KEGG   Homo sapiens (human): 25758
Entry
25758             CDS       T01001                                 
Symbol
KIAA1549L, C11orf41, C11orf69, G2
Name
(RefSeq) KIAA1549 like
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: KIAA1549 Oxysterol_BP
Other DBs
NCBI-GeneID: 25758
NCBI-ProteinID: NP_036326
OMIM: 612297
HGNC: 24836
Ensembl: ENSG00000110427
UniProt: Q6ZVL6 Q12914
Position
11:33376108..33674102
AA seq 2146 aa
MAPQEAKPQGSREAGPATRGRGGRPVARGLGRAAWGAARCTGVRGPGAGASHDAPPRPPT
LLLGLLLLAALLEHGQADPGTDNLQMNVTRTPESFPPGKLLPISPTWPFTEVRSSSAADR
IKTVLGQSSDNTSLPQSARTPASKTHHRTRAHADFSSSLYQGSGHSASLEPSKDSTESLV
QPGPKGGQEAADVSGLPLTSMLPSLSTVPSGTSFSAVPPSQPVWAGTSSISKHPPRSDIP
PLLPLPPSSSLAPDSPHSIISEPAEQSPKVLLVPQTAPADPSLGQNIANPLIPFSDEMDH
TASQNAQDLIGIPHLGVSGSSTKWHSELSPTEGPHSAGSSTPGFLSPMAELSHPSPPPPA
LGSLLQLPDGSPSWSMLEVASGPASTQQIKAGVPGRVHNGVSLPTFKNTETATHEAEPPL
FQTAESGAIEMTSRKLASATANDSANPLHLSAAPENSRGPALSAEHTSSLVPSLHITTLG
QEQAILSGAVPASPSTGTADFPSILTFLQPTENHASPSPVPEMPTLPAEGSDGSPPATRD
LLLSSKVPNLLSTSWTFPRWKKDSVTAILGKNEEANVTIPLQAFPRKEVLSLHTVNGFVS
DFSTGSVSSPIITAPRTNPLPSGPPLPSILSIQATQTVFPSLGFSSTKPEAYAAAVDHSG
LPASASKQVRASPSSMDVYDSLTIGDMKKPATTDVFWSSLSAETGSLSTESIISGLQQQT
NYDLNGHTISTTSWETHLAPTAPPNGLTSAADAIKSQDFKDTAGHSVTAEGFSIQDLVLG
TSIEQPVQQSDMTMVGSHIDLWPTSNNNHSRDFQTAEVAYYSPTTRHSVSHPQLQLPNQP
AHPLLLTSPGPTSTGSLQEMLSDGTDTGSEISSDINSSPERNASTPFQNILGYHSAAESS
ISTSVFPRTSSRVLRASQHPKKWTADTVSSKVQPTAAAAVTLFLRKSSPPALSAALVAKG
TSSSPLAVASGPAKSSSMTTLAKNVTNKAASGPKRTPGAVHTAFPