KEGG   Homo sapiens (human): 23670
Entry
23670             CDS       T01001                                 
Symbol
CEMIP2, TMEM2
Name
(RefSeq) cell migration inducing hyaluronidase 2
  KO
K22144  cell surface hyaluronidase [EC:3.2.1.35]
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:hsa00536]
    23670 (CEMIP2)
Enzymes [BR:hsa01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.35  hyaluronoglucosaminidase
     23670 (CEMIP2)
Glycosaminoglycan binding proteins [BR:hsa00536]
 Hyaluronan
  Cell surface receptors
   23670 (CEMIP2)
SSDB
Motif
Pfam: ILEI G8
Other DBs
NCBI-GeneID: 23670
NCBI-ProteinID: NP_037522
OMIM: 605835
HGNC: 11869
Ensembl: ENSG00000135048
UniProt: Q9UHN6
Structure
Position
9:complement(71683366..71769466)
AA seq 1383 aa
MYATDSRGHSPAFLQPQNGNSRHPSGYVPGKVVPLRPPPPPKSQASAKFTSIRREDRATF
AFSPEEQQAQRESQKQKRHKNTFICFAITSFSFFIALAIILGISSKYAPDENCPDQNPRL
RNWDPGQDSAKQVVIKEGDMLRLTSDATVHSIVIQDGGLLVFGDNKDGSRNITLRTHYIL
IQDGGALHIGAEKCRYKSKATITLYGKSDEGESMPTFGKKFIGVEAGGTLELHGARKASW
TLLARTLNSSGLPFGSYTFEKDFSRGLNVRVIDQDTAKILESERFDTHEYRNESRRLQEF
LRFQDPGRIVAIAVGDSAAKSLLQGTIQMIQERLGSELIQGLGYRQAWALVGVIDGGSTS
CNESVRNYENHSSGGKALAQREFYTVDGQKFSVTAYSEWIEGVSLSGFRVEVVDGVKLNL
LDDVSSWKPGDQIVVASTDYSMYQAEEFTLLPCSECSHFQVKVKETPQFLHMGEIIDGVD
MRAEVGILTRNIVIQGEVEDSCYAENQCQFFDYDTFGGHIMIMKNFTSVHLSYVELKHMG
QQQMGRYPVHFHLCGDVDYKGGYRHATFVDGLSIHHSFSRCITVHGTNGLLIKDTIGFDT
LGHCFFLEDGIEQRNTLFHNLGLLTKPGTLLPTDRNNSMCTTMRDKVFGNYIPVPATDCM
AVSTFWIAHPNNNLINNAAAGSQDAGIWYLFHKEPTGESSGLQLLAKPELTPLGIFYNNR
VHSNFKAGLFIDKGVKTTNSSAADPREYLCLDNSARFRPHQDANPEKPRVAALIDRLIAF
KNNDNGAWVRGGDIIVQNSAFADNGIGLTFASDGSFPSDEGSSQEVSESLFVGESRNYGF
QGGQNKYVGTGGIDQKPRTLPRNRTFPIRGFQIYDGPIHLTRSTFKKYVPTPDRYSSAIG
FLMKNSWQITPRNNISLVKFGPHVSLNVFFGKPGPWFEDCEMDGDKNSIFHDIDGSVTGY
KDAYVGRMDNYLIRHPSCVNVSKWNAVICSGTYAQVYVQTWSTQNLSMTITRDEYPSNPM
VLRGINQKAAFPQYQPVVMLEKGYTIHWNGPAPRTTFLYLVNFNKNDWIRVGLCYPSNTS
FQVTFGYLQRQNGSLSKIEEYEPVHSLEELQRKQSERKFYFDSSTGLLFLYLKAKSHRHG
HSYCSSQGCERVKIQAATDSKDISNCMAKAYPQYYRKPSVVKRMPAMLTGLCQGCGTRQV
VFTSDPHKSYLPVQFQSPDKAETQRGDPSVISVNGTDFTFRSAGVLLLVVDPCSVPFRLT
EKTVFPLADVSRIEEYLKTGIPPRSIVLLSTRGEIKQLNISHLLVPLGLAKPAHLYDKGS
TIFLGFSGNFKPSWTKLFTSPAGQGLGVLEQFIPLQLDEYGCPRATTVRRRDLELLKQAS
KAH
NT seq 4152 nt   +upstreamnt  +downstreamnt
atgtatgccactgattccaggggacactcccctgctttcctccaacctcagaatggaaat
agtcgtcacccatctggctatgttccagggaaggttgtcccattgcgtccccctcctcct
ccaaagagtcaagcttcagccaaatttacctccatcagacgagaagaccgggcaaccttc
gcattctcacctgaagaacagcaagcccagagagaaagtcaaaagcaaaagagacacaaa
aatactttcatttgttttgctattactagtttctcattttttattgcacttgcaatcatt
ttaggaatatcctcaaaatatgctccagatgaaaattgcccagatcaaaatcctcgtctc
aggaattgggatccaggacaagattctgcaaagcaagttgttatcaaggagggagatatg
ctccgtctgacctcagacgccaccgtgcattctatagtcattcaggatggaggactgctt
gtatttggggacaataaagatggatccagaaatattactttgaggactcattacatcctg
atccaggatggtggggcgcttcatattggagcagaaaaatgccgctataaatccaaagcg
acaattaccttgtatggcaagtcagatgaaggtgaaagtatgccaacatttggcaaaaag
tttattggtgtggaagctggcgggacactggagttacatggggcacggaaggcatcgtgg
acgttgttggcaaggaccctgaattcctcaggcttgccctttgggtcctatacctttgaa
aaggacttttcccggggcctcaatgtgagggtcattgaccaagacacggccaaaattttg
gaaagtgagagatttgatacccatgaataccgcaatgagagcaggcggcttcaggagttt
ctgagattccaggatccaggtcggattgttgccatagctgtcggggattcagccgctaaa
agtctcttacaaggaaccatccagatgatccaggaacggttgggaagtgaactgatccaa
ggactgggctacaggcaagcttgggctttagttggtgtcattgatggtggaagcacttct
tgcaatgaatccgtgagaaactatgaaaatcatagcagtggcgggaaggctcttgcccaa
agagaattttatactgtggatggccagaagttctctgtgacagcttatagtgaatggatt
gaaggcgtttctctttcaggattccgggtagaggttgtagatggagtgaagctaaatttg
