KEGG   Homo sapiens (human): 100507679
Entry
100507679         CDS       T01001                                 
Symbol
MUC22, PBMUCL1
Name
(RefSeq) mucin 22
  KO
K24296  mucin-22
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:hsa04131]
    100507679 (MUC22)
Membrane trafficking [BR:hsa04131]
 Others
  Mucins
   Membrane bound mucins
    100507679 (MUC22)
SSDB
Motif
Pfam: Epiglycanin_C Smim3
Other DBs
NCBI-GeneID: 100507679
NCBI-ProteinID: NP_001185744
OMIM: 613917
HGNC: 39755
Ensembl: ENSG00000261272
UniProt: E2RYF6
Position
6:31005952..31035402
AA seq 1773 aa
MRRGNISPAFWFLWLLLFGLLGPSSENTTAFTKGSDTTTASITGSETTMASTMASTSALT
TGSKITTDSTTGSETTSASTMASTAAFTTGSETNTASTTDSGTTIASTRTFTTGSDTTTG
STAGSETIVASTTVSGTTTTFTIASTTVPETTMASSTTSTAGSEKTMASSIISETTMAST
TGSETATVSTTGSETTTTSTASSEATKVSTTGSETTTASTAGSETTTTSTSMAGSEATTT
STADSKVITASSMSSETTVAPAAGSNTTTASTTGSETTTILIKASETTTASTAGSETTTP
SPTGSQTTIVSISGSEITTTSTAGSENTTVSSAGSGTTTASMAGSETTVSTAGSETTTVS
ITGTETTMVSAMGSETTTNSTTSSETTVTSTAGSETTTVSTVGSETTTAYTADSETTAAS
TTGSEMTTVFTAGSETITPSTAGSETTTVSTAGSETTTVSTTGSETTTASTAHSETTAAS
TMGSETTKVSTAGSETTVSTAGSETTAASTEDSETNTAFTEDSKTTTASTTGFETTAAST
TGSEPTMASTMGSETTMASTIGPETTKVSTASSEVTTVFAAGSETIRASTVGSETTTVST
TGSETTTASIMGSETSTDSTTGSETTTASTEGSETTTASTEGSEATTVSTTGSETTTVSI
TDSETTTTCTEGSEMTAVSTTVFETTTASTEGSEITIASTSDSETTTASTEGSETTTVTT
AGSETKTAYTTGSETTTASNTGLETTTVFTIGSDTTTASTEGSETTAVSATGSEMTTVST
EGSENTTVSTTGSETTTVSTTGLETTTTSTEGSEMTTVSTTGAETTTDSTEGSGTTAAST
AGSETTTVSTADSENTTASTADSETTSASTTGSETTTASTTSSETTTASTEGSETTTVST
TDSETTMVSTTGSERTITSTEGSETTTVSATGSETTVSTEGSGTTTVSITGSETTKVSTT
GSETTTTSTEGSEITTASITGSETTTASTEGSETTTASTEGSETTSASTTGSETTTASTT
SSETTMASIMGSETTMASTIGSETTKVSTASSKMTTVFTENSETTIASTTASETTTVSTA
GSETIPASTAGSETTTTTSTEGSETTTASTEGSETTTASTESSETTTATTIGSETTTAST
EGSETTTTSTEGSETTTASTEGSEITTVSTTGSETTTASTEGSETTTASTEGSELTTVST
TGSETITVSAEGSETTTVTTMGSETTTASTAGSETTTVSTAGSETTTASIEGSETTTVSS
TGSETTTVSTTGTETTITSTEGSETTTVTTAGSETTAVYTTGSETTTTSTEGSETTTVST
TGSETTTASTADLETTTVSTSGSGTTTASTAGSETTTVYITGSKTTTASTEGSEATTVST
TSSETTTASTTGSEMTTVFTTVSETTTVSTIGSEATTSSAAGSEATTTSTEGSETTTAST
AGSETTTASTAGSETTTASTSGSETNTACTTGSETSTPSSAGSETNTAFIIGSESTIAST
ASLEPTATSLTGSETTTVSITASGATAASTTVSSTTFVLTKATDVSIQPITNTPMSGTRT
TGTRLTASSSVTMAPGMDFTASAASHTVPGIVLNTSGLGTSTMGASSTTSAHGVRTTTGS
TREPTSSTFQETGPVSMGTNTVSMSHTPTNVIKPSGYLQPWAIILISLAAVVAAVGLSVG
LSFCLRNLFFPLRYCGIYYPHGHSHSLGLDLNLGLGSGTFHSLGNALVHGGELEMGHGGT
HGFGYGVGHGLSHIHGDGYGVNHGGHYGHGGGH
NT seq 5322 nt   +upstreamnt  +downstreamnt
atgagaagaggaaatatctctcctgctttctggttcctgtggctgcttctctttggactt
ctgggacccagctctgagaataccacagccttcacaaaaggctccgacaccaccacagcc
tccatcacaggctctgagaccaccatggcctccaccatggcctctacttcggccttaact
acaggctctaagatcaccacagactctaccacaggctctgagacaacctcagcctccacc
atggcttctactgcagccttcaccacaggctctgagaccaacacggcctccaccacagac
