KEGG   Nothobranchius furzeri (turquoise killifish): 107391903
Entry
107391903         CDS       T05163                                 
Symbol
c3
Name
(RefSeq) complement C3
  KO
K03990  complement component 3
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu04080  Neuroactive ligand-receptor interaction
nfu04145  Phagosome
nfu05168  Herpes simplex virus 1 infection
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04080 Neuroactive ligand-receptor interaction
    107391903 (c3)
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    107391903 (c3)
 09160 Human Diseases
  09172 Infectious disease: viral
   05168 Herpes simplex virus 1 infection
    107391903 (c3)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:nfu01002]
    107391903 (c3)
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:nfu04131]
    107391903 (c3)
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:nfu04147]
    107391903 (c3)
Peptidases and inhibitors [BR:nfu01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   107391903 (c3)
Membrane trafficking [BR:nfu04131]
 Endocytosis
  Phagocytosis
   Opsonins
    107391903 (c3)
Exosome [BR:nfu04147]
 Exosomal proteins
  Exosomal proteins of other cancer cells
   107391903 (c3)
SSDB
Motif
Pfam: TED_complement A2M_BRD MG1 MG4 NTR A2M_recep A2M MG3 MG2 ANATO C3_CUB2 SQHop_cyclase_C
Other DBs
NCBI-GeneID: 107391903
NCBI-ProteinID: XP_015824898
Position
sgr02:complement(32727102..32768070)
AA seq 1602 aa
MRRTNLLLLASLAFASLMSLAEVKPAPLKLMAAPNLLRVGTAENIFVECQDCDGGDISVD
IKVMNHPTKTKELAKTTVTLSNNNNFQQLGEITIPPGDFSRDPTVKQYVYLQAKFPDREL
EKVVLVSFQSGYIFIQTDKTLYTPNSKVYYRMFGLTPEMKPVEGQNQADASIDIQIQTPD
GIILPLDPVSLTDGIHSGDYQLSEIVSPGLWKVMARFQSNPQQSFSAEFEVKEYVLPSFE
VKLLPDTPFFYVDSDDFRVSIKATYLFGREVYGTAYVVFGVLEDGVKRGLPSSLSRVPIT
NGEGQVTLKRSHLTDTFPEIHTLVGKSLYVAVSVLTEGGSEMVEAQLRGIEIVTSPYKIT
FLKTPKYFKPGMSFDVVVEVVNPDGSPANNVVVEVVRHNVQGLTAPNGVARLTINTQGTD
TSLEIIARTKAPNLPDERQASANMVATPYSSNTQRYIHIGVDTAEVKVGDNLKINLNLNN
QPGHQTDITYLITSRGRLVKSSRYKTKGQSLISLILPVTKELLPSFRIIAFYHPADNEVV
SDSLWVDVKDSCMGSLTLQSTRPVPSYEPRKMFNLKITGDPGATVGLVAVDKGVYVLNNK
HRLTQKKVWDIVEKYDTGCTPGGGSNSMNVFFDAGLLFESSISLGTPYRQELKCKTTARR
KRATTILSVRTNLMSKYNNERQRECCLDGMKEIPLSYTCKRRAEYILDDPDCAEAFVHCC
NEMQTKRAENKEDELRLARSESDDSYMDSQEIVSRTNFPESWLWSDIKLPACPRPNCEST
SFVKNVPLVDSITTWQFTGISLSRTLGICIGDPLEVIVRKEFFIDLRLPYSAVHGEQLEI
KAVLHNYSPDVITVSHKHGLMHLIDLNSLVVPQGVLVQTSQDVTLNPTEHGQNGQQVEKL
NSNIPRNDLVPNAPTRTDISVTGREQVSGLVENVLSGSSLGTLIKAPGGCGEQTMISMTL
PVIATLYLDKTNQWETVGFQRRNEAIQHIKNGYRHELIYRKTDGSFAVWAHDKSSSWLTA
YVAKVFAMANTLVAVESEHICGAVKYLIINAQQPDGMFREIGRVYHGEMIGDVRGKDSDA
SMTAFCLIAMQEARTVCTQHVTSLQSQIDKAISYLEKHLPTLTNPYAVAMTSYALANENK
LNREILFKFASPELNHWPVPGNKIFALEATAYALLALVKSEAFEDARPVVRWFNQQQFVG
GGYGSTQATIMVYQALAEYWSKANEPEYNLNVDILLPGRTKYDKFNFNRENQFTTRTSKF
NDINQDVNVIATGSGEATVKIVSLYYALPKEKESDCQQFNMSVDLIPEKITDDERTYRLR
IEFLYLNKERDATMSILDIGLLTGFTVDNDDLNLLSKGPARVIDRYEMDSVLSERGSLII
YLNKVSHTQPEEITFRITQPAKVGILQPAAVSIYEYYDRTHCVKFYHPQRRAGQLLRLCK
ENECTCAEENCSMQKKGDISNDERLAKICESTETSKIEYAYKVSVENVDFDLSADSYTAR
VIEVIKEGTTDVGSLGKLRTFLGYQHCREALQLKQGRTYLVMGSSKDIHRDEQNESFQYV
LGERTWIEYWPTSEECQSHEHRPSCLGLEEMVDQYNDFPCQQ
NT seq 4809 nt   +upstreamnt  +downstreamnt
atgaggagaaccaacctgcttttgctggcctccctggcctttgcttctctgatgtctctt
gctgaagtgaagccagctccactcaaactgatggctgctcccaacttactgagagttgga
acagcagaaaacatctttgtagaatgtcaggactgcgatggtggagacatttccgtcgat
atcaaagtgatgaaccacccgaccaaaaccaaagagctcgctaagacgactgtgaccctt
agcaacaacaacaacttccaacagcttggagaaataaccatcccacctggagacttcagt
agggatcccactgtcaaacagtatgtttacctgcaagctaagtttcctgatcgagagctg
gagaaggtggtcctggtgtccttccagtctgggtacatcttcatacagaccgacaagacc
ctgtacacgcccaacagcaaagtgtattacaggatgttcggtttgacaccagaaatgaag
cccgtcgaaggacaaaatcaagctgacgcttctattgacatccaaattcagacccctgat
ggcatcatcctgccgcttgatccagtctctctgactgatggcatccactctggagattac
caactcagtgaaattgttagtccaggcttgtggaaagtgatggcaaggttccagagcaac
cctcagcagagcttttcggctgagttcgaggtcaaagaatatgtgctccccagttttgaa
gttaaactcctgcctgatacaccctttttctacgtggacagcgatgatttcagagtcagc
atcaaagctacttatctgtttggtagagaagtttacgggacagcctatgtggtatttggt
gttctggaggatggagtgaagagaggcctcccaagctctttatcacgagtcccaatcaca
aatggagaaggacaggtcacactgaaaagaagtcatctcactgacacctttccagaaatc
cacacactagtggggaaatccctctacgtggctgtcagcgtgctgactgagggcggaagt
gaaatggtggaagcacagttaagaggcatcgagattgtcacatcaccctacaaaatcact
ttcctaaaaactcccaaatatttcaaaccaggaatgtcctttgatgttgtggttgaagtg
gtgaatcctgacggcagcccagctaataatgttgtagtggaagttgttcggcataatgtg
caaggcctcacggctcccaatggtgttgcaagactgaccatcaacacacaaggaacagac
acctctttggaaattattgcacgaacaaaagctcctaaccttcctgatgaaagacaagca
tcagccaacatggtcgcgaccccctactccagcaacacccagcgttacatccacataggt
gtggacacagctgaggtgaaagtcggagacaacctgaaaataaacctcaacctcaataac
cagccaggccaccaaacagacatcacgtacctgatcacaagcagaggccggctggtgaaa
tcttcacgttacaaaacaaaaggccagtcactgatttccctcatactccctgttaccaaa
gaattgttgccatccttccgcatcatagccttctaccatcccgctgataatgaagtggtg
tctgactcactttgggtagacgtgaaagattcctgcatgggctcgctgactttgcaatca
accagacccgtcccctcctatgagcctcgcaagatgttcaatctgaagatcactggagat
ccaggtgcaacggtgggattggtcgcagtcgacaaaggcgtttacgtcctaaacaacaag
catcgtctaacccagaaaaaagtgtgggacattgtagagaagtacgacactgggtgcaca
ccagggggtggaagcaacagtatgaatgtgttcttcgatgctgggctgttgttcgagtcc
agcatctctttaggaactccctacagacaagagctgaaatgcaagactacagccagacga
aagcgagccacgactatattatcagtcagaaccaacctgatgagtaaatataataacgaa
cggcaacgagagtgttgtttggatggcatgaaggaaatcccactgtcgtacacatgtaag
cgacgtgcagagtacattttggacgatcctgactgtgctgaagcatttgtgcactgctgc
aatgagatgcaaaccaagagagcggagaacaaagaggacgagcttcgtttagctcgcagt
gagagcgatgacagttacatggacagccaagaaattgtttctcgcactaactttcctgaa
agttggctgtggtcggacatcaaactcccagcctgccctcgacctaactgtgagtccaca
tcttttgtgaaaaacgttcctttagtagactcaatcacaacctggcagttcacgggcatc
agcttgtcaagaacacttggaatctgtattggtgatccattggaagtgattgtgaggaaa
gagttcttcattgatcttcggctgccttattctgccgttcacggggagcagctggaaata
aaagcggtccttcacaactacagcccagacgtcatcactgtaagtcataaacacgggctt
atgcacctgattgatcttaactcactggtggtgccgcaaggcgtactggttcagacttct
caggatgtcacgttaaatccaactgaacatggccaaaatggtcaacaagtggaaaaatta
aacagtaatattcccaggaatgatttggttccaaacgctccaacgagaacggacatatct
gtgacagggagagaacaagtttccgggctagtggagaacgtcctcagtggaagttcattg
ggcacgctgatcaaagctcctggaggctgcggagaacagaccatgatctccatgaccctg
ccagtcattgcaaccttatatttagacaaaaccaatcagtgggaaactgtgggcttccaa
agacgaaatgaagccatccagcacataaaaaacggctaccgacatgaattaatttaccgt
aaaactgatgggtcctttgccgtttgggcacacgataaaagtagcagctggctgacagca
tacgttgctaaggtctttgctatggctaacaccttggtggcggtggaaagtgaacacatc
tgtggtgctgtgaagtatctgatcatcaatgctcagcagcccgatggcatgtttagagaa
attggaagagtgtatcatggagaaatgattggtgatgtgcgtggcaaagactcagatgcc
tccatgacagccttttgcctcattgccatgcaggaagcacggacagtatgcacacaacat
gtaactagtcttcaatcccaaatagacaaagcgatatcctacctggagaagcatctgccc
accctcaccaacccttatgcggttgccatgacatcatacgcattggccaatgaaaacaaa
ctaaaccgggaaatcctcttcaagtttgcttctcctgagttaaaccactggcctgttcct
ggaaacaagattttcgcactggaagcgacagcttatgctcttctggctctggtcaagagt
gaggcctttgaagatgccagacctgttgttaggtggttcaaccaacagcagtttgttggt
ggaggctacggatcgactcaggctacgatcatggtgtaccaggctttagcagagtactgg
tccaaggcgaacgaaccagaatacaacctgaatgtagacatcttgttgccgggtagaaca
aagtatgataagttcaactttaacagggaaaatcaatttaccacaagaacatctaaattt
aacgacataaaccaggatgtgaacgtgatcgctacaggatcaggagaagcaaccgtgaaa
attgtgtcgttgtattatgccctccctaaagagaaggaaagtgactgccaacagtttaat
atgtcagtggatctgatcccagagaaaataaccgatgatgaaaggacataccggctgaga
atagagtttttgtatttgaacaaagagcgtgatgccaccatgtcaattctggacattggc
ctgcttactggtttcacagttgacaatgatgacctgaacttgttgtctaaaggacctgcc
cgtgtcatagatagatatgaaatggactcagttttgtcagagagaggctccctcatcatc
tacctgaacaaggtttctcacacacaaccagaggagattacttttagaattactcagcca
gcaaaagtgggcatcttacagccagccgcagtttctatttatgagtactatgacagaaca
cattgtgtgaaattctaccatccacagaggagggcgggccaactgctacgactgtgtaaa
gaaaatgaatgcacctgtgcagaagaaaactgcagtatgcagaagaaaggcgacatcagc
aacgatgagcgattagcaaagatctgcgagagcacagagaccagcaaaattgaatatgca
tacaaagtttctgtggaaaacgtcgactttgacctgtctgcagactcttacacagcgcga
gtaatcgaggtcatcaaggaaggaactactgacgttggttctctggggaaactgcgaaca
ttcctcggttatcagcactgcagagaagctttacagctaaaacagggccgtacatacctg
gtcatgggctcatccaaagatattcaccgagatgaacaaaatgaatcgtttcagtatgtg
cttggggagagaacctggatcgagtactggccgacatcagaagagtgccagtctcatgaa
caccgaccctcctgcttgggcttggaggagatggtagaccagtacaacgactttccctgc
cagcaataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (12)   
   Pfam (12)   
All databases (57)   

Download RDF
DBGET integrated database retrieval system