KEGG   Mus musculus (house mouse): 625018
Entry
625018            CDS       T01002                                 
Symbol
C4a, C4, C4b, Slp, SlpA
Name
(RefSeq) complement C4A (Rodgers blood group)
  KO
K03989  complement component 4
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04610  Complement and coagulation cascades
mmu04936  Alcoholic liver disease
mmu05133  Pertussis
mmu05150  Staphylococcus aureus infection
mmu05171  Coronavirus disease - COVID-19
mmu05322  Systemic lupus erythematosus
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09150 Organismal Systems
  09151 Immune system
   04610 Complement and coagulation cascades
    625018 (C4a)
 09160 Human Diseases
  09172 Infectious disease: viral
   05171 Coronavirus disease - COVID-19
    625018 (C4a)
  09171 Infectious disease: bacterial
   05133 Pertussis
    625018 (C4a)
   05150 Staphylococcus aureus infection
    625018 (C4a)
  09163 Immune disease
   05322 Systemic lupus erythematosus
    625018 (C4a)
  09167 Endocrine and metabolic disease
   04936 Alcoholic liver disease
    625018 (C4a)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:mmu01002]
    625018 (C4a)
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:mmu04147]
    625018 (C4a)
Peptidases and inhibitors [BR:mmu01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   625018 (C4a)
Exosome [BR:mmu04147]
 Exosomal proteins
  Exosomal proteins of hepatic cells
   625018 (C4a)
  Exosomal proteins of other cancer cells
   625018 (C4a)
SSDB
Motif
Pfam: TED_complement C4_MG1 A2M A2M_recep A2M_BRD NTR MG2 MG3 ANATO MG4 Kelch_1
Other DBs
NCBI-GeneID: 625018
NCBI-ProteinID: NP_035543
MGI: 98320
Ensembl: ENSMUSG00000015451
UniProt: V9GZG9
Position
17:complement(35028069..35042436)
AA seq 1735 aa
MRLLWGLAWVFSFCASSLQKPRLLLFSPSVVNLGTPLSVGVQLLDAPPGQEVKGSVFLRN
PKGGSCSPKKDFKLSLGDDFVLLSLEVPLEDVRSCGLFDLRRAPYIQLVAQSPWLRNTAF
KATETQGVNLLYSSRRGHIFVQTDQPIYNPGQRVRYRVFALDQKMRPSTDFLTITVENSH
GLRVLKKEIFTSTSIFQDAFTIPDISEPGTWKISARFSDGLESNRSTHFEVKKYVLPNFE
VKITPWKPYILMVPSNSDEIQLDIQARYIYGKPVQGVAYTRFALMDEQGKRTFLQGLETQ
AKLVEGRTHISISKDQFQAALDKINIGVRDLEGLRLYAATAVIESPGGEMEEAELTSWRF
VSSAFSLDLSRTKRHLVPGAHFLLQALVREISGSEASNVIVKVSATLVSGSDSQVLNVQQ
STNRIGQVSISFPIPPTVTELRLLVSAGSLYPTIARLTVQSPPSRGTGFLSIEPLDPRSP
RVGDTFILNLQAVGIPAPTFSHYYYMIISRGQIMAMSREARRTVTSVSVLVDHQLAPSFY
FVAYFYHQGHPVANSLLINIQPRDCEGKLQLKVVGAKEYHNGDMMKLQIQTDSKALVALG
AVDTALYAVGGWSHKPLDMSKVFEVIDSYNLGCGPGGGDDAPQVFQDAGLAFSDGDRLTQ
TREDLSCPKEKKSRQKRNVNFLKALSEKLGQYSSPDAKRCCQDGMTKLPMKRTCEQRAAR
VPQQACREPFLSCCKFAEDLRRNQTRSQAHLARKVRDMVNLIEEDDILVRTSFPDNWLWR
VEPVDSSKLLTVRLPDSMTTWEIHGVSLSKSKGLCVAKPTRVRVFRKFHLHLRLPISVRR
FEQLELRPVLYNYLNDDKNVSVHVTPVEGLCMAGGGMMAQWVIVPAGSALPVAFSVVPTA
STNVPLKLVAKGTLDSSDSVSKILQIEKEGAIHREEIVYNLDPLNNLGQMLEIPGSSDPN
IVPEGDFSTFVKVTASEPLETLGSEGALSPGGVASLLRLPRSCAEQTMIYLAPTLTASNY
LDRTKQWSKLSPETKDHAVHLIQKGHVRIQQFRKKDGSFGAWLHRDSSTWLTAFVLKILS
LAQEQVGNSPEKLQETASWLLAQQLGDGSFHDPCPVIHRAMQGGLVGSNETVALTAFVVI
ALHHGLNVFREGHAKQLKNRVEASITKANSFLGQKASAGLLGAHAAAITAYALTLTKASE
DLRNVAHNSLMAMAEETGENLYWGLVLGSQDKVMLRPADPRSPTEPVPQAPALWIETTAY
