KEGG   Xiphophorus maculatus (southern platyfish): 111608731
Entry
111608731         CDS       T02923                                 
Name
(RefSeq) complement C3-like
Organism
xma  Xiphophorus maculatus (southern platyfish)
SSDB
Motif
Pfam: TED_complement A2M_BRD MG1 A2M_recep NTR A2M MG4 MG2 MG3 C3_CUB2 C3_CUB1
Other DBs
NCBI-GeneID: 111608731
NCBI-ProteinID: XP_023190444
Position
5:22566417..22590950
AA seq 1589 aa
MRRTLLLQLVSLTFASWAPLADGANFKVMSAPNLMRVGTAENIFVECQDCTGGDMVVNIN
VMNHPAKNKKLTGTSVTLNRANNYQGFGKITIPAAEFSKDPTMRQYVYIQANFPDKSLEK
MVLVSLQSGYIFIQTDKTLYTPNSRVYFRLFALTSHMEPVGTNNQNQDVGVLIDIMTPDG
IIIPLDTVTLNSGLFSGDYQLSEIVSPGLWKVVAKLQSNPQQRYFAEFEVKEYVLPSFEV
KLVPVVPFFYVDSDQLTINIKAKKLSVQDVYGTAYVMFGIMEDNVKRNIPHSLTRVPVVD
GEGQVTLQRNQIAQTFPEIHHLVGKSIFVSVSVLTDSGSEMVEAELRGIQIVTSPYKITF
RKTPKFFKPGMPFDVVVEVVHPYDIPAENIPVVVSPSEVRGITAANGMTTLTINTPAAAS
ILRITAKTDKPDLTPSRQAAAEMEASAFLSSSKSYILIATDTTEVSIGDNLKINLILNKP
PQEKDITYLILSKGHLLKSDRYRTRGQALISLILPITKEMLPSFRIIAYYHSTDNEVVSD
SVWVDVKDSCMGSLTLESKRPLPSYEPRMMFTLKVTGDPGATVGLVAVDKGVYVLNNKHR
LTQKKVWDEVEQHDIGCTPGGGSNSMNVFFDAGLVFESSVASGTAYRQELKCKTTSRQKR
DTTTEEVTTTLRESDDSYMDSDAIFSRTKFPERLLWTYIQLPVCPANGPSCESTSFEKHF
PLRDSITTWQFTGISLSRTLGLCVAEPLEVIVRKEFFIDLQVPYSAVRWEQLEIEAILHN
YSPDSITVRVELIEEENMCSSASKRGKYRQEVRVGSQTTRSVPFIIIPMKEGEHNIEVKA
AVKDSSLNYGVIKMLRVVPPGVLTKVTQSIALDPAVRGQGGTQVETLNSNIARINLVPNA
PSSTQVSVTGRDLTSWLLENAISGRSMGALIYQPSGSGEQNMIRMTLPVIATTYLDKTNQ
WEAVGLNRRNEAIQHIKTGYNNELAYRKGDGSFAVFASHGSSTWLTAYVTKVFSLAYNLI
AVQNDHICGAVKYLVLNAQQPDGMFREVGKVHHREMQGDVLGGDSDASMTAFCLIALQET
RTICGATVDSLPSSIEKAVTYLERRLPNLANPYAVAITSYALANENKLNREILYKFASPE
LNHWPSSGGEMFTQEATAYALLALVRAQRFEDAKPIVRWFNQQQFVGGGFGSTQATIIVY
QAVAEYWTKATESEYNLNVDILLPGRSNPDKLNFNRENQFTTRTSKFNDINQDVKVTATG
TGEATVKMVSLYYTIPKENGNDCQKFNLSVQLIPEILDGDRKTYRLRIDVLYVDRNRDAT
MSILNIGLLTGFTVDTKDLDLLSKGRARTIARYEMNTVLSERGSLVIYLDKVSHTRPEEI
SFRIHQTLKVGVLQPSAVSVYEYYEQTPCVKFYHPERKGGQLLRLCRDNDCTCAEENCSM
QKKGQISNDERTAKICESTETSKIEFAYKARVEKTDFEVATDSYIMTIVQVIKEGSTDVG
PLGRLRSFLSYQHCRDALSLEKGKTYLIMGSSKDIHRDDQKQGFQYVLGERTWIEYWPSE
VECQTEEHRPTCVGIEEMVNEYLIFSCVQ
NT seq 4770 nt   +upstreamnt  +downstreamnt
atgagaaggactcttctgctgcagctggtctctctgacctttgcctcctgggctcctctg
gctgatggagctaatttcaaagtgatgtccgcccccaacctgatgcgagtgggaacagca
gaaaacatctttgtggaatgtcaggactgcactggaggggacatggtcgtcaacatcaac
gtgatgaaccatccggccaaaaacaagaagctgactgggacatctgtgaccctcaacagg
gcgaataactaccaggggtttggaaaaataactataccggcagcagaattcagcaaggat
cccaccatgaggcaatatgtttacattcaagccaattttccagacaaatctctggaaaaa
atggtcctggtgtccctccagtctgggtacatcttcatacagacggacaagacgctctat
actcccaacagcagggtttatttcaggttgtttgccttgacttcccatatggagcctgtg
ggcacaaacaatcagaaccaagatgtcggtgtgctcatcgatattatgacgcctgatgga
atcatcattcctttggatacagtcactttgaactctggtttattctctggagattaccaa
cttagtgagattgttagccctggactgtggaaggtggtggcaaagctccaaagcaaccca
cagcagagatattttgctgaatttgaggtcaaagaatatgtacttcctagttttgaggtt
aagttggtgccggtggtccctttcttctacgtcgacagtgaccaacttaccatcaacatc
aaagctaagaaactatctgtacaggatgtttatgggactgcttatgtgatgtttggtatc
atggaagataacgtgaagagaaacatcccacactctctcacacgagtcccagttgtggat
ggcgaagggcaggtcacactgcaaaggaatcagatcgctcagactttcccagaaattcat
catcttgtaggaaaatcaatctttgtgtctgtcagtgtgctgacagacagcggcagtgaa
atggtggaagcagagttgagaggcatccagattgtcacgtcgccgtacaaaatcaccttc
agaaaaacccccaaatttttcaaaccaggaatgccctttgacgttgtggttgaagtagta
catccctatgacattccagcagaaaatatcccagtggtagtaagtcccagtgaggtgagg
ggaatcacagcagcgaatgggatgacaacactcaccattaatacaccagcagcggcttcc
atactgagaatcactgcaaaaacggacaaacccgatcttacaccatcaagacaagcagcg
gctgagatggaagcatcagcttttttgtccagtagcaagagctatatcctcatagccaca
gacacaactgaggtaagcataggagacaacctgaaaataaacctcattctcaataaacca
ccacaggaaaaggacatcacatacctgatcctaagtaaaggccacttgctgaaatctgat
cgctacagaacaagaggccaagctctaatttccctaattcttcccatcaccaaagagatg
ttgccctcattccgtatcatagcctactaccactcaaccgataatgaagtggtgtcggac
tctgtttgggtggatgtgaaagactcgtgcatgggctcgttgaccttggaatcaaagaga
ccgcttccgtcctatgaacctcgcatgatgttcactctgaaagtcacaggagatccaggg
gccacagtgggactcgtcgcagttgacaaaggcgtctacgttctgaacaacaagcaccgt
ctcacccagaaaaaggtgtgggacgaggtagagcagcatgacataggctgcacaccaggt
ggtgggagcaacagtatgaacgtgttctttgatgctgggctggtgtttgagtccagcgtc
gcttcaggaactgcctacagacaagagctgaaatgcaaaacaacatccagacagaaaaga
gacacaactactgaggaagtcacgactaccctacgtgaatcagatgacagctacatggac
agcgatgcgattttttctcgaaccaagttccctgagcgtctgctgtggacatacatccag
cttcctgtttgcccagcaaatggacctagttgtgaatccacgtcgtttgagaaacatttt
ccactgcgtgattcaattacaacctggcagttcaccggcatcagtctctcaagaacactt
ggtctctgtgttgccgagccgttggaggttattgttcgcaaggaatttttcattgatctc
caagtcccttattctgccgtccgatgggagcagcttgaaatagaagcaatccttcacaat
tacagcccagactctattactgttcgtgtggaactgattgaggaagagaacatgtgcagc
tcagcctccaagcgtgggaagtaccgacaggaggtcagggttggaagccaaactacacga
tctgtaccattcatcattattccaatgaaggaaggagagcataacatcgaggtcaaggca
gctgtcaaggactcatcccttaattacggagttattaagatgctgcgcgttgtgcctcca
