KEGG   Homo sapiens (human): 340533
Entry
340533            CDS       T01001                                 
Symbol
NEXMIF, KIAA2022, KIDLIA, MRX98, XLID98, XPN
Name
(RefSeq) neurite extension and migration factor
  KO
K25862  neurite extension and migration factor
Organism
hsa  Homo sapiens (human)
Disease
H00480  X-linked intellectual developmental disorder
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99995 Signaling proteins
    340533 (NEXMIF)
SSDB
Motif
Pfam: DUF4683
Other DBs
NCBI-GeneID: 340533
NCBI-ProteinID: NP_001008537
OMIM: 300524
HGNC: 29433
Ensembl: ENSG00000050030
UniProt: Q5QGS0
Position
X:complement(74732856..74925452)
AA seq 1516 aa
MDNQQDKAIVASANGENTLINGVKENDSEDQDVAMKSFAALEAAAPIQPTPVAQKETLMY
PRGLLPLPSKKPCMQSPPSPLGLIEAPEHAANSASVNAISLTSGIAKGLNTWSLPNECEK
APFAIMEPAGMSALNGDCLMQPSRTCLGCFMESKDAVDPEPGISLKVGDLNRDYETCAVS
DIGIQCINAGENMKYGEQLLSDQLLGFPLHKSRAGDRRETEKPDIDLEDPAQKSYYEALL
LDKCNTEEALLANSNQDWGYFETFISESKIELLDLCSKNELSVNLFSEEDVDNYMFDDDE
STLGSDVCSLKIRYESFQDNVRDKTTLLMQEDAQFNFFPSVFTTCPKRESKSGALKQSSD
FSQFKVPDVSIIWGEEDKNLDKKKGKEEGQEDKGVEKKDGKDNGEKPALNKPCSGTEVEQ
LKNPKQGHLANSLETSGSFSDDSSFIEISYDAMGEIKDCSRYMARDTNSGSSSSQQNYGL
RAKRKVRYSEDYLYDVDSLEGEKVNERKEWLPVGSKEEDDDEWCPKKRRKVTRKEPPVII
KYIIINRFKGEKNMLVKLGKVDASETTVNLSENQLNKYAKLAPLKGFWQKKKKQRNTNTD
SIKTPFSQKQSFEPGSFEVSFLPPARKRKSKLGNRHRIQRIPSIEISASSKQISLCNDQR
HASNHKEDGGLKGTLKSAPLGAPSCANGSHLNDITGPDSVKVKAQDTEFKGPERKVLNKI
KFKSEARLKSKKVKAAGQESKPIVQMSPLLENQSSKANLKNEVIPGTSNSSRLSEFHEAK
AAKSSTFLPTTCSSEMPLSSANVTTNIPVIPGGYLQTLLDASDLSNNTSISYFSHHSPEQ
NEGSLTQTEKSFVPLQPTQDCVLTSSSDSELQQSSHNFKMESSNYRNVWPNKATSGTQEF
MAEVSREIAPTQSSEFGASQVVSMENNLTPTTYNPICLNSGGSNCNKVLYDSMQDTQLPS
DDSYQLCHFNNGEICFPFQQGPVNMDDGRLFSFDSMAPLSVSSSNYCSLSLKSCEKDGDD
DITDDFLAHCSPKLVIQQSIDEIAPLKESTDLLDISNFTPDKFRHSSLSEMSPPDTPSLS
PQITRCESMKTLGTLKGFQEGVPGPLDSVEKIKWDCSTLSRQVQMEDGFTLNNHQFQFHM
FNDEDSVSLLQKNPCLSTFNDPSGQISTNNKVSKSRKKSSPSKSGAMNQSSSQKNTRKKS
LKGNNKGIEKPPGKNSRQVPKSTKKGKYMAAINGEKMQIGIGRGGSQTNTISSTGKTLAE
CIQHGGPMASMKMPSQKGLSGDWALGKESSPGWSDMSMGTNTNSLLDDDQREFQEPSYIL
SNIASGMADVQRFMMASIEPLWEPMEHHGDPNIFYSPESNSLKLKTLKILAGTPQESKKK
INSGSQGATKNHRSIKGVSKSNGKTAIGDPGRANMPGYNEDSRSTFFDKKYSNMSTLGNN
GPTHKKLYRHKSSSKALRDEKCKGKHMEREQVHKDESGTASFEKLRDSDYNLLKAETTFW
VLPVFEEETRIFQKDI
NT seq 4551 nt   +upstreamnt  +downstreamnt
atggataaccaacaagataaggctattgttgcctcagccaacggagaaaacactctgatt
aatggggtcaaagaaaatgactcagaggaccaggatgtggcaatgaagtcatttgcagct