ALLHLLLREGKGKMADKAASWLTHQGNFHGAFRSTQDTVVTLDALSAYWIASHTTEEKAL
NVTLSSMGRNGLKTHGLHLNNHQVKGLEEELKFSLGSTISVKVEGNSKGTLKILRTYNVL
DMKNTTCQDLQIEVKVTDAVEYAWSAYEDYEDDYNMPATDDPSVPLQPVTPLQLFEGRRS
RRRREAPKVAEERESRVHYTVCIWRNGKLGLSGMAIADITLLSGFHALRADLEKLTSLSD
RYVSHFETDGPHVLLYFDSVPTTRECVGFGASQEVVVGLVQPASAVLYDYYSPDHKCSVF
YAAPTKSQLLATLCSGDVCQCAEGKCPRLLRSLERRVEDKDGYRMRFACYYHQVEYGFTV
KVLREDGRAAFRLFESKITQVLHFRTDTMASIGQTRNFLSRASCRLRLEPNKEYLIMGMD
GETSDNKGDPQYLLDSNTWIEEMPSEQMCKSTRHRAACFQLKDFLMEFSSRGCQV
NT seq 5208 nt   +upstreamnt  +downstreamnt
atgcggctcctctgggggctggcttgggtgttcagcttctgtgcctcatccctgcagaag
cccaggttgctcctgttttccccttctgtggttaatttggggactcccctgtcagtgggg
gtacagctcctggatgcccctccaggacaggaggtaaaaggatcagtgttcctcagaaac
ccaaagggtggttcctgctccccaaagaaggactttaagctgagcttgggagatgacttt
gtgctgctcagccttgaggtcccactggaagatgtgaggagctgtggcctctttgacctg
cgcagagccccctacatccagctggtagctcagtctccgtggctaaggaacacagctttc
aaagccacagagactcagggtgtcaacttgctctactcttcccgacgaggccacatcttt
gtgcagaccgatcagcctatctataatccggggcagcgggttcgttatcgggtctttgca
ctggatcaaaagatgcgcccatccactgatttcctcaccatcacagtggagaactcccat
ggcctccgtgtactcaagaaggagatatttacttccacatccatcttccaagatgccttc
accattccagacatctcagagcctgggacctggaagatctcagctaggttctcagatgga
ctggagtccaataggagcacccactttgaagtgaagaagtatgtccttcccaacttcgag
gtgaagattactccttggaagccatatatcctgatggtgcccagcaacagtgatgaaatc
caattagacatccaggccaggtacatctatgggaagcccgtgcagggcgtggcatacaca
cggtttgcgctcatggatgagcaagggaagaggactttccttcagggcctagagacccag
gccaagttggtggaaggccggacccacatttccatctcaaaggaccagttccaggctgcc
ctggataaaatcaatattggggtcagagacctggaggggctgcgtctctatgctgctaca
gctgtcattgagtctccaggaggagagatggaggaggcagaactcacgtcctggcgcttt
gtatcatctgccttttccttggatctcagccgcactaagcggcatctcgtgcctggagcc
cacttcctgctgcaggccttggtcagagaaatatcaggctctgaagcctctaacgttatt
gtcaaagtttctgccacattggtgtcaggctctgattcccaagtcctcaacgttcaacag
agcaccaatagaattggccaagtcagcatttccttccccatcccaccaaccgtcacagaa
cttcggctcttggtgtctgcgggctccctctacccaacgatagccaggctcaccgtgcaa
tccccaccttcaagaggcactggctttctttctattgagccactagaccctcggtcccct
cgtgtgggggacacctttatcctaaacttacaagctgtgggcatccctgcacctaccttc
tctcattactactacatgatcatctccagaggccagatcatggctatgagtcgggaggcc
cggaggaccgtgacctctgtctccgtgttggtggaccatcagctggctccttcattctac
ttcgtggcttacttctatcaccaaggacacccggtggccaactctctgctcatcaacatc
cagcccagggactgtgagggcaagctgcaattgaaggtagttggtgccaaggagtatcat
aatggggacatgatgaagctccaaattcaaactgactccaaagccctggtggcactggga
gctgtggacaccgctctgtatgctgtgggcggttggtctcacaaacccctcgacatgagc
aaggtctttgaagtaatcgacagctacaaccttggctgtggtcctggaggtggggatgat
gcccctcaggtgttccaggatgctggtctggccttttctgatggtgatcgactaactcaa
accagagaggacctgagctgtcccaaggagaagaaaagtcggcaaaagagaaatgttaac
ttcctgaaggctcttagtgagaagttgggccagtattcttctccagatgccaagcgctgc
tgccaagacgggatgacgaagctgcccatgaagcgtacctgtgagcagcgggctgcccgt
gtgcctcagcaggcctgccgtgagcccttcttgtcctgttgcaagtttgctgaggacctt
cgcaggaaccagaccaggagccaggcacaccttgcccgaaaggtccgggacatggtgaat
ttgatagaggaagatgacattcttgtgcgcacctccttcccagacaactggctctggaga
gtggaacctgtagacagctccaaactgttgacagtgcggcttcctgattctatgaccaca
tgggagattcatggtgtgagcctgtccaaaagcaaaggtctgtgtgtagccaagccaact
cgtgttcgagtgttcagaaaattccaccttcacctgcgcctgcccatctccgtccgccgc