tcagggactactatagcctccactaggaccttcaccacaggctctgacacaaccacaggc
tccactgcaggctctgaaactatcgtggcctccaccacagtctctgggaccacaacaacc
tttactatagcctccactacagtccctgagactaccatggcctccagcacaacctccact
gcaggctctgagaaaacgatggcctcctccataatttctgagaccaccatggcctccacc
acaggctctgagactgccacagtctctaccacaggctctgagaccaccaccacctccact
gcaagctctgaggccactaaagtctctaccacaggctctgaaaccaccacagcatctact
gcaggttctgagaccaccactacctccacctccatggcaggctctgaggccaccacaacc
tcaactgcagactccaaggtgatcacggcatccagcatgagctctgagaccactgtggcc
cccgctgcaggctctaacaccaccacagcctctaccacaggctctgagaccactacaatc
ctgattaaagcctctgagaccaccacagcctctacagcaggttctgagaccaccaccccc
tcccccacaggctctcagaccaccatagtctctatttcaggttctgagatcaccaccacc
tctacggcaggatccgagaacaccacagtctctagtgcaggctctgggaccaccacagct
tctatggcaggctctgagaccaccgtctccactgcaggctctgagaccactacagtctct
atcacaggcactgagaccaccatggtctctgccatgggctcagagaccaccacaaactct
actacaagctctgagaccaccgtcacctctactgcaggctctgagaccaccacagtctcc
accgtgggctctgagaccaccacagcctatactgcagattctgagaccactgcagcctct
accacaggctctgagatgaccacagtcttcactgcaggctcggaaaccatcacaccctct
actgcaggctcagagaccaccacagtctctactgcaggctctgagaccactacagtctcc
accacaggctctgagaccacaacagcctctactgcacattctgagacgactgcagcctcc
accatgggctctgagaccaccaaagtctcaactgcaggctctgagaccacagtctccact
gcaggctctgagaccactgcagcctctactgaagattctgaaaccaacacagcatttact
gaagattctaagactaccacagcctctactacagggtttgagacaaccgcagcctctact
acaggctctgagcctaccatggcatccaccatgggctctgagaccactatggcctctacc
ataggccctgagaccaccaaggtctccactgcaagctctgaggtgaccacagtctttgct
gcaggctctgagacaatcagagcctctaccgtaggctctgagaccaccacagtctctacc
acaggctctgagaccaccacagcctccatcatgggctctgagaccagcacagattctacc
acaggctctgagaccaccacagcctctactgaaggctctgagaccaccacagcttccact
gaaggctctgaggccactacagtctccaccacaggctctgagaccactacagtttctatc
acagactcagagaccaccaccacctgtactgaaggctctgagatgactgcagtctccacc
acagtctttgagaccactacagcctctactgaaggctctgagatcacaatagcctctact
tcagactctgagaccaccacagcttctactgaaggttctgagaccactacagtcactacc
gcaggctctgagaccaaaacagcctatactacaggctctgagaccaccacagcctctaat
acaggcttggagaccaccacagtctttaccataggctctgacaccaccacagcctctact
gaaggctctgagaccactgcagtctctgccacaggctctgagatgaccacagtctctact
gaaggctctgagaacactacagtctccaccacaggctctgagaccactacagtttccacc
acaggcttggagaccaccaccacttccactgaaggctctgagatgactacagtctccacc
acaggtgctgagaccaccacagactctactgaaggctctgggaccactgcagcctccact
gcaggctctgagaccaccacagtctctactgcagattctgagaacaccacagcatctact
gcagattctgagaccacctcagcctctactacaggctctgagaccaccacagcctctact
acaagctctgagaccaccacagcctctactgaaggctctgagaccactacagtctccacc
acagactctgagaccaccatggtctctaccacaggctctgagaggaccatcacctctact
gaaggctctgagaccactacagtatctgccacaggctctgagaccacagtctctactgaa
ggctctgggaccactacagtctccatcacaggctctgagaccactaaagtttctaccaca
ggttcagagaccaccaccacttctactgaaggctctgagattactacagcctccatcaca
ggctctgagaccaccacagcctctactgaaggctccgagaccaccacagcctctactgaa
