KEGG   Homo sapiens (human): 400954
Entry
400954            CDS       T01001                                 
Symbol
EML6
Name
(RefSeq) EMAP like 6
  KO
K18598  echinoderm microtubule-associated protein-like 6
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99993 Cell motility
    400954 (EML6)
SSDB
Motif
Pfam: WD40 HELP ANAPC4_WD40 RMC1_N NBCH_WD40 Cytochrom_D1 Ge1_WD40 DUF6528 DUF5711
Other DBs
NCBI-GeneID: 400954
NCBI-ProteinID: NP_001034842
HGNC: 35412
Ensembl: ENSG00000214595
UniProt: Q6ZMW3
Position
2:54723552..54972025
AA seq 1958 aa
MADRTAPRCQLRLEWVYGYRGHQCRNNLYYTAGKEVVYFVAGVGVVYNTREHSQKFFLGH
NDDIISLALHPDKTLVATGQVGKEPYICIWDSYNVQTVSLLKDVHTHGVACLAFDSDGQR
LASVGLDAKNTVCIWDWRKGKLLASATGHSDRIFDISWDPYQPNRVVSCGVKHIKFWTLC
GNALTAKRGIFGKTGDLQTILCLACAKEDITYSGALNGDIYVWKGLNLVRTIQGAHSAGI
FSMYACEEGFATGGRDGCIRLWDTDFKPITKIDLRETEQGYKGLSIRSVCWKADRLLAGT
QDSEIFEVIVRERDKPMLILQGHCEGELWALALHPKKPLAVTGSDDRSVRLWSLADHALI
ARCNMEEAVRSVAFSPDGSQLALGMKDGSFIVLRVRDMTEVVHIKDRKEVIHEMKFSPDG
SYLAVGSNDGPVDVYAVAQRYKKIGECSKSLSFITHIDWSLDSKYLQTNDGAGERLFYRM
PSGKPLTSKEEIKGIPWASWTCVKGPEVSGIWPKYTEVTDINSVDANYNSSVLVSGDDFG
LVKLFKFPCLKRGAKFRKYVGHSAHVTNVRWSHDFQWVLSTGGADHSVFQWRFIPEGVSN
GMLETAPQEGGADSYSEESDSDLSDVPELDSDIEQEAQINYDRQVYKEDLPQLKQQSKEK
NHAVPFLKREKAPEDSLKLQFIHGYRGYDCRNNLFYTQAGEVVYHIAAVAVVYNRQQHSQ
RLYLGHDDDILSLTIHPVKDYVATGQVGRDAAIHVWDTQTLKCLSLLKGQHQRGVCALDF
SADGKCLVSVGLDDFHSIVFWDWKKGEKIATTRGHKDKIFVVKCNPHHVDKLVTVGIKHI
KFWQQAGGGFTSKRGTFGSVGKLETMMCVSYGRMEDLVFSGAATGDIFIWKDILLLKTVK
AHDGPVFAMYALDKGFVTGGKDGIVELWDDMFERCLKTYAIKRSALSTSSKGLLLEDNPS
IRAITLGHGHILVGTKNGEILEIDKSGPMTLLVQGHMEGEVWGLAAHPLLPICATVSDDK
TLRIWELSAQHRMLAVRKLKKGGRCCAFSPDGKALAVGLNDGSFLVVNADTVEDMVSFHH
RKEMISDIKFSKDTGKYLAVASHDNFVDIYNVLTSKRVGICKGASSYITHIDWDSRGKLL
QVNSGAREQLFFEAPRGKRHIIRPSEIEKIEWDTWTCVLGPTCEGIWPAHSDITDVNAAS
LTKDCSLLATGDDFGFVKLFSYPVKGQHARFKKYVGHSAHVTNVRWLHNDSVLLTVGGAD
TALMIWTREFVGTQESKLVDSEESDTDVEEDGGYDSDVAREKAIDYTTKIYAVSIREMEG
TKPHQQLKEVSVEERPPVSRAAPQPEKLQKNNITKKKKLVEELALDHVFGYRGFDCRNNL
HYLNDGADIIFHTAAAGIVQNLSTGSQSFYLEHTDDILCLTVNQHPKYRNVVATSQIGTT
PSIHIWDAMTKHTLSMLRCFHSKGVNYINFSATGKLLVSVGVDPEHTITVWRWQEGAKVA
SRGGHLERIFVVEFRPDSDTQFVSVGVKHMKFWTLAGSALLYKKGVIGSLGAAKMQTMLS
VAFGANNLTFTGAINGDVYVWKDHFLIRLVAKAHTGPVFTMYTTLRDGLIVTGGKERPTK
EGGAVKLWDQEMKRCRAFQLETGQLVECVRSVCRGKGKILVGTKDGEIIEVGEKNAASNI
