome [BR:xla04147]
 Exosomal proteins
  Exosomal proteins of hepatic cells
   394275 (c4a.L)
  Exosomal proteins of other cancer cells
   394275 (c4a.L)
SSDB
Motif
Pfam: TED_complement A2M_recep A2M A2M_BRD NTR MG2 MG4 MG3 ANATO MG1 C4_MG1 bMG3 C3_CUB2 Big_1
Other DBs
NCBI-GeneID: 394275
NCBI-ProteinID: NP_001080934
Xenbase: XB-GENE-478885
UniProt: Q91741
Position
8L:65185816..65230661
AA seq 1683 aa
MGPPPLLYALVWAAVCMVAKAQQPNFLVVAPRILHVGVKEVIGIQFEWPQGSLPPAGDIK
VELSLRNQLSMIGCSGEEKLFLNKRNDYTILTNLMLTSQRLITCKLNERRSGRYVQLVVK
SDVLGKQPKVVSIPVAYQRGYLFIQTDKSIYTPKETVHIRSFTLDHVLRPTEEQVTLSVF
NAQGFQVRKVEKISKDSVVADNLQIPDISTPGVWRISVHYTDAPETNFTAEFEVKPYVLP
NFEVKIIPEVPYFLMTKDSFTFRVEARYVYGEHVAGVGYMRVGITAQNGKRYMLRGLEKQ
TTLIDGDTTVTIRMADIKEKIQQDMGNLLGTSLYFAASVVEKASGVLEEKEFTSVKFVSS
PYKLDLSKTKRYFIPGTPAQIVVEVSHIDGSPAAGVSVSLSKSNAQLFEYKTDNNGVVAF
HVNTASDEKKCDIRVKANFDSGSETESITLLPYTSKASSYLFLNVPNQVLDPGSSFKVTL
KAIISNKQNVEKIYYMVLNKGQLLSLDSIRRTEVNEMLITVKPSMIPSFRVIAYYYLGSE
IISNSVWVDVADVCEGKLELHASKKILAPGEALKLDVRTEGTATVSLSAVDTAVYILNSK
NKLTPQKMFKAMNAYDLGCSPGGGKDFINVFTDAGLAFVSSAGYTQINELGCRVHQRKKR
AIDFQALTQQKAYSYTTTELQRCCQHGMMLPPGKMSRVCTKRAARVPDPTCRKAFLDCCE
YAENLRKQLTLEKRKTQGFGRTQNVDGSDEDFADESDIQIRSFFPETWLWRTVKVYNGLF
SEAVYMPDSITTWEIQAIGMSREKGFCIAEPLKVKVFKDFHIYLRVPYSVKRFEQMELRP
ILYNYNNKDLEVKVYMEQAEDICSPGSGDSKPLIKEVTVGANSALPVPFVVVPIGKSNPV
VSVVALGRSFVSDGVKKAMKIVKEGASVFEEKSYIIDPADITRRSIDFDEEFPSNMIPDG
DFRSSIKVTMDSSMNTINNSLGADGISKLIRVPYGCAEQTMISTSPGVYALRYLDHTEKW
NLLSPDRKDEGLENMRQGYLRILQFKKADGSYGAWLHRTSSTWLTAFVVKVLSLCRNYID
VNVEDIRLSAQYLATMQKDTGAFQEKVSVIHQDMLGGSTTIDAEVSITAYVTVSLYHSLD
SLSEDNVAVKSKISKAVDYLRGKLDTIKHPYSLALTTYALTLTSKDSVLKDKAYNKLMSH
AQGDPNKKELYFGPKGTALAVETTSYVLLITLLRGNIKDAEKMYTWLSEQQNYGGGFKST
QDTVMALEALSEYWIRTFKQDDNTLEIEVNSLEKQHSQKFKLRKEDNLQEELRSMGTKFN
IKVSGKGKGILTVIKMYNILQMQNTSCTELGLDVTVSDACEEAGMNEDDDYDYDEEMADE
PREPIVWHDLRRRSRREATFTKEKEVKLLYEVCLWKKSSNVRLSGMAIVDITLLSGIEPV
IDDLKKLAESSERYISHYEYQPGRLLLYFDKVPDTWDCVAFEAVQTVKVSLLQPASAVIY
DFYEPNIKCTVFYGAPSKPNFVSTLCSGDVCQCAEGLCPKKISSFKSTETERQTFACYSP
RVVFGYRVMVENIAEQDAFIVYTARILEVLQRNSDEDIKPEDTRLFYQPMSCKMRLAKET
EYLIMGQDGVTKNEHGHIRYILEKNFWVEELPGEQKCAATRYRNFCTDARNFMDKYKENG
CMV
NT seq 5052 nt   +upstreamnt  +downstreamnt
atgggcccaccgcctctcctgtatgctctcgtatgggcagcagtatgtatggtggccaaa
gcacagcagccaaactttctggtggttgcccctcgtatcttgcatgtgggtgtaaaggag
gtaatcgggatacagtttgaatggccacaaggctccttacccccagcaggtgatatcaag
gtggaactttccttgcggaatcaattatcaatgattggctgctcgggcgaagaaaagctc
ttcctgaacaaaagaaatgactatactatattaacaaatctaatgcttacttctcagcga
ttaatcacttgcaagctaaatgagagaagatctggccgatatgttcagctggttgtaaaa
agtgatgttcttggaaagcagccgaaggtagtttcaattcctgtagcctatcagaggggg
tacctgtttatacagacagacaagagtatatacaccccaaaagagacagttcacattaga
tcgttcactctggatcatgtgctgcggccaacagaagagcaggtcacattgtcagtgttt
aatgcacaaggttttcaagtgaggaaggttgaaaagatttctaaggactcagtagttgca
gataatcttcaaattcctgatatctccacacccggtgtgtggagaatatctgtccattac
acagatgctccagaaacaaattttactgctgagtttgaagtgaaaccatacgtgctgcct
aactttgaagtgaagataataccagaggtcccctatttccttatgactaaggactccttt
acctttagggtagaagccaggtatgtgtatggtgagcatgtagccggtgtgggctatatg
cgggtgggaattacagctcagaatgggaaaagatacatgctaagaggtctggaaaaacaa
acaacgctgattgatggagacactactgtaacaatacgtatggctgacatcaaagagaag
atacaacaggacatggggaacttgctgggaacaagcctctactttgctgctagtgtggta
gagaaagcttctggagttctagaagaaaaggagtttacctctgtgaaatttgtatcatct
ccctacaagttggatttgtccaaaaccaagagatattttatcccaggaactccagcacaa
attgtggtggaagtatctcacatagatggttctcctgcagcgggtgtcagtgtcagcttg
tccaagtcaaatgcacaactgtttgaatacaaaactgataacaatggtgttgtagccttt
catgttaacacagcttcagatgagaaaaaatgtgacatcagggtcaaagccaattttgat
tcaggttcagaaactgagagtataacacttcttccatacacatccaaagcgagcagctac
cttttcttaaatgtacctaatcaagttttggatcctggtagcagctttaaagtcacatta
aaggcaataatatccaataagcaaaatgttgagaaaatctattatatggtgttaaataag
ggtcagcttctctctctggattccattcgaaggactgaagtcaatgaaatgttaattact
gtcaagccctccatgattccttcttttcgggtcattgcctactattaccttgggtctgaa
atcatttcaaattcagtttgggttgatgttgcagatgtctgtgaaggcaagctggaatta
catgcaagcaaaaagattcttgcaccaggagaagcattgaaactggatgtgaggacagaa
ggcacggccactgtttctctttctgcagtggacacggctgtatatatactaaactccaaa
aacaaattgacaccacagaagatgttcaaggcaatgaatgcttatgatttgggctgctct
ccaggaggcggaaaggatttcatcaatgtctttactgatgcaggacttgcatttgtgtcc
tctgctggatacacgcaaataaatgagcttggttgcagagttcaccagaggaagaaacgg
gcaatagatttccaagctcttacacaacagaaagcctactcatacaccactacagaactc
cagcgctgctgccagcatgggatgatgcttccaccaggaaagatgtccagggtctgcact
aagcgtgctgcacgtgtccctgaccccacctgccgtaaagctttccttgactgctgtgaa
tacgctgagaatctccgcaaacaattaactcttgaaaaacgcaaaacacaagggtttgga
aggactcagaatgtggatggatctgatgaggactttgcagatgaaagtgatattcagatt
cgctctttctttcctgagacctggttgtggaggacagttaaggtttacaatggattattc
agtgaagctgtgtatatgccagactcaatcaccacgtgggagattcaggctataggaatg
tctcgagagaaaggtttctgcattgcagagccactcaaggtaaaagtgtttaaggatttt
catatctacttgagagtcccctactctgtgaaacgatttgaacagatggagctgaggcct
atattatataactacaataataaagatttagaggtgaaggtttacatggagcaggcagaa
gacatttgcagtccaggctctggagactccaagccactaataaaggaagtgactgtaggt
gcaaattctgctcttccggtcccttttgttgtggtcccaataggaaagtccaacccagtg
gtgtctgtggtggctcttgggaggtcttttgtttctgatggtgtaaagaaagcaatgaag
