KEGG   Homo sapiens (human): 161436
Entry
161436            CDS       T01001                                 
Symbol
EML5, EMAP-2, EMAP-5, FAP16
Name
(RefSeq) EMAP like 5
  KO
K18597  echinoderm microtubule-associated protein-like 5
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hsa04812]
    161436 (EML5)
Cytoskeleton proteins [BR:hsa04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EMAP
     161436 (EML5)
SSDB
Motif
Pfam: WD40 HELP ANAPC4_WD40 RMC1_N NBCH_WD40 Cytochrom_D1 Ge1_WD40 DUF6528 Pep3_Vps18
Other DBs
NCBI-GeneID: 161436
NCBI-ProteinID: NP_899243
OMIM: 618119
HGNC: 18197
Ensembl: ENSG00000165521
UniProt: Q05BV3
Position
14:complement(88612431..88792953)
AA seq 1977 aa
MAARSAPSCHLRLEWVYGYRGHQCRNNLYYTAAKEIVYFVAGVGVVYSPREHRQKFYRGH
SDDIISLALHPERVLVATGQVGKEPYICIWDSYTVQTISVLKDVHTHGIACLAFDLDGQR
LVSVGLDSKNAVCVWDWKRGKMLSMAPGHTDRIFDISWDLYQPNKLVSCGVKHIKFWSLC
GNALTPKRGVFGKTGDLQTILCLACARDELTYSGALNGDIYVWKGINLIRTIQGAHAAGI
FSMNACEEGFATGGRDGCIRLWDLTFKPITVIDLRETDQGYKGLSVRSVCWRGDHILVGT
QDSEIFEIVVQERNKPFLIMQGHCEGELWALAVHPTKPLAVTGSDDRSVRIWSLVDHALI
ARCNMEEPIRCAAVNADGIHLALGMKDGSFTVLRVRDMTEVVHIKDRKEAIHELKYSPDG
TYLAVGCNDSSVDIYGVAQRYKKVGECLGSLSFITHLDWSSDSRYLQTNDGNGKRLFYRM
PGGKEVTSTEEIKGVHWASWTCVSGLEVNGIWPKYSDINDINSVDGNYIGQVLVTADDYG
IIKLFRYPCLRKGAKFRKYIGHSAHVTNVRWSHDYQWVISIGGADHSVFQWKFIPERKLK
DAVHIAPQESLADSHSDESDSDLSDVPELDSEIEQETQLTYRRQVYKEDLPQLKEQCKEK
QKSATSKRRERAPGNSIRLHFVHGYRGYDCRSNLFYTQIGEIVYHVAAVGVIYNRQQNTQ
RFYLGHDDDILCLTIHPLKDYVATGQVGRDPSIHIWDTETIKPLSILKGHHQYGVSAVDF
SADGKRLASVGIDDSHTVVLWDWKKGEKLSIARGSKDKIFVVKMNPYVPDKLITAGIKHM
KFWRKAGGGLIGRKGYIGTLGKNDTMMCAVYGWTEEMAFSGTSTGDVCIWRDIFLVKTVK
AHDGPVFSMHALEKGFVTGGKDGIVALWDDSFERCLKTYAIKRAALAPGSKGLLLEDNPS
IRAISLGHGHILVGTKNGEILEVDKSGPITLLVQGHMEGEVWGLATHPYLPICATVSDDK
TLRIWDLSPSHCMLAVRKLKKGGRCCCFSPDGKALAVGLNDGSFLMANADTLEDLVSFHH
RKDMISDIRFSPGSGKYLAVASHDSFIDIYNVMSSKRVGICKGATSYITHIDWDIRGKLL
QVNTGAKEQLFFEAPRGKKQTIPSVEVEKIAWASWTSVLGLCCEGIWPVIGEVTDVTASC
LTSDKMVLATGDDLGFVKLFRYPTKGKFGKFKRYVAHSTHVTNVRWTYDDSMLVTLGGTD
MSLMVWTNEMEGYREKRPCDSEESDIDSEEDGGYDSDVTRENEISYTIRALSTNIRPMLG
IKPHLQQKEPSIDERQGVVRGSRPPVSRAPPQPEKLQTNNVGKKKRPIEDLVLELIFGYR
GRDCRNNVHYLNDGDDIIYHTASVGILHNVATGSQSFYQEHNDDILCLTVNQHPKFINIV
ATGQVGDSADMSATAPSIHIWDAMNKQTLSILRCYHSKGVCSVSFSATGKLLLSVGLDPE
HTITIWRWQEGAKIASRAGHNQRIFVAEFRPDSDTQFVSVGVKHVKFWTLAGRALLSKKG