LIDGHMEGEIWGLATHPSKDLFISASNDGTARIWDLADKKLLNKVSLGHAARCAAYSPDG
EMVAIGMKNGEFVILLVNSLKVWGKKRDRKSAIQDIRISPDNRFLAVGSSEHTVDFYDLT
QGTNLNRIGYCKDIPSFVIQMDFSADGKYIQVSTGAYKRQVHEVPLGKQVTEAVVIEKIT
WASWTSVLGDEVIGIWPRNADKADVNCACVTHAGLNIVTGDDFGLVKLFDFPCTEKFAKH
KRYFGHSAHVTNIRFSYDDKYVVSTGGDDCSVFVWRCL
NT seq 5877 nt   +upstreamnt  +downstreamnt
atggcggatcggacggcgccccgctgccagctccggctggagtgggtgtacgggtaccgg
ggtcaccagtgccgcaacaacctgtactacacggcaggcaaggaggtggtctactttgtg
gctggggtcggggtggtttacaacacccgcgagcacagccaaaaattcttcctgggacac
aacgacgacattatcagccttgccttacacccagacaaaactctcgttgcaactggccaa
gtcgggaaggagccatatatatgcatatgggattcctataatgtccagactgtgtctctt
cttaaagatgtccatacacatggagttgcctgcctggcttttgactcagatggacagcgt
ttagcctctgtggggttggatgccaaaaacacagtctgcatttgggactggaggaaggga
aaacttctggcgtcagccaccggccattctgacaggatttttgatatttcctgggatcca
tatcagccaaacagagtggttagctgtggagtaaaacacataaagttttggacactgtgt
ggaaatgccctgactgcaaaaagagggatatttggcaaaacaggggatcttcagaccatc
ctttgccttgcatgtgccaaagaagacatcacctactctggtgctttaaatggtgacatc
tatgtctggaaagggctcaatttagtccgcaccattcaaggagcacatagtgctggaatc
tttagcatgtatgcttgtgaagaaggctttgccactggtgggcgagatgggtgtatacga
ctgtgggacactgatttcaaaccaataaccaaaattgatctcagggagacagaacaagga
tacaaaggcctctctatccggagcgtgtgctggaaagcagaccgccttctagcagggacc
caggacagtgagatatttgaagtgattgtgcgagagcgagacaagccgatgttgatccta
cagggccactgcgagggtgagctctgggctctggccctgcaccccaagaagcctctggct
gtgacaggcagcgatgaccgctctgtcaggctgtggagcctggctgatcatgccttgatc
gcccgctgtaacatggaagaggcggttcgcagtgtagctttcagccccgacggatctcag
ctggccctgggcatgaaggacggctctttcattgttctccgagtcagagatatgacagaa
gtagttcacatcaaagatcgaaaagaagtcattcatgaaatgaaattttctccagatggt
tcttaccttgcagtgggatccaatgatggcccagtagatgtctatgctgttgcccagagg
tataagaaaattggagaatgcagcaagtcccttagtttcatcacgcatattgactggtcc
ttggatagtaaatacttacaaactaatgacggtgcaggagaacgattgttctacagaatg
ccatctgggaagcctttaacaagtaaagaagaaattaaagggattccttgggcctcctgg
acatgcgtgaaaggccctgaagtgagtggaatttggcccaaatacactgaggttactgac
atcaactcagtggatgcgaattacaacagctcagtgctggtgtctggagatgattttgga
ctggttaaattgtttaaatttccttgtctcaagagaggagccaaatttagaaagtatgtg
ggccattctgcacatgtcacaaatgtccgctggtcccatgactttcagtgggtgttgagc
acaggaggggctgatcactcagttttccagtggaggtttattccagaaggtgtcagcaac
ggcatgctggaaactgcaccccaagaaggtggagctgattcctacagtgaagaatctgat
