KEGG   Xiphophorus maculatus (southern platyfish): 102235663
Entry
102235663         CDS       T02923                                 
Name
(RefSeq) complement C3-like
  KO
K03990  complement component 3
Organism
xma  Xiphophorus maculatus (southern platyfish)
Pathway
xma04080  Neuroactive ligand-receptor interaction
xma04145  Phagosome
xma05168  Herpes simplex virus 1 infection
Brite
KEGG Orthology (KO) [BR:xma00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04080 Neuroactive ligand-receptor interaction
    102235663
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    102235663
 09160 Human Diseases
  09172 Infectious disease: viral
   05168 Herpes simplex virus 1 infection
    102235663
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:xma01002]
    102235663
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:xma04131]
    102235663
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:xma04147]
    102235663
Peptidases and inhibitors [BR:xma01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   102235663
Membrane trafficking [BR:xma04131]
 Endocytosis
  Phagocytosis
   Opsonins
    102235663
Exosome [BR:xma04147]
 Exosomal proteins
  Exosomal proteins of other cancer cells
   102235663
SSDB
Motif
Pfam: TED_complement A2M_BRD MG1 A2M A2M_recep MG4 NTR MG3 MG2 ANATO C3_CUB2 Transglut_C C3_CUB1
Other DBs
NCBI-GeneID: 102235663
NCBI-ProteinID: XP_023190437
Ensembl: ENSXMAG00000012447
Position
5:22544567..22562435
AA seq 1686 aa
MWEGIPNTGAQRIKGALSRGSVYPGSRSEPDRRMRRALLLLLASLAFASLADGANFKVMS
APNLMRVGTTESIFVECQDCTGGDMVVSINVMNHPEKNKKLTGTSVTLNKANNYQGLGKV
TMPVGEFRKDPTAKQYVYVQAQFEGRLLEKVVLVSFQSGYIFIQTDKTLYTPNSKVYYRL
FALTPQMEPVERNDQNQVDASVDIEIVTPEDIIIPLDPVALAGGMFSGDYQLADIVSPGL
WQVVAKFKSNPQQKYNATFEVKEYVLPSFEVKLQPVVPFFYVDSQELVVNIKATYLFGKE
VHGSAFVVFGVMEGKDKKSLPNSLTRVEVTNGEAQVRLKRNQITQTFPNINALVGKAIFV
SASVLTDSGSEMVEAEFRGIQIVTSPYKIIFTRTPKFFKPGMSFDVAVEVVNPDDSPAEG
IPVVITPGNVRGSTASNGMARLTINTAATDSRLRITAKTEKPDLTPDRQATAEMDALPYT
TNSKTYIHIGIDTAEVKVGDNLKINLNLNKPPQEKDITYLVLSRGQLLKSDRYRTRGQAL
ISLILPITKEMLPSFRIIAYYHSTDNEVVSDSVWVDVKDSCMGSLTLESKRPLPSYEPRK
MFTLKVTGDPGATVGLVAVDKGVYVLNNKHRLTQKKVWDEVEQHDIGCTPGGGSNSMNVF
FDAGLVFESSTASGTAYRQEKGCKASAKRKRDTTIMEVRTTLLSQFDSELERDCCLDGMK
EVPLSYTCEERKAYIVDGQACADAFLRCCTTMSTQLSEKREENFILARSESDDSYLDSKE
IVSRTKFPESWLWIDIQLPRCPANAQNCQAMSVERNVPLQDSITTWEFTGVSLSRTLGIC
VGKPLEVIVRKEFFIDLRLPYSAVRGEQLEIKAILHNYSPEEITVRVELIEEQSVCSVAS
KRGKHRQEVRVGPQTTRSVPFIIIPMKEGQRSIEVKAAVKDSSLNDGVMKMLRVVPEGVL
VKTAQIVALDPAKKGQGGAQVETMNSNIPRKDLVPNAPTSTQVSVTGREQVSGLVENAIS
GRSMGTLIYQPSGCGEQNMIHMTLPVIATTYLDKTNQWEAVGLNRRNEAIQHIKTGYNNE
LAYRKGDGSFAVWASHGSSTWLTAYVTKVFSLAYNLIAVQNDHICGAVKYLILNAQQPDG
MFREVGKVHHGEMQGDVLGGDSDASMTAFCLIAMQETRPICGATVNSLPSSIEKAVTYLE
RRLPNLANPYAVAITSYALANENKLNREILYKFASPELNHWPVPGKKTFTQEATAYALLA
LVKAQRFEDARPIVRWFNQQQFVGGGYGSTQATIIVYQAVSEYWTKAKEPEYNLNVDILL
PGRSNPDKFNFNRENQFTTRTSKLNDINRDVKVTATGTGEATVKMVSLYYAIPKEKESDC
