KEGG   Sinocyclocheilus rhinocerous: 107749247
Entry
107749247         CDS       T04916                                 
Name
(RefSeq) complement C3-like
  KO
K03990  complement component 3
Organism
srx  Sinocyclocheilus rhinocerous
Pathway
srx04080  Neuroactive ligand-receptor interaction
srx04145  Phagosome
srx05168  Herpes simplex virus 1 infection
Brite
KEGG Orthology (KO) [BR:srx00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04080 Neuroactive ligand-receptor interaction
    107749247
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    107749247
 09160 Human Diseases
  09172 Infectious disease: viral
   05168 Herpes simplex virus 1 infection
    107749247
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:srx01002]
    107749247
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:srx04131]
    107749247
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:srx04147]
    107749247
Peptidases and inhibitors [BR:srx01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   107749247
Membrane trafficking [BR:srx04131]
 Endocytosis
  Phagocytosis
   Opsonins
    107749247
Exosome [BR:srx04147]
 Exosomal proteins
  Exosomal proteins of other cancer cells
   107749247
SSDB
Motif
Pfam: TED_complement A2M_BRD MG1 NTR A2M A2M_recep MG4 C3_CUB2 MG2 MG3 ANATO
Other DBs
NCBI-GeneID: 107749247
NCBI-ProteinID: XP_016419829
Position
Unknown
AA seq 1643 aa
MEVKLLFLTVVLLSSPLLTLCDPLFVLSAPNLLRVGSSENLFVEAQDYSGGDLDVKIIVK
NHPKKDKEILSQSVKLTSKKNFQILTDIKIPDDQNLFSDDPLEKQYVYLQAQFPSVTLEK
VVLLSFQSGYIFVQTDKPIYTPASTVQYRIFSLTPNLEPLSQSGITVEIMNPQDITVSSE
KIFPVKGMKSGKYAIPEMASPGIWKVVTLFSNTPQKKFTADFEVKEYVLPTFEVKLKPSK
SFFYVRDQSLTVDIEAKHAPDEMVDGKYFVVFGVMEDEKKTSIPASLQKVQIVTGKGTAE
LTNQMITETFPNINQLVGRSIYVSVSLLTESGSEMVEAERRGIQIVTSPYTIHFKKTPHF
FKPGMPFDVSVYVTNPDQTPAVNVGVEVNPGGVRGQTRDNGIAKVTVNTPGGSPTLDITA
KTKDPDIKDENQQAVKKMTAQAYIPKGGSNNYLHIGIDAVELQIGDPMKVNLNTGRSPGV
KDQDYTYMILSKGQIVQADRFKRQGQSLVTLPVTVTKDMVPSFRFVAYYHVGPSEVVSDS
VWVDVKDTCMGTLQIEVKEKMNIYGTGDEVKLQITGDHGAKVGLVVVDKAVQVLNKNRLT
QTQIWDVIEKHDTGCTAGGGRDSMGVFTDAGLMFVSNGAGGTNTRIMSECPKTSKRKRRA
ESLLQITRTLAGKYSGELKQCCVDGMRDNKLGYTCERRATYVVDGQACVKAFLDCCNQMK
ARKNTKDEEEEMVLARSDDDDDYYTDSEEITSRTQFPESWLWEEIDLCDKCPTTATEKVI
YLKDSITTWQILAVSLSPTLGICVAEPVEMIVFKHLFIDLKMPYSAVRGEQLEIKAIIHN
YTPKKQKVRVEFMETEDVCSFASKKGKYRTTVSVEKGSSIAVSYVIIPMTLGNHMIEVKA
SAYEAFYTDGVRKPLKVVSEGVLISLQRENVELNPVKNGEKPVLLKGDIPADRVPDTPAN
TYISIAGEEIAQTVEQAISGDFMGRLIVQPSGCGEQNMIYMTLPLIATHYLDSTNQWAAV
GMERRNDAINHISTGYQRQLGYRKPDGSYAAWIDRPSSTWLTAYVAKVLAMANNLVIIEE
NVICSALKWLVLHKQLPDGSFKEESAVIHGEMVGDVRGKDADASLTAFVVIAMQEARDIC
AESVGSLHESIRKAVSFLEGRLPQLTNPYAVAMTSYAMANANKLNKDILMKRSSQLEAGR
SWTVSGQHHHSLEATAYAVLALVKDKDFDKAGEAVHWLNRQQSHYGGSGTTQATIMVFQA
VAEYRTQVKDRQNFNLDVELSVAGRSKPVRYTIKRENAHLTRSDRVDINQEFNVTAKGTG
TATLSVLTLYYARPVEKKSDCTFFDLTVKMEKDNEAKQGVIETFKITMDFYFKSDTTDAT