ggctccgagaccacctcagcctctactacaggctctgagaccaccacagcctctactaca
agctctgagaccaccatggcatccatcatgggctctgagaccactatggcctctaccata
ggctctgagaccaccaaggtctccactgcaagctctaaaatgaccacagtcttcactgaa
aactctgagaccaccatagcctctaccacagcctctgagaccaccacagtctccactgca
ggctctgagaccatcccagcctctacagcaggctctgagaccaccaccaccacctctact
gaaggctctgagaccactacagcctctactgaaggctctgagaccaccacagcctctact
gaaagctctgagaccactacagccactaccataggctctgagaccaccacagcctctact
gaaggctctgagactaccaccacctctactgaaggctctgagaccaccacagcctctact
gaaggctctgagatcactacagtttctaccacaggctctgagaccaccacagcctctact
gaaggctctgagaccaccacagcctctactgaaggctctgagctcactacagtttctacc
acaggctctgagaccatcacagtctctgctgaaggctctgagaccactacagtcactact
atgggctctgagaccaccacggcctctactgcaggctcagagaccaccacagtctctact
gcaggctctgagaccaccacagcctctattgaaggctctgagaccactacagtctcctcc
acaggctctgagaccaccacagtctctaccacaggcactgagactaccatcacctctact
gaaggttcagagaccactacagtcactactgcaggttctgagaccacagcagtctatacc
acaggctctgagactaccaccacctctactgaaggctctgagacaaccacagtctctacc
acgggctctgagaccaccacagcctctaccgcagatttggagaccaccacagtctccacc
tcaggctctgggaccaccacagcctctaccgcaggctctgagaccacaacagtctatatc
acaggctctaagactaccaccgcctctactgaaggctctgaggccactacagtttctacc
actagctctgagaccaccacagcctctaccacaggctctgagatgactacagtctttacc
acagtctctgagaccaccacagtctctaccataggctctgaggccaccacatcctctgct
gcaggctctgaggccaccaccacctctactgaaggctctgagaccaccacagcctccact
gcaggctctgagaccaccacagcctccactgcaggctctgagaccaccacagcctccact
tcaggctctgagaccaacacagcctgtaccacaggttctgagacctccacaccctccagt
gcaggctctgagaccaacactgccttcatcataggctctgagagcaccatagcttccact
gcaagcttggagcccactgcaacttccctcacaggctctgagaccaccacagtctctatc
acagcttctggggccactgcagcctccaccactgtctcttccaccacgtttgtactcacc
aaggccactgacgtttctatccagcccatcaccaacacacctatgtcaggcaccagaacc
actggaaccagactcactgcctccagctctgtcaccatggcccctggaatggacttcacg
gcctctgctgccagccatactgtgccaggaatagtcttaaacacctctggcctgggtaca
tccactatgggagcatcatctaccacctcagcccacggcgtcaggaccaccacaggatcc
acccgtgagccaaccagcagcaccttccaggaaacaggcccggtgtccatgggcacaaac
acagttagcatgagccacacacccacaaacgtgatcaaaccaagtggatatttacagccc
tgggctatcatcctcatttccctggctgcagttgtggctgctgttggattgtcagtagga
ctgagtttttgtctgagaaaccttttcttccccctgagatattgtggtatttattacccc
catggccacagccacagccttggtctggacctgaacttgggcctgggctctgggacattc
cacagcctgggaaatgcactggttcatggaggagaacttgaaatgggacatggaggaaca
cacggctttggatatggagtgggccatggactgagccacatccatggagatggctacgga
gtgaatcatggcgggcattatggacatggaggaggccactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (240)   
   KEGG ORTHOLOGY (1)   
   RefGene (234)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (12)   
   RefSeq(nuc) (4)   
   GenBank (4)   
   EMBL (4)   
Protein domain (2)   
   Pfam (2)   
All databases (264)   

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