ggtgtactgaccaaagtaacccagagtatagctttagatccagctgtcagaggtcaaggt
ggaacacaagtggaaaccctgaacagcaatattgccaggataaatttggtaccaaacgca
ccaagcagcacacaagtttctgtgactggcagagacctaacttcttggcttttggagaat
gccattagtggtagatccatgggtgctctgatctaccagccctcaggctctggtgaacag
aacatgatccgcatgactctgccagtcattgcaaccacatatttggacaaaaccaatcag
tgggaggctgttggtttgaacagacgtaatgaggctattcagcacataaaaactggatac
aacaacgagctagcgtatcgtaaaggcgatggctcatttgctgtgtttgctagtcatgga
agtagcacctggctgacagcttatgtgaccaaggtgttttctttagcttacaacctgata
gcagtgcaaaatgaccacatctgtggtgctgtgaagtatctggtcctcaacgctcagcaa
cctgatggcatgtttagagaagttggaaaagtacaccatagagagatgcagggcgatgtg
cttggcggagactcagatgcctccatgacggccttctgcctgattgccctgcaggaaacg
cgcacaatatgcggagcaactgtagatagtcttccgtccagcatagaaaaagcagtcacc
taccttgagagacgtctccccaacctcgccaacccttatgccgtcgccattacatcatac
gccctggccaatgaaaacaaacttaaccgggaaatcctctacaagtttgcttctcctgag
ttaaaccactggccttcatctggaggagaaatgttcacacaagaggcaacagcttatgct
ctcttggctctggtcagagctcagcgctttgaagatgcaaagcctatcgttagatggttt
aaccaacaacagtttgtgggtggaggcttcgggtcaacacaggccactattatcgtgtac
caggccgtggcagagtactggaccaaagctacggaatcagaatacaatctaaatgttgac
atcttgttgccgggcagatcaaaccctgacaagttaaactttaacagagaaaatcagttc
accacaagaacatctaaatttaatgacatcaaccaggatgtgaaagttactgccacagga
acgggagaagcaacagtgaaaatggtgtcattgtattacaccattcctaaagaaaatgga
aatgactgccagaagttcaatctctctgtgcaactaatcccagaaatattggatggggat
aggaagacatacagacttaggatagatgttttgtatgtggacaggaatcgagacgcaacc
atgtcaatcttgaacatcggccttctaactggcttcactgttgacacgaaggatctcgac
ttgttgtctaaaggacgcgcccgcaccattgctagatacgagatgaacacagttctgtcc
gaaagaggctcactcgtcatctatctggacaaggtttcacacacacgaccagaggagatc
agctttaggatccatcagacattaaaagttggcgttttacaaccatcagccgtgtctgtc
tatgagtactatgagcaaacaccgtgtgtgaaattctaccatccggagaggaaaggagga
caactgctccggctctgtagagataatgattgcacctgtgcagaagagaactgcagtatg
cagaaaaagggtcaaattagcaacgacgagcgcacagctaagatctgcgagagcacggag
accagcaagatagagtttgcgtacaaagctagggtggaaaagactgactttgaggtggct
acagactcgtacataatgaccatagtgcaagttattaaagaaggaagcactgatgttggt
cctcttggtaggctgcgctcattcttgagttatcagcactgcagagatgctttaagtctg
gaaaagggcaaaacttacctcatcatgggatcatccaaagacattcacagagacgaccag
aagcaagggttccagtatgtgctgggggagaggacctggatcgagtactggccctcagaa
gtagagtgccagaccgaagaacatcgacctacctgcgtaggcattgaggaaatggtcaat
gaatacttaattttttcttgtgtgcagtag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (18)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (32)   

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