LLSTLEDARMQTMLAIAFGANNLTFTGTISGDVCVWKDHILCRIVARAHNGPVFAMYTTL
RDGLIVTGGKERPSKEGGAVKLWDQELRRCRAFRLETGQATDCVRSVCRGKGKILVGTRN
AEIIEVGEKNAACNILVNGHVDGPIWGLATHPSRDFFLSAAEDGTVRLWDIADKKMLNKV
NLGHAARTVCYSPEGDMVAIGMKNGEFIILLVSSLKIWGKKRDRRCAIHDIRFSPDSRYL
AVGSSENSVDFYDLTLGPTLNRISYCKDIPSFVIQMDFSADSSYLQVSSGCYKRHVYEVP
SGKHLMDHAAIDRITWATWTSILGDEVLGIWSRHAEKADVNCACVSHSGISLVTGDDFGM
VKLFDFPCPEKFAKHKRFLGHSPHVTNIRFTSGDRHVVSAGGDDCSLFVWKCVHTPH
NT seq 5934 nt   +upstreamnt  +downstreamnt
atggcggcccggagcgccccgagctgccacctgcggctcgagtgggtgtacggctaccgg
ggccaccagtgccgcaacaacctctactacactgcggccaaggagatcgtatacttcgtg
gcgggggtcggcgtggtgtacagcccgcgggagcacaggcagaagttctaccggggccac
agcgacgacatcatcagccttgcattgcatcctgaacgagtgttggtagcaacaggacaa
gttgggaaagagccttatatttgtatttgggattcatacactgtgcagaccatatcagtt
ttaaaggatgttcatacacatggtatagcttgcttggcgtttgacttagatggacagcgc
ttggtttcagttggacttgattcaaagaatgcagtttgtgtttgggactggaaaagggga
aaaatgttgtctatggctcctggtcatacagatagaatatttgatatttcttgggatttg
taccagccaaataaacttgtcagctgtggtgtaaaacatatcaagttctggagtttatgt
ggaaatgctctgaccccaaaacgaggtgtctttggtaagacgggtgaccttcagacaata
ctgtgcctagcctgtgcaagggatgaattaacatattctggtgcactcaatggggatata
tatgtttggaaaggaatcaatcttatacgaacaatacaaggagcccatgctgcaggaatt
tttagcatgaatgcttgtgaagaaggctttgctactggtggcagagatggttgtattcgt
ctttgggatttaacttttaaaccaattactgtgattgatctcagggaaacagaccaggga
tacaaaggtttgtctgtaaggagtgtgtgttggcgaggtgaccacattctagttggaaca
caggacagtgaaatttttgaaattgtggtgcaagaaagaaataaaccttttctaattatg
caagggcattgtgaaggtgaactttgggcacttgctgtccatcctactaaacctttggct
gtgactggaagtgatgatcgttcggtcaggatatggagcctagtagatcatgcattaata
gcaaggtgtaatatggaagaaccaattcgttgtgcagctgtcaatgcagatggaatccat
cttgcccttggaatgaaggatggctcattcactgtacttagagtaagagatatgacggaa
gttgtacatattaaagataggaaggaggcaattcatgagttaaaatattcaccagatgga
acttaccttgctgttggatgcaatgacagctcggttgatatttatggagttgctcagcgt
tataaaaaagttggcgagtgtttgggatcccttagtttcatcactcatctggactggtct
tcagacagtagatatttgcagacaaatgatggaaatgggaaaagacttttttatagaatg
ccaggaggaaaggaagtgacaagtacagaagaaataaaaggtgttcattgggcttcatgg
acatgtgtttcaggccttgaagtaaatggaatttggcccaagtattcagatatcaacgat
ataaattcagtagatggaaattatattggccaagttttagttacagctgatgactatgga
attataaaattattccgatatccatgtttaagaaaaggggccaagtttagaaaatatatt
ggccattcagctcacgtaactaatgtcagatggtcacatgattatcagtgggttatttct
attggtggagcagatcactctgtctttcagtggaaatttattcctgaaagaaaactgaaa