MTILDIGIPTGFTVETRDLEELSRGKERYIQKFEMDKVLSERGSLILYLDTVLRKETQRI
AFRMNKILNVGLLQPAAVTIYEYYSPNARCTKFFHPERTDGAISRLCKGELCQCAEENCS
YQKKTGVGDDERFNKACEAGMDYVYKVTVAGSDLKQDSDIYDLKVDQVLKEGTDVDVEGK
VRPFLARPSCRNHLGLVEGKSYLIMGRSVDLPELGGSLQYILGEQTWIEYWPTRAESQTP
EHRQRYIGISDLQNSLLKEGCAT
NT seq 4932 nt   +upstreamnt  +downstreamnt
atggaggtgaagctgctgtttctgactgttgttctgctctcctcaccgctcctcacacta
tgtgacccgctgtttgttctgtcggctcctaatctgctgagggtgggttcctcagagaac
ctgtttgtggaggctcaggattactctggaggagatctcgatgtgaagatcatagttaag
aaccacccaaaaaaagacaaggagatactgtctcaatcagtgaaactgacttcaaaaaaa
aatttccaaatccttacagatataaagatccctgatgatcagaacttgttctctgacgat
cctctggagaagcagtatgtgtatctacaagctcagtttccatccgtcactctggagaaa
gtggtcctgctctcattccagtctggatatatatttgtccaaacagacaagcccatctac
acacctgctagcacagttcagtacaggattttctctctgacgcccaacctggaaccactc
agtcagtctggaatcacagtggaaatcatgaatccacaagacatcacagtttcatcagag
aagatatttccagtgaaaggcatgaagtctggaaaatatgccattcctgagatggccagt
cctgggatctggaaggtggtcacactgttctcaaacacccctcagaagaagtttactgca
gactttgaggtcaaagaatatgtgcttccaacatttgaagtgaaattaaagcccagtaag
tcattcttctatgtgcgtgatcagagtctgacagtcgacattgaagccaagcatgctcct
gatgagatggtggatggtaaatattttgtggtgtttggtgtgatggaagatgagaagaaa
acaagtattcctgcatctctgcaaaaagttcagatcgtgacaggaaagggtactgcagaa
ctgaccaatcagatgatcactgagacctttccaaacattaaccagctggttggacgatca
atctatgtttcagtcagtctattaacagaaagtggcagtgaaatggtggaagcagaaagg
agaggcattcagattgtgacgtcaccgtacaccatccacttcaaaaaaacaccacacttc
ttcaaacctgggatgcccttcgatgtctcggtatacgtaacaaatcctgaccagacgcct
gctgtaaatgtgggagtggaggtcaatcctggaggggtcagaggtcaaacaagagacaat
ggcattgcgaaggttacagtcaacactccgggaggatctcccacactggacatcactgca
aagaccaaagatccagatataaaagacgaaaatcagcaggcagtgaagaagatgacggct
caggcctacattcccaaaggtggctccaacaactacctgcacatcggcattgatgctgtt
gagcttcagatcggtgatccaatgaaagtcaatctgaacactggacgaagtccaggagtc
aaagatcaagactacacatacatgatcttaagtaaaggtcagatcgttcaagcagacagg
ttcaagaggcaaggacaatctctagtgactctgcctgtgactgtaaccaaagacatggtg
ccgtccttccgctttgtggcttattaccatgtgggcccgtctgaggtggtgtctgattca
gtctgggtggatgtgaaggacacgtgcatgggaacgctccagattgaggtgaaggagaag
atgaatatctatggcacaggagatgaggtcaagctgcagataactggagatcatggagct
aaagttggtctggtggtggttgacaaggctgtgcaagtccttaacaagaacagactcact
cagactcagatctgggacgtcatagagaagcatgacaccggctgtacagcaggaggtggg
agggacagtatgggggttttcactgatgcaggtctgatgtttgtgtccaacggtgcagga
ggaaccaacaccagaataatgtctgagtgtcctaaaacttcaaagagaaaacgaagagct
gagagtctcctgcagatcactagaacactggctggtaaatactccggtgaactgaagcag
tgttgcgttgatgggatgagggataataaactcggctacacctgtgaacgaagagccaca
tacgtcgtcgacggacaagcgtgtgtcaaggccttcctggactgctgcaaccagatgaaa
gcacgcaagaacacgaaggacgaagaggaggaaatggttctggctcgcagtgatgatgac
gatgactattacacagactctgaagagattacgtcccgtacgcagttccctgagagttgg
ctttgggaggagattgatctatgcgacaaatgtccaacaacagccacagaaaaagtgatc
tacctgaaagactctatcactacctggcagatcttggccgtcagtctgtcaccaacactt
ggcatctgtgtggcagaacctgtggagatgatcgtttttaaacacctttttattgactta
aagatgccttactcagctgtgcgtggcgaacaactggaaatcaaggccattattcacaac
tacaccccaaagaagcagaaggtgcgtgtggagttcatggagacagaagatgtttgcagc
tttgccagtaagaaaggcaaatacagaacaacagtatctgttgaaaaaggctccagcata
gccgtttcatatgtgattattcccatgacgctgggaaatcacatgattgaggtgaaagct
tcagcatatgaggccttctacactgatggcgtgagaaagccgctgaaagtggtgtctgag
ggtgtgctgatttcattacaaagagaaaatgtggagctcaatccagttaagaatggggaa
aaacctgtacttcttaaaggtgacataccagctgatcgggttccagacacacctgctaac
acttacatctcaattgctggtgaagagatcgctcagacagtcgagcaggccatcagtgga
gacttcatgggtcgccttattgtccagcccagtggatgtggagagcagaacatgatctat
atgactctacctctcattgccactcattatctggacagcaccaatcagtgggcggctgtt
ggcatggagcgccgtaatgacgccatcaaccatattagcacaggttatcaacgacagctg
ggctaccgtaaaccagatggatcatatgctgcatggatagacaggccgagcagcacatgg
ctgacagcatatgtggctaaggtcctcgccatggccaataaccttgttattatagaggaa
aatgtgatctgcagcgccctcaagtggctggttctgcacaaacaactgccagacggctcc
tttaaagaggaatcagctgtaattcatggagagatggtgggtgacgtgcgtggcaaagat
gccgatgcctctctgacggcctttgtcgtgattgccatgcaagaggccagagacatctgt
gctgaatcagttggaagtctgcatgaaagtatcaggaaggctgtttctttcttggaaggt
cggcttccacaactgaccaatccttacgctgttgcgatgacgtcctatgccatggccaat
gccaacaaactcaataaagacatcttgatgaaacgctcctcccaactagaagccggtcgg
tcctggactgtctctggacagcatcatcactcactagaggcgacggcttatgctgtgctg
gcgcttgtgaaggacaaagactttgataaagcaggagaagcagtgcactggctgaacaga
cagcagtctcactatggaggatctggcaccacacaggcgaccatcatggtgttccaggcc
gtggcagagtatcgcacgcaggtgaaggaccgccaaaacttcaatctggacgtggagctg
tccgtggcaggaagaagcaaacctgtcagatatactatcaaaagagagaatgcacatctt
acacggtcagacagggtggacataaaccaggagttcaatgtaactgctaaaggaactgga
acagccactctctcagttctgacgctgtactacgccagacctgttgagaagaaatctgac
tgtactttctttgatctgactgttaaaatggagaaagacaatgaagcaaaacaaggagtc
attgaaacgttcaagatcactatggatttctacttcaaaagtgatacaaccgatgccacc
atgactattctggatattggcataccgaccggatttactgtggagaccagagatctggaa
gagttgtccagagggaaggagagatacattcagaaatttgagatggacaaagtgctctca
gagcgaggatccctcatcctctacttagatacggttttgcgtaaagagacacaaagaatt
gccttcagaatgaacaagatccttaatgtgggtctgctacaacctgctgcagtcacaata
tatgaatattactctcccaatgcacgctgtacaaagttcttccaccctgaaaggacagat
ggtgcgatatccagactgtgtaagggagaactgtgccagtgtgcagaagaaaactgcagt
taccagaagaaaacgggtgtcggagatgatgagcgtttcaataaagcctgtgaagctggc
atggattatgtttataaagtcacagtggctggatcggatctgaaacaggactctgacatc
tatgacctgaaggtggaccaggtgctgaaagaaggcaccgatgtggatgttgaggggaaa
gtgagaccctttttggctcgtccaagttgcagaaaccatttgggattggtagaaggcaag
tcgtacctcatcatgggcagatctgttgacctgccagagctcgggggaagcctgcagtac
atcttgggagagcagacctggattgaatactggcctacaagagcggaaagccaaactcca
gaacacaggcagcgatacatcggtatctctgacctccagaacagccttctcaaagaagga
tgtgctacataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   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 (25)   

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