ctagaagctgctgcacctatccagcctacaccggtggcacaaaaagagaccctgatgtat
cccagaggtctcctgcctctaccctctaagaagccctgtatgcagagcccgccctctcct
ttgggcctgattgaagcacccgaacatgctgctaatagtgcttctgtgaatgccatctcc
ctcacatctggcattgcaaaaggcctgaacacatggtcacttcccaatgaatgtgagaaa
gctccatttgccataatggagcctgcaggcatgtcagctctgaatggggactgtctcatg
cagccaagtcggacttgcttaggctgcttcatggaatccaaggatgcagtagatcctgag
ccagggatcagtctgaaagttggtgatctaaatagggattatgaaacgtgtgcagtctct
gatatagggattcagtgtattaatgctggagaaaatatgaaatatggagagcagctgctc
tcagaccagctcctaggcttccccctgcataagtcaagggcaggagacagacgagaaact
gagaaacctgacattgacttggaggatccggctcagaaaagctattatgaggcattactg
ttagacaagtgcaatacagaagaagctttgcttgcaaattccaatcaggattggggttac
ttcgagacttttattagtgaaagtaagattgaactgcttgacctctgttccaaaaatgag
ctgtctgtcaacctattctctgaagaagatgtggataactacatgtttgatgatgatgaa
tcaacactaggcagtgatgtctgctccctgaaaattcgatatgaatcctttcaggacaat
gttcgagacaagactactcttttgatgcaggaagatgcccaattcaacttttttcccagc
gtctttactacctgccccaagcgagagtctaagagtggggccctgaagcagagcagtgat
ttttcccaattcaaggtccctgatgtgagcatcatctggggggaggaagataaaaacttg
gacaagaagaaaggcaaagaggaaggacaggaagacaaaggtgtagagaagaaagatgga
aaggataatggagaaaagcctgccttaaataaaccatgcagtgggactgaagtagagcaa
cttaagaatccaaagcagggccatcttgctaattccctggagacatcagggagtttcagt
gatgatagttccttcattgagatctcatatgatgctatgggtgagatcaaggactgtagt
cgctatatggctcgggacactaattctggcagctcctcctcccaacagaactatgggctg
cgagccaagagaaaagtcagatacagtgaagattatctatatgatgttgactcactagag
ggtgaaaaagtaaatgagaggaaggaatggctgccagttggttccaaagaggaagatgat
gatgaatggtgtcccaaaaagagaagaaaagtaacccgtaaggagccccctgttattatc
aaatatatcatcattaatcgctttaaaggtgagaagaacatgctggtgaagttgggtaag
gtggatgccagtgagacaacagtgaatttgagtgagaatcagctcaacaaatatgccaag
ctggcacccttgaaaggcttctggcaaaagaagaagaagcagagaaacaccaacacggac
tccatcaagacacctttttcccaaaagcaaagctttgaaccaggtagctttgaggtgtca
tttctgccacctgctcgcaaacgaaaatctaaacttggcaacaggcacaggattcaaaga
atcccatccattgaaatttcagcaagtagtaaacagatttcattatgtaatgatcagagg
cacgctagtaatcataaagaagatggaggcctaaaaggtacactgaagtcagcacctctg
ggtgctcctagctgtgcaaatggatcacatttaaatgacatcacaggccctgactcagtg
aaagtcaaagcccaagacacagagtttaaggggccagagaggaaagtgctcaataaaatc
aaatttaaaagtgaagctaggttaaaatctaagaaagtcaaagctgctgggcaagaaagc
aagccaattgttcaaatgagccctctcttggaaaaccaatcctcaaaggctaatttaaag
aatgaagttattcctgggacatcaaacagttcccgtctatctgaatttcatgaggcaaag
gctgctaagagttccacttttctaccaacgacatgctcttctgaaatgcctttatcatct
gctaatgttaccactaatatacctgttatcccgggagggtatctgcagacattgttagat
gcttctgacttgtcaaataacactagtatctcatacttcagccaccattctccagagcaa
aatgaaggcagcctcactcaaaccgaaaaatcatttgtacccctccagcctacccaggac
tgtgtgctcacctcatcctctgactctgagctgcagcagtcatctcataacttcaaaatg
gaatcaagcaactatagaaatgtgtggcccaacaaggctacttctggcacccaggaattc
atggctgaagtctcaagggagatagccccaacccaatccagtgaatttggagcctcccaa
gtagtctccatggaaaataacctcacacctacaacatacaatccaatctgtctcaatagt
ggtggcagtaattgcaacaaggtcctgtatgactccatgcaagatacccaactcccatct
gatgactcttaccaattatgtcactttaataatggagagatctgctttcctttccagcag
gggccagtcaatatggatgatggtcggctctttagctttgattcaatggccccactctct
gtcagctcaagtaattattgctccttaagcttgaagtcctgtgaaaaggatggcgatgat
gatatcactgatgacttcctggcccattgcagccctaagctggtgatccagcaaagcatt
gatgagatagcaccactaaaggagtccactgacctcctggatatatccaacttcacccct
gacaaattccgccactcttccctttcagagatgtccccaccggacacccctagtctttcc
cctcaaattaccagatgtgagagtatgaagacactaggaacactaaaggggttccaagag
ggtgtcccaggaccattggacagtgtggaaaaaatcaagtgggactgcagtaccctttca
cggcaggtccaaatggaggatggatttactttaaataatcaccagtttcagttccatatg
ttcaatgatgaggattctgtcagcctgctccaaaaaaacccttgcctgtcaacatttaat
gatccatctggtcaaattagtaccaacaacaaagtgtcaaaatcaagaaagaaaagttca
cccagcaagagtggggctatgaaccaaagctcttctcagaaaaacaccaggaaaaaatcc
ctcaaaggtaacaacaaggggattgaaaaaccacctggcaaaaactcccgccaggtccct
aagtccacaaagaaagggaaatacatggctgccatcaatggagagaaaatgcaaattggc
attggccgtgggggaagccaaaccaacaccatatcctccactgggaagacattggctgaa
tgtatccaacatggtggccctatggcctctatgaagatgccaagtcaaaagggactttct
ggagattgggccttggggaaggagagcagcccaggctggagtgatatgagcatgggcacc
aacaccaacagccttctggatgatgaccaacgggaatttcaggagccttcctatatcttg
tccaacattgcctctggtatggcagatgtgcagagattcatgatggcctccatagagccc
ctttgggaacccatggagcaccatggggatcccaacatattctactcccctgagtccaat
agtctaaaattaaaaaccctcaaaatattggctgggacaccacaggagtctaagaaaaag
atcaacagtgggtcccaaggagccactaagaatcacaggtcaatcaagggtgtgagcaaa
agcaatgggaaaacagcaataggtgatcctggtcgtgcaaacatgcctggttataacgag
gactctcgctctaccttctttgataaaaagtatagtaacatgagcactttaggcaataac
ggaccgacacacaaaaagttgtatcgtcacaaatccagctccaaggccctgagagatgag
aaatgtaagggaaagcacatggagcgagaacaggtccacaaggatgagtctgggacagct
tcttttgaaaaactgagggattccgactacaatctcctaaaagcagaaacaaccttttgg
gttttacctgtgtttgaagaagagactcgcattttccagaaagacatttga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (18)   
   KEGG ORTHOLOGY (1)   
   RefGene (11)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (17)   
   RefSeq(nuc) (1)   
   GenBank (8)   
   EMBL (8)   
Protein domain (1)   
   Pfam (1)   
All databases (44)   

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