attgtgaaagaaggtgcttctgtttttgaggagaaatcctacattattgaccccgctgac
attacaaggagatccattgattttgatgaagagttcccttccaacatgattccagacgga
gatttccgttccagtataaaagtgactatggactcctcaatgaataccataaacaacagt
ctgggtgctgatggaataagcaagttgattcgtgtcccatatggatgtgctgaacaaacc
atgatttccacctctcctggagtgtatgctctgcggtatcttgatcacactgagaagtgg
aaccttctctctccggatagaaaagacgagggattggagaatatgcgccagggatatctg
cgaatattacagtttaagaaagcagatggatcatatggagcttggcttcacagaaccagc
agcacttggctcactgcttttgtggttaaggtgctgtccctctgtcgtaactacattgat
gttaatgtggaagacatacgcctttctgcacagtatctcgccacaatgcaaaaggacaca
ggggctttccaagagaaggtgtctgtaatccaccaagacatgcttggaggttctaccacc
atagatgctgaggtctcaatcacagcatatgtcacagtgtcactctatcattcactggat
tctctgtctgaagataatgttgcagtgaagagcaaaataagcaaagcggttgattaccta
cgtggaaagctggataccatcaaacacccatattccttagctcttacgacatatgctctc
actctcacatccaaggattctgttctaaaggacaaagcctacaacaaactcatgtctcat
gcccaaggagaccccaacaagaaggaattatattttggacctaagggcacggctctagct
gtggaaacaacctcatatgttctgctgatcacactgctgcggggaaacataaaagatgct
gaaaaaatgtatacttggttatcggagcaacagaattatggaggagggttcaaatctaca
caggacacagtgatggcgctagaagctctatctgaatactggattcgcacatttaagcag
gatgataacaccttagaaattgaagtaaactctttggaaaaacagcacagccagaaattt
aaattacgaaaagaggacaacctgcaggaggaactgagatcaatgggaacaaagtttaat
ataaaggtttctggaaaaggcaaagggattctcacagttataaagatgtataacatacta
cagatgcagaacacatcatgtacagagctgggattagatgtgactgtgagtgatgcatgt
gaggaagcaggaatgaatgaagatgatgattatgactatgatgaagagatggctgatgaa
cccagagagcctattgtttggcatgacctccgtcgcagatcacggcgagaagccacattt
acaaaggagaaagaggtcaagttgttatatgaagtgtgtctgtggaaaaagtcctccaac
gttcgcctctctggaatggctattgtagatatcactttgcttagtggtattgaacctgtt
attgatgatctaaaaaagcttgcagagagctcagagcggtatatcagtcattatgaatac
cagcctggaagactcctcttgtattttgacaaagttcccgacacttgggattgtgtggct
tttgaagcagttcagacagtcaaggtctctctcctacagccggcatctgctgtcatatat
gatttctatgagccaaacatcaaatgtacagtattctatggagccccatcaaagccaaac
tttgttagtaccttgtgctcaggagatgtctgccagtgtgcagaaggtctatgtccaaaa
aagataagttcatttaagtcaacagagacagaacgtcaaacatttgcatgttacagtcca
agggttgtgtttgggtaccgtgtgatggtggagaacattgcagaacaagatgcatttata
gtctatactgccaggattctggaagttctgcaaaggaattctgatgaggatattaaacct
gaagacacgcggcttttctaccagccgatgtcatgcaaaatgcgcttggccaaagaaaca
gaatatctaatcatgggacaggatggagtcaccaagaacgaacatggacacatacggtac
attctggagaaaaatttttgggtggaagagttgccaggagagcagaagtgtgctgccact
cgatatcgcaacttctgcactgatgccaggaattttatggacaaatacaaggagaatggt
tgcatggtgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (14)   
   Pfam (14)   
All databases (61)   

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