KKFNLSVQLIPEKDADDGKTYMLRIDVLYLDKESDAKMTILDIGLLTGFTVDTKDLDALS
KGRARTIARYEMNTVLSERGSLVIYLDKVSHTRPEEISFRIHQTLKVGVLQPSAVSVYEY
YEQTPCVKFYHPERKGGQLLRLCRGHDCTCAEENCSMQKKGQISNDERTVKICESTETSK
IEFAYKARVENVDFEVATDSYIMTIVQVVKEGSTDVGPLGKLRSFLSYQHCRDALSLEKG
KSYLIMGSSKDIHRDDHKQGYQYVLGERTWIEYWPSDAECQTDEHRPTCVGMEQMVDQYT
NFACQQ
NT seq 5061 nt   +upstreamnt  +downstreamnt
atgtgggaggggatccccaacaccggagctcagaggataaaaggagcgctcagccgaggc
tcggtctaccctggcagcagatcagaaccggaccggaggatgaggagagctcttctgctg
ctgctggcctctctggcctttgcctccctggctgatggcgctaacttcaaagtgatgtcc
gcccccaacctgatgcgagtaggaacaacagaaagcatctttgtggaatgtcaggactgc
actggaggggacatggtcgtcagcatcaacgtgatgaaccatccggagaaaaacaagaag
ctgactgggacatccgtgaccctcaacaaggcgaataactaccagggtttgggaaaagtg
actatgccagtaggagaattcagaaaggatcccaccgcaaaacaatatgtttacgtgcaa
gctcagtttgagggccgattgttggaaaaggttgtcctggtgtccttccagtctgggtac
atcttcatacagacggacaagacgctctatacgcccaacagcaaagtttattacaggctg
tttgccttgacgccacagatggagcctgtggaaagaaacgatcagaaccaagtcgatgcc
tctgtcgacattgaaattgtgacgcctgaggacatcatcatccctcttgacccagtcgct
cttgctggtggcatgttctctggagattaccagcttgctgacattgtcagccccggactg
tggcaggtggtggcaaagttcaagagcaacccacagcagaaatataacgctacgtttgag
gtcaaagaatatgtgcttcccagtttcgaggtaaagctgcagcctgtggtccctttcttc
tatgtggacagtcaagaactcgtcgtcaacatcaaagctacgtatttgtttggaaaggag
gttcatgggagtgcctttgtggtgtttggcgtaatggaaggcaaggacaaaaaaagcctc
ccaaactctctcacacgagtcgaggttacaaatggagaagctcaggtcagactgaaacgg
aatcagatcactcaaactttcccgaatattaacgctcttgtgggaaaagccatctttgtg
tcagccagtgtgctgacagacagcggcagtgaaatggtggaagcagagttcagaggcatc
cagatcgtcacgtcaccctacaaaatcattttcacaagaacccccaaatttttcaaacca
ggaatgtcctttgatgttgcggttgaagtggtaaatcctgatgacagtccagcagaaggt
atcccagtggtgatcactcctggaaatgtgagggggtccacagcatcaaatgggatggca
aggcttaccatcaatacagcagcaacggattctagactcagaatcacggcaaaaacagaa
aaacctgatcttacacccgacagacaagcaacagctgagatggatgctttaccttatacc
accaatagcaagacttacatccacataggcatagacaccgctgaggtgaaagtaggagac
aacctgaaaataaacctcaaccttaataaaccaccacaggaaaaggacatcacatatctg
gtcttaagcagaggccagctgctgaaatctgatcgctacagaacaagaggccaagctcta
atttccctaattcttcccatcaccaaagagatgttgccctcattccgcatcatagcctac
taccactcaaccgataatgaagtggtgtcggactctgtttgggtggatgtgaaagactcg
tgcatgggctcgttgaccttggaatcaaagagaccgcttccgtcctatgagcctcgcaag
atgttcactctgaaagtcacaggagatccaggggccacagtgggactcgtcgcagttgac
aaaggcgtctacgttctgaacaacaagcaccgtctcacccagaaaaaggtgtgggacgag
gtagagcagcatgacataggctgcacaccaggtggtgggagcaacagtatgaacgtgttc
tttgatgctgggctggtgtttgagtcgagcaccgcttcaggaactgcctacagacaagaa
aagggctgcaaggcaagcgccaaacggaaaagagacacaactatcatggaagttagaact
acgctactgagtcagtttgatagtgagctggagagagactgttgtttggacggcatgaag
gaagtcccactttcatacacctgcgaggagcgcaaggcgtacattgtggacggtcaagcc
tgtgctgatgccttcctgcggtgttgtactacgatgagtacgcagctgtctgaaaagaga
gaggaaaacttcatattagctcgcagtgagtccgatgacagctacttggacagcaaagaa
attgtttctcgaaccaagttccctgaaagttggctgtggatagacatccagcttcctcgt
