KEGG   Homo sapiens (human): 135228
Entry
135228            CDS       T01001                                 
Symbol
CD109, CPAMD7, p180, r150
Name
(RefSeq) CD109 antigen isoform 1 preproprotein
  KO
K06530  CD109 antigen
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:hsa01002]
    135228 (CD109)
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:hsa04090]
    135228 (CD109)
Peptidases and inhibitors [BR:hsa01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   135228 (CD109)
CD molecules [BR:hsa04090]
 Proteins
  135228 (CD109)
SSDB
Motif
Pfam: TED_complement A2M A2M_BRD A2M_recep MG3 MG2
Other DBs
NCBI-GeneID: 135228
NCBI-ProteinID: NP_598000
OMIM: 608859
HGNC: 21685
Ensembl: ENSP00000287097.4
UniProt: Q6YHK3
Structure
Position
6:73679192..73828313
AA seq 1445 aa
MQGPPLLTAAHLLCVCTAALAVAPGPRFLVTAPGIIRPGGNVTIGVELLEHCPSQVTVKA
ELLKTASNLTVSVLEAEGVFEKGSFKTLTLPSLPLNSADEIYELRVTGRTQDEILFSNST
RLSFETKRISVFIQTDKALYKPKQEVKFRIVTLFSDFKPYKTSLNILIKDPKSNLIQQWL
SQQSDLGVISKTFQLSSHPILGDWSIQVQVNDQTYYQSFQVSEYVLPKFEVTLQTPLYCS
MNSKHLNGTITAKYTYGKPVKGDVTLTFLPLSFWGKKKNITKTFKINGSANFSFNDEEMK
NVMDSSNGLSEYLDLSSPGPVEILTTVTESVTGISRNVSTNVFFKQHDYIIEFFDYTTVL
KPSLNFTATVKVTRADGNQLTLEERRNNVVITVTQRNYTEYWSGSNSGNQKMEAVQKINY
TVPQSGTFKIEFPILEDSSELQLKAYFLGSKSSMAVHSLFKSPSKTYIQLKTRDENIKVG
SPFELVVSGNKRLKELSYMVVSRGQLVAVGKQNSTMFSLTPENSWTPKACVIVYYIEDDG
EIISDVLKIPVQLVFKNKIKLYWSKVKAEPSEKVSLRISVTQPDSIVGIVAVDKSVNLMN
ASNDITMENVVHELELYNTGYYLGMFMNSFAVFQECGLWVLTDANLTKDYIDGVYDNAEY
AERFMEENEGHIVDIHDFSLGSSPHVRKHFPETWIWLDTNMGYRIYQEFEVTVPDSITSW
VATGFVISEDLGLGLTTTPVELQAFQPFFIFLNLPYSVIRGEEFALEITIFNYLKDATEV
KVIIEKSDKFDILMTSNEINATGHQQTLLVPSEDGATVLFPIRPTHLGEIPITVTALSPT
ASDAVTQMILVKAEGIEKSYSQSILLDLTDNRLQSTLKTLSFSFPPNTVTGSERVQITAI
GDVLGPSINGLASLIRMPYGCGEQNMINFAPNIYILDYLTKKKQLTDNLKEKALSFMRQG
YQRELLYQREDGSFSAFGNYDPSGSTWLSAFVLRCFLEADPYIDIDQNVLHRTYTWLKGH
QKSNGEFWDPGRVIHSELQGGNKSPVTLTAYIVTSLLGYRKYQPNIDVQESIHFLESEFS
RGISDNYTLALITYALSSVGSPKAKEALNMLTWRAEQEGGMQFWVSSESKLSDSWQPRSL
DIEVAAYALLSHFLQFQTSEGIPIMRWLSRQRNSLGGFASTQDTTVALKALSEFAALMNT
ERTNIQVTVTGPSSPSPVKFLIDTHNRLLLQTAELAVVQPTAVNISANGFGFAICQLNVV
YNVKASGSSRRRRSIQNQEAFDLDVAVKENKDDLNHVDLNVCTSFSGPGRSGMALMEVNL
LSGFMVPSEAISLSETVKKVEYDHGKLNLYLDSVNETQFCVNIPAVRNFKVSNTQDASVS
IVDYYEPRRQAVRSYNSEVKLSSCDLCSDVQGCRPCEDGASGSHHHSSVIFIFCFKLLYF
MELWL
NT seq 4338 nt   +upstreamnt  +downstreamnt
atgcagggcccaccgctcctgaccgccgcccacctcctctgcgtgtgcaccgccgcgctg