gatgctgttcacatagcaccccaagaaagtctggctgactctcatagtgatgaatcagat
tcagatctgtctgatgttccagaactggattctgaaattgaacaagagacacagctcacc
taccgtcgacaggtttacaaagaagatctacctcagcttaaagaacagtgcaaagagaaa
caaaaaagtgctacttctaaaagaagagagcgggctccaggaaatagtattcgattacac
tttgttcacggttacagaggttatgactgtcgaagtaatctgttttatactcaaattggt
gaaattgtgtaccatgtggcagcagtgggtgtcatttataatcgacagcaaaacacacag
cgtttttatctgggtcatgatgatgatattctctgcctaactattcatcctttgaaagac
tacgtggcaacaggccaggttggtagagatccctcaattcatatatgggatacagagacc
attaaaccattgtccatattaaagggccaccaccagtatggtgttagtgccgttgatttc
tcagcggatgggaaacgtttggcatcagttggcatagatgatagccatactgttgtgctc
tgggactggaagaaaggagagaaactttcaatagcaagaggaagtaaagataagattttt
gttgtaaagatgaacccctatgtgcctgataaactaattacagctggaattaaacacatg
aaattttggcgtaaagcagggggaggattgattggaagaaaaggctacataggcacactg
gggaaaaatgacacaatgatgtgtgcagtgtatggatggactgaagagatggctttttct
ggaacatccacaggagatgtgtgtatctggagagacatctttcttgtaaaaacagtgaaa
gcgcatgatgggccagtgttcagtatgcatgcattggaaaaagggtttgtaactggagga
aaagatggtatagtagctctttgggatgactcttttgaaagatgtctcaagacctatgct
ataaaaagagctgcattggccccaggatctaaaggtcttctcttggaagataatccatct
atacgtgccatatcattaggacatggtcatattttagttggcacaaagaatggtgaaata
ctagaagtggataaaagtggcccaataacacttctggttcagggacacatggaaggagag
gtgtggggtttagctacacacccttatctgcccatctgtgctactgtaagcgatgataaa
accttaagaatatgggatctctcacctagtcattgtatgttggctgtccggaagctgaaa
aagggtgggaggtgttgctgtttttctcctgatggtaaagctttagccgtaggtctcaac
gatggaagcttcttaatggcaaatgcggatactctagaggatcttgtgtcttttcatcac
agaaaagatatgatttcagatattcgattttcacctggttctgggaaatatcttgctgta
gcatcccatgacagctttatagatatatacaatgtaatgagtagtaaacgagtaggaata
tgcaaaggagctaccagttacataacccatattgattgggatattagaggaaagctttta
caggtcaacactggtgctaaggaacaattattctttgaagctcccagagggaaaaaacaa
accatccccagcgtggaggtagaaaaaattgcttgggcatcatggacaagtgtacttggt
ttatgctgtgaaggaatttggccagtaattggagaagttacagatgtaactgcttcttgc
ctcaccagtgacaaaatggttctagctaccggggacgatttgggatttgtgaagttattt
agatatcctactaaagggaaatttggaaagtttaagaggtatgtggcccatagtacacat
gtcacaaatgttcgctggacttatgatgacagcatgttggttaccctaggcggtacagat
atgtctttaatggtgtggacaaatgagatggaaggctatcgagaaaaaaggccttgtgat
agtgaagaatccgacattgattctgaagaagatgggggctatgacagtgatgttacaagg
gagaatgaaatcagttacaccatcagagccttatcaacaaatattcgcccaatgttagga
atcaagcctcatttacaacaaaaagaaccctcaattgatgaaaggcagggagtagtaaga
ggttccaggcctccagtgagcagggccccaccacagccagagaaactccagacaaacaat