tgccctgccaatgcccaaaactgtcaggccatgtctgtggagagaaatgttcctctgcaa
gactcaatcacgacctgggagttcaccggcgtcagtctgtctcgaacacttggtatctgt
gtgggcaagccattggaagttattgtccgtaaggaatttttcattgatctccggctgcct
tattccgccgtccgaggggagcagcttgaaattaaagcgatccttcataactacagccca
gaagaaataaccgttcgtgtggaactgattgaggaacagagcgtgtgcagcgtagcctcc
aagcgtgggaagcaccggcaggaggtcagagttggaccccaaactacacgatctgtacca
ttcatcattattccaatgaaggaaggacagcgtagcatcgaggtcaaggcagctgtcaag
gactcatcccttaatgacggagttatgaagatgctgcgcgttgtgcctgaaggcgttctg
gttaaaactgcccagattgtagctctagatccagctaaaaaaggccagggtggagcacaa
gtggaaaccatgaacagcaatattcccaggaaagatttggttccaaacgcaccaaccagc
acgcaagtttctgtgactggcagagaacaggtttctggacttgtagagaatgccattagt
ggcagatccatgggtactctgatctaccagccctcaggctgcggagagcagaacatgatc
cacatgactctgccagtcattgcaaccacatatttggacaaaaccaatcagtgggaggct
gttggtttgaacagacgtaatgaggctattcagcacataaaaactggatacaacaacgag
ctagcctatcgtaaaggcgatggctcatttgctgtgtgggctagtcatggaagtagcacc
tggctgacagcttatgtgaccaaggtgttttctttagcttacaacctgatagcagtgcaa
aatgaccacatctgtggcgctgtgaagtatctgatcctcaacgctcagcaacctgatggc
atgtttagagaagttggaaaagtacaccatggagagatgcagggcgatgtgcttggcgga
gactctgatgcctccatgacggccttctgcctgattgccatgcaggaaacgcgcccaata
tgcggagcaactgtaaatagtcttccatccagcatagaaaaagcagtcacctaccttgag
agacgtctccccaacctcgccaacccttatgccgtcgccattacatcatacgccctggcc
aatgaaaacaaacttaaccgggaaatcctctacaagtttgcttctcctgagttaaaccac
tggcctgtcccgggaaaaaagacattcacacaagaggcgacagcttatgctctcttggct
ctggtcaaagctcagcgctttgaagatgcacggcctatcgttagatggtttaaccaacaa
cagtttgtgggtggaggctacggatcaacacaggccactattatcgtgtaccaggccgta
tccgagtactggaccaaagctaaagaaccagaatacaacctaaatgttgacatcttgttg
ccgggcagatcaaaccctgacaagttcaactttaacagagaaaatcagttcaccacaaga
acatctaaacttaatgacatcaaccgggatgtgaaagttactgccacaggaacgggagaa
gcaacagtgaaaatggtttcgctttattatgccattcctaaagaaaaggaaagtgactgc
aagaagtttaatctctctgtgcagctaatcccagaaaaagacgcagacgatggcaagacg
tacatgcttaggatcgatgttctgtatttggacaaggaaagtgacgcaaaaatgaccatc
ctagacatcggcctgctcaccggattcactgttgacacaaaggacctggacgcgttgtct
aaaggacgcgcccgcaccattgcaaggtatgagatgaacacagttctgtccgaaagaggc
tcactcgtcatctatctggacaaggtttcacacacacgaccagaggagatcagctttagg
atccatcagacattaaaagttggcgtcttacaaccatcagccgtgtctgtctatgagtac
tatgagcaaacaccatgtgtgaaattctaccatccagagaggaaaggaggacaactgctc
cggctctgtagaggtcatgattgcacctgtgcagaagagaactgcagtatgcagaaaaag
ggtcaaattagcaacgacgagcgcacagttaagatctgcgagagcacggagaccagcaag
atagagtttgcgtacaaagctagggtggaaaatgttgactttgaggtggctacagactcg
tacataatgaccatagtgcaagttgttaaagaaggaagcactgatgttggtcctcttggt
aagctgcgctcattcttgagttatcagcactgcagagatgctttaagtctggaaaagggc
aaatcttacctcatcatgggatcatccaaagacattcacagagatgaccacaaacaaggg
taccagtatgtgctgggggagaggacctggatcgagtactggccctcagacgcagagtgc
cagaccgatgaacatcggcctacctgcgtaggcatggagcagatggtcgatcagtacacc
aattttgcatgtcagcagtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (17)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (45)   

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