gccgtggctcccgggcctcggtttctggtgacagccccagggatcatcaggcccggagga
aatgtgactattggggtggagcttctggaacactgcccttcacaggtgactgtgaaggcg
gagctgctcaagacagcatcaaacctcactgtctctgtcctggaagcagaaggagtcttt
gaaaaaggctcttttaagacacttactcttccatcactacctctgaacagtgcagatgag
atttatgagctacgtgtaaccggacgtacccaggatgagattttattctctaatagtacc
cgcttatcatttgagaccaagagaatatctgtcttcattcaaacagacaaggccttatac
aagccaaagcaagaagtgaagtttcgcattgttacactcttctcagattttaagccttac
aaaacctctttaaacattctcattaaggaccccaaatcaaatttgatccaacagtggttg
tcacaacaaagtgatcttggagtcatttccaaaacttttcagctatcttcccatccaata
cttggtgactggtctattcaagttcaagtgaatgaccagacatactatcaatcatttcag
gtttcagaatatgtattaccaaaatttgaagtgactttgcagacaccattatattgttct
atgaattctaagcatttaaatggtaccatcacggcaaagtatacatatgggaagccagtg
aaaggagacgtaacgcttacatttttacctttatccttttggggaaagaagaaaaatatt
acaaaaacatttaagataaatggatctgcaaacttctcttttaatgatgaagagatgaaa
aatgtaatggattcttcaaatggactttctgaatacctggatctatcttcccctggacca
gtagaaattttaaccacagtgacagaatcagttacaggtatttcaagaaatgtaagcact
aatgtgttcttcaagcaacatgattacatcattgagttttttgattatactactgtcttg
aagccatctctcaacttcacagccactgtgaaggtaactcgtgctgatggcaaccaactg
actcttgaagaaagaagaaataatgtagtcataacagtgacacagagaaactatactgag
tactggagcggatctaacagtggaaatcagaaaatggaagctgttcagaaaataaattat
actgtcccccaaagtggaacttttaagattgaattcccaatcctggaggattccagtgag
ctacagttgaaggcctatttccttggtagtaaaagtagcatggcagttcatagtctgttt
aagtctcctagtaagacatacatccaactaaaaacaagagatgaaaatataaaggtggga
tcgccttttgagttggtggttagtggcaacaaacgattgaaggagttaagctatatggta
gtatccaggggacagttggtggctgtaggaaaacaaaattcaacaatgttctctttaaca
ccagaaaattcttggactccaaaagcctgtgtaattgtgtattatattgaagatgatggg
gaaattataagtgatgttctaaaaattcctgttcagcttgtttttaaaaataagataaag
ctatattggagtaaagtgaaagctgaaccatctgagaaagtctctcttaggatctctgtg
acacagcctgactccatagttgggattgtagctgttgacaaaagtgtgaatctgatgaat
gcctctaatgatattacaatggaaaatgtggtccatgagttggaactttataacacagga
tattatttaggcatgttcatgaattcttttgcagtctttcaggaatgtggactctgggta
ttgacagatgcaaacctcacgaaggattatattgatggtgtttatgacaatgcagaatat
gctgagaggtttatggaggaaaatgaaggacatattgtagatattcatgacttttctttg
ggtagcagtccacatgtccgaaagcattttccagagacttggatttggctagacaccaac
atgggttacaggatttaccaagaatttgaagtaactgtacctgattctatcacttcttgg
gtggctactggttttgtgatctctgaggacctgggtcttggactaacaactactccagtg
gagctccaagccttccaaccatttttcatttttttgaatcttccctactctgttatcaga
ggtgaagaatttgctttggaaataactatattcaattatttgaaagatgccactgaggtt
aaggtaatcattgagaaaagtgacaaatttgatattctaatgacttcaaatgaaataaat
gccacaggccaccagcagacccttctggttcccagtgaggatggggcaactgttcttttt
cccatcaggccaacacatctgggagaaattcctatcacagtcacagctctttcacccact
gcttctgatgctgtcacccagatgattttagtaaaggctgaaggaatagaaaaatcatat
tcacaatccatcttattagacttgactgacaataggctacagagtaccctgaaaactttg
agtttctcatttcctcctaatacagtgactggcagtgaaagagttcagatcactgcaatt
ggagatgttcttggtccttccatcaatggcttagcctcattgattcggatgccttatggc
tgtggtgaacagaacatgataaattttgctccaaatatttacattttggattatctgact
aaaaagaaacaactgacagataatttgaaagaaaaagctctttcatttatgaggcaaggt
taccagagagaacttctctatcagagggaagatggctctttcagtgcttttgggaattat
gacccttctgggagcacttggttgtcagcttttgttttaagatgtttccttgaagccgat
ccttacatagatattgatcagaatgtgttacacagaacatacacttggcttaaaggacat
cagaaatccaacggtgaattttgggatccaggaagagtgattcatagtgagcttcaaggt
ggcaataaaagtccagtaacacttacagcctatattgtaacttctctcctgggatataga
aagtatcagcctaacattgatgtgcaagagtctatccattttttggagtctgaattcagt
agaggaatttcagacaattatactctagcccttataacttatgcattgtcatcagtgggg
agtcctaaagcgaaggaagctttgaatatgctgacttggagagcagaacaagaaggtggc
atgcaattctgggtgtcatcagagtccaaactttctgactcctggcagccacgctccctg
gatattgaagttgcagcctatgcactgctctcacacttcttacaatttcagacttctgag
ggaatcccaattatgaggtggctaagcaggcaaagaaatagcttgggtggttttgcatct
actcaggataccactgtggctttaaaggctctgtctgaatttgcagccctaatgaataca
gaaaggacaaatatccaagtgaccgtgacggggcctagctcaccaagtcctgtaaagttt
ctgattgacacacacaaccgcttactccttcagacagcagagcttgctgtggtacagcca
acggcagttaatatttccgcaaatggttttggatttgctatttgtcagctcaatgttgta
tataatgtgaaggcttctgggtcttctagaagacgaagatctatccaaaatcaagaagcc
tttgatttagatgttgctgtaaaagaaaataaagatgatctcaatcatgtggatttgaat
gtgtgtacaagcttttcgggcccgggtaggagtggcatggctcttatggaagttaaccta
ttaagtggctttatggtgccttcagaagcaatttctctgagcgagacagtgaagaaagtg
gaatatgatcatggaaaactcaacctctatttagattctgtaaatgaaacccagttttgt
gttaatattcctgctgtgagaaactttaaagtttcaaatacccaagatgcttcagtgtcc
atagtggattactatgagccaaggagacaggcggtgagaagttacaactctgaagtgaag
ctgtcctcctgtgacctttgcagtgatgtccagggctgccgtccttgtgaggatggagct
tcaggctcccatcatcactcttcagtcatttttattttctgtttcaagcttctgtacttt
atggaactttggctgtga

  All links  
Disease (1)   
   OMIM (1)   
Gene (17)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (18)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (16)   
DNA sequence (60)   
   RefSeq(nuc) (16)   
   GenBank (22)   
   EMBL (22)   
3D Structure (3)   
   PDB (3)   
Protein domain (6)   
   Pfam (6)   
All databases (105)   

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