tcagatttatctgatgtgcccgaactggactctgatattgagcaagaagctcaaatcaat
tatgatcgccaggtttacaaagaagatctacctcagctaaagcaacaaagtaaagagaaa
aaccacgcagtgcccttcctcaaacgagaaaaggctcctgaggacagcttgaaactccag
ttcatacacggttatagaggctacgactgtagaaacaatctgttctacacacaagctgga
gaagtagtctaccacattgctgcagttgctgtcgtgtataatcggcagcagcactcccag
aggctgtacctggggcacgatgacgacattctcagcctgaccatccatccagtgaaggac
tatgtggctactgggcaggttggaagagatgctgctattcatgtgtgggacacacaaact
ctaaaatgtttgtcgctgttgaaaggacaacatcagagaggagtgtgtgcacttgatttt
tcagccgatggaaaatgtctggtgtcggttggtttagacgattttcacagtattgtattt
tgggactggaaaaagggagaaaagatagccacaacaagaggacataaagataagatattt
gtggtaaagtgtaacccacaccatgttgacaaactggttacagttgggataaaacacatc
aaattctggcaacaagcaggtgggggcttcacttctaaaagaggaacttttggaagcgtt
ggaaaattggaaacaatgatgtgtgtttcttacggacgaatggaagatctagtgttctca
ggagcagctactggagatatttttatttggaaagacattctactactgaagacagtgaaa
gctcatgatgggcctgtgtttgctatgtatgcactggataagggctttgtaacaggtgga
aaggacggcatcgtggagctctgggatgatatgtttgaaagatgtttgaagacttatgcc
attaaaagatcagcattgtcgactagctcaaaaggcttgcttttggaagataacccttca
attcgtgccatcactttgggacatggacatatcctggtgggaacaaaaaatggagagatt
ctggaaattgataagagtggcccaatgacactgcttgttcaggggcacatggaaggagaa
gtgtgggggttggcagctcaccctctcctgcccatctgtgcaacagtgagcgatgataaa
acacttcgcatctgggaactatctgcccagcaccgtatgctggcagtacggaaactcaaa
aaaggtggaagatgctgtgccttttcccctgatgggaaagccttagcggttggcttgaac
gatgggagtttcctggtggtaaatgctgacactgttgaagacatggtctctttccatcac
agaaaagaaatgatctctgatattaagttttcaaaagatacgggaaaataccttgccgtg
gcatcccatgataactttgtggatatttacaacgtacttacaagcaaaagggttggcatc
tgtaaaggtgcttctagttatattacacacattgactgggactctagaggaaaattattg
caagtgaattcaggtgccagagaacaacttttttttgaagctccaagaggcaaacggcat
ataataagaccttcagagatcgagaagatagagtgggacacatggacctgtgtcctgggg
cccacctgtgagggaatctggccagcacatagcgatataactgacgtaaatgctgccagt
cttaccaaagactgttcccttttagccaccggagatgattttggtttcgttaagcttttt
tcatatcctgtcaagggacagcacgcaagattcaagaagtatgtggggcacagtgcacat
gtcactaacgtgaggtggctgcacaatgactctgtgctgctcacggtgggcggcgccgac
acagccctgatgatctggaccagggagtttgtggggacccaggagagcaagctggtggac
agcgaggagtcagacaccgacgtggaagaggatggaggctatgacagcgatgttgctaga
gaaaaggccattgactacaccaccaagatttatgctgtgagcatcagggaaatggaaggc
accaagccacaccagcagctgaaggaagtttccgtggaagaaagaccacccgttagccga
gcagctccccagcctgagaaactgcagaagaacaatatcaccaaaaaaaagaaactggtt
gaggagctggctctagaccacgtgtttggctacagaggtttcgactgtcgaaataacctg
cattaccttaatgatggcgctgacatcatcttccacacagcagcggctggcatcgttcag
aacctctccacagggagccagagcttctatctggagcacacagatgacatcctctgtctc
acagtgaaccagcaccccaagtacagaaacgtggtggccaccagccagatagggacaaca
ccttccatccacatatgggacgccatgaccaaacacaccctctccatgctgcggtgcttc
cactccaagggggtgaattacatcaacttcagtgcaactggaaagctcctggtgtcggtg
ggagtggaccctgagcacaccatcactgtctggcgatggcaggaaggtgccaaggttgcc
agccgagggggtcacctggagcgcatatttgtggtggaatttcgccccgactcagacacg
cagtttgtatctgtcggggtcaaacatatgaagttctggaccctggcaggcagcgccttg
ctttacaagaaaggggtcatcgggtccctgggagctgccaaaatgcagacgatgctctcc
gtggccttcggtgctaacaatctcactttcacgggtgccatcaatggagatgtctacgtc
tggaaggaccacttcctcatccggctggtggccaaggctcacacaggccccgtgttcaca
atgtacacaacccttcgggatggactcatagtgaccggcggaaaagagaggccgaccaaa
gaaggaggtgctgtaaaattgtgggaccaggagatgaagcgctgccgggcctttcagctg
gagaccgggcagctggtggagtgtgtgcgctccgtgtgccgtggaaaaggaaaaatctta
gtgggaaccaaagacggagaaataattgaagttggtgaaaaaaatgctgcttctaacatc
ctgattgatggtcacatggaaggggagatctggggcctggccactcacccttccaaggac
ctcttcatctctgccagcaacgatggcacagcccggatctgggacctggctgacaagaag
ctgttaaacaaggtgagcttgggccatgcggccaggtgtgcagcctacagccctgatggg
gagatggtggccattggcatgaagaatggagagtttgtcatcttgttggtgaacagcctg
aaagtttgggggaaaaaacgagaccggaaatctgctatccaagatatcagaatcagccca
gacaaccgattcttagccgttggttcttctgaacacacagttgacttctatgacctcact
cagggcacaaatctgaaccgcattggctactgcaaagatatcccaagctttgtcattcag
atggatttttctgcggatggcaaatacattcaggtgtcaacaggtgcctataagcgccag
gtgcatgaggtccccctggggaagcaggtaactgaagccgtggtcattgagaagatcacc
tgggcctcctggacaagcgtcctgggagatgaagtcattggaatctggccacgaaatgca
gacaaggctgatgtcaactgcgcatgtgtgacccacgctggcctgaacattgtcacagga
gatgactttgggctggtgaagctctttgattttccatgcacagaaaaatttgccaaacat
aagcgatacttcggtcactcggctcacgtgacgaacatccgtttctcttatgatgacaag
tatgtggtcagcactggaggagacgactgcagtgtatttgtgtggcgatgtctgtaa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (20)   
   KEGG ORTHOLOGY (1)   
   RefGene (14)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (19)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (17)   
DNA sequence (27)   
   RefSeq(nuc) (19)   
   GenBank (4)   
   EMBL (4)   
Protein domain (9)   
   Pfam (9)   
All databases (77)   

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