gtaggcaagaaaaagagacctatagaggaccttgtgttggagctcatttttggttatcga
ggcagagactgtaggaataatgttcactatttaaatgatggtgatgatataatttatcac
actgcatctgttggaattctgcacaatgttgctacaggttctcagagtttttatcaggaa
cataatgatgatattctgtgcctcacagtaaaccagcaccccaaatttatcaacatagtg
gcaactggccaagtaggtgattcagcagacatgtcagctacagctccttctattcacatc
tgggatgcaatgaacaagcagactttatctatcctaagatgctaccattcaaagggagta
tgttcagtcagcttcagtgctactggcaaactattgctgtctgtgggactagacccagaa
catactattaccatttggagatggcaggaaggtgccaaaattgccagcagagctggtcac
aatcaacgtatttttgtggcagaattccgaccagattcagatacccagtttgtctcagtg
ggagtaaaacatgtgaagttctggaccctggcaggaagagctcttcttagcaaaaaaggg
ctactgagcacactggaagatgcccggatgcagaccatgctcgctattgcatttggtgca
aataacttgacgtttacaggtaccatcagtggtgatgtctgtgtgtggaaagatcacata
ttgtgtagaatcgtggcgagagctcacaacgggcctgtgtttgccatgtacaccaccctg
cgagatggacttatcgtgactgggggaaaggaaaggccgtcaaaagaaggaggagcggtt
aaactgtgggatcaggaactgaggcggtgccgtgccttcaggcttgagacaggacaagcc
acagattgtgttcgttctgtgtgcagaggcaaaggcaagatccttgttgggacaaggaat
gctgaaataatcgaagttggagagaaaaatgcagcttgtaatattttagttaacggtcat
gtggatgggccaatctggggactagcaacacatccttccagggattttttcctttctgct
gcagaagatgggacagtgagactttgggatattgctgataaaaagatgttaaacaaagtg
aatttgggacatgctgctcgtactgtgtgttacagccctgaaggggacatggtggctatt
ggaatgaaaaatggagaatttatcattttactagtgagttctctaaaaatatggggaaag
aagagagacaggagatgtgcaatccatgatatcagatttagtccggattcccggtatctg
gcagtaggttctagtgagaactcagtggatttttatgacctaacgctgggccccactctt
aacagaatcagctactgcaaagacattccaagctttgtcattcaaatggacttctctgca
gatagcagttatctccaggtctctagtggctgctataaacggcatgtctatgaagtgcct
tcaggaaaacatcttatggatcatgccgctattgacagaattacttgggctacatggact
agtattctaggagatgaggttttgggaatctggtccagacatgctgagaaagctgatgtc
aactgtgcctgtgtatctcattcaggaatcagtcttgttacaggagatgactttggcatg
gttaagttatttgacttcccatgtccagaaaaatttgcaaaacacaaaaggttcttgggt
cattcgccccatgtgacaaatattcgatttaccagtggtgatcgacatgttgttagtgct
ggaggtgatgactgcagcttatttgtctggaaatgtgtacatacacctcactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (12)   
   KEGG ORTHOLOGY (1)   
   RefGene (6)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (50)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (48)   
DNA sequence (70)   
   RefSeq(nuc) (48)   
   GenBank (11)   
   EMBL (11)   
Protein domain (9)   
   Pfam (9)   
All databases (145)   

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