tttgagcagcttgaattacggcctgttctctacaactatctgaatgatgacaagaacgtg
agtgtccatgtgaccccagtggagggcctgtgcatggctggtggtggaatgatggcccag
tgggtgatagtgcctgcaggctctgccctgcctgtggccttctctgtggtacccacagct
tctaccaacgtgcccctgaaattggtggctaaagggactttggattcaagcgattctgtg
tctaagattctccaaattgagaaggaaggagccatccacagagaagagatagtctacaac
ctcgaccccctaaataacctaggtcagatgttggagatacctggcagctcggatcccaac
atagtccctgaaggagacttcagcacctttgtcaaggttacagcctctgaacccttggag
actctgggctctgaaggagctttgtccccaggaggcgtggcctccctcctgaggcttccc
cggagctgcgcagagcaaaccatgatctatttggctcctaccctgactgcttccaactac
ctggacaggacaaaacagtggagcaaactgtcccctgagaccaaggaccatgctgtgcat
ctgatccagaaaggccacgttcggatccagcagtttcggaagaaagatggctcttttggg
gcttggttacaccgggacagcagcacctggctgactgcctttgtgctgaagattctgagt
ttggcccaggaacaggtgggcaactccccggagaagctgcaggagacggctagctggctg
ctggcccagcagctgggtgatggctccttccacgacccatgtccagtcatccacagagca
atgcaggggggcttggtggggtccaatgagacggtggcactgaccgcctttgtggtcatt
gcccttcaccacgggctgaacgtcttccgggaggggcatgcgaagcagctgaagaacaga
gtggaagcctccatcaccaaggcaaactctttcttggggcagaaggcaagtgctgggctc
ctgggtgcccatgccgccgccatcacagcctatgcccttacgctgaccaaggcctcggag
gacctgcggaatgttgcccacaacagcctgatggccatggctgaggaaacgggggaaaac
ctctactggggcttagtccttggctctcaggacaaagttatgttgcgccccgcagacccc
cgtagcccaacagaacctgtgccccaggccccagccttgtggatcgaaaccacagcctat
gccctgctccacctgcttctgcgggagggaaagggaaaaatggctgacaaggctgcatcc
tggctcacccaccagggaaacttccacggggcattccgcagtacccaggacactgtggtc
accctggatgccctgtctgcctactggatcgcttcacacaccactgaggagaaagcactg
aacgtgacgctcagctccatgggccgcaatgggcttaagacccacgggctacacttgaac
aaccaccaagtcaagggcctggaggaggagctaaagttctccctgggcagcacaatcagt
gtcaaggtggaaggaaacagcaaaggcaccttgaagatccttcgtacctacaacgtcctg
gacatgaagaacaccacatgccaggaccttcagatagaagtgaaggtcacagacgctgtg
gaatatgcatggagcgcctacgaagactatgaagacgactataacatgccagccacagat
gatcccagcgttcccttgcagcctgtcacgcccctgcagctatttgagggtcgtcggagc
cgccgcaggagggaggcccccaaggtggctgaagagcgggagtccagagttcactacact
gtgtgtatctggcgcaatggcaagctggggctgtctggcatggccatcgcagacatcacc
ctcctgagtggattccacgccctgagggctgacctggagaagctgacctctctctctgac
cgttatgtgagtcactttgagactgacgggccccatgtcctgttgtactttgactcggtc
cctaccacccgggagtgtgtgggctttggagcctcacaggaggtggttgtgggactggtg
cagccagccagcgctgtcctgtatgactactacagccctgatcacaagtgctctgtgttt
tatgctgcacccaccaagagccagctcctggccacactgtgctctggagatgtatgccag
tgtgccgaggggaagtgccctcgactgctaaggtcactggagcgaagggtggaggacaag
gacggctaccggatgaggttcgcctgctattatcaccaagtggagtatggcttcacggtt
aaggttcttcgagaagatggcagagctgccttccgtctctttgagtccaagatcacccaa
gtcctgcatttcagaacggacaccatggcctccataggtcagacccgcaacttcctgagc
cgggcctcttgccgccttcgtttggagcctaacaaagagtacttgatcatggggatggac
ggggaaaccagtgacaacaagggagacccccagtacttgctggactcaaatacctggatt
gaggagatgccttcagaacaaatgtgcaagagcacccgccatcgggcagcctgtttccag
ctcaaagacttcctgatggagttcagcagccgggggtgccaggtgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (6)   
   KEGG PATHWAY (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (24)   
   RefSeq(nuc) (2)   
   GenBank (11)   
   EMBL (11)   
Protein domain (11)   
   Pfam (11)   
All databases (69)   

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