ctagatgatgttagtagttggaaacctggagaccagattgtggtcgcaagcacagactat
tccatgtaccaagcagaggagttcactcttcttccctgttctgaatgcagccattttcag
gtcaaagtcaaagaaacccctcagttcctgcacatgggtgagatcatagacggtgtagac
atgagagctgaggttggaattcttacccggaatattgtgatccaaggagaagtggaggac
tcatgctacgcagaaaatcagtgccaattttttgattatgatacctttgggggacacatt
atgataatgaaaaattttacttcagtccatctttcttatgtggaattgaaacacatgggt
cagcagcagatggggcgataccctgttcattttcacctgtgtggtgacgtggattataaa
ggaggatacagacatgcaacatttgtggacggcctgtctattcatcacagcttctcaagg
tgcatcactgtgcatgggacaaatggcttgctaataaaagacaccattgggtttgacaca
ctaggtcattgtttctttttggaagatggtattgaacagaggaatactttgttccacaat
ctgggactcctcaccaagccgggtactctcctgcccaccgataggaacaactccatgtgt
accaccatgcgagataaagtgtttggaaattacattcctgtgcctgctactgactgtatg
gctgtttcaactttctggattgctcatcccaacaataatctgattaataatgcagctgca
ggctcacaggatgctggaatatggtatttattccacaaggaaccaactggggaatccagt
ggattgcagctcttggcaaaaccagaactcactccattgggtatattttataacaacagg
gtccattcaaattttaaggctggcttatttattgacaaaggtgtcaaaacaaccaactct
agtgctgctgacccaagggaatacctctgtttggacaatagtgcaagatttcgacctcat
caggatgcaaaccccgaaaaaccacgtgttgctgctctaattgacaggctcattgctttt
aaaaataatgataatggagcttgggtcagaggaggagatattatcgttcaaaattcagca
tttgcagataatggaataggactgacctttgccagtgatggaagcttcccaagtgatgaa
ggttccagccaagaggtatctgaatctctctttgttggggagagcaggaattacggcttt
cagggtggtcagaacaagtatgtaggcactggaggaatagaccagaagcctcgaacatta
cccaggaacaggacgttcccaattagaggctttcagatttatgatgggcccattcatctc
acaaggagcactttcaaaaaatatgtgccaactccagataggtacagcagtgcaattggc
ttcctcatgaagaattcctggcagataacccccaggaataatatctccctcgtgaagttt
ggtccacatgtctctctgaatgtcttttttggaaagcctggtccctggtttgaagattgt
gagatggatggtgataagaactccatattccatgacattgatggctctgtgacaggatac
aaggatgcttatgtgggaagaatggacaactacctgatccgccatccaagctgtgtaaat
gtgtctaagtggaatgcagtgatctgcagtgggacctatgcacaggtctatgtacagaca
tggagcactcagaatctttctatgaccattacacgagatgagtatccgtccaaccctatg
gtgctccgaggtattaatcagaaggctgcctttccacagtaccagcctgtcgtcatgctg
gagaagggttataccatccactggaatgggccggcaccacggactacatttctatacctc
gtcaacttcaacaagaatgactggattcgagttggcctttgctatccatcaaacacaagt
tttcaagttacctttggctatttgcagcggcagaatggctcattatccaaaatcgaagaa
tatgagcctgtgcattcactggaagaactgcaaagaaagcaatccgagaggaaattctat
tttgactccagcacggggttactgtttttgtatctcaaagccaaaagccacaggcatggc
cacagttactgttcatctcagggatgtgaaagagtcaagatccaagcagccacagactca
aaggacatcagtaactgcatggccaaagcatacccacagtactacagaaagccgtcagtg
gtcaagcggatgccggccatgctcactggactctgtcaaggctgtggcactcggcaggtg
gtgtttactagtgatcctcataaaagttacctccctgtgcaattccagtcacctgataaa
gcagaaacccagcgtggagacccgtctgttatttctgtcaatggcactgactttaccttc
cgaagtgcaggcgtcctcctccttgttgtggatccgtgcagcgttccattccgcttgacg
gaaaaaacggtttttcctcttgctgatgtcagtcgcattgaagagtatttaaaaacaggc
atccctccaaggtccattgttctgttgagcacaagaggagaaataaagcagttaaacatt
tcacacttactagtacctctgggattagccaaaccagctcatctttatgacaaagggagt
accatatttttgggattcagtggaaactttaaaccatcatggactaagctatttaccagt
cctgctggacagggccttggggtgcttgaacaattcatacctttgcagctggacgaatat
ggttgtcccagagccaccactgtccgcagaagagacctggaactgctaaagcaagcttca
aaagcacattag

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Ontology (3)   
   KEGG BRITE (3)   
Disease (1)   
   OMIM (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (21)   
   KEGG ORTHOLOGY (1)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (10)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (8)   
DNA sequence (36)   
   RefSeq(nuc) (8)   
   GenBank (14)   
   EMBL (14)   
3D Structure (1)   
   PDB (1)   
Protein domain (2)   
   Pfam (2)   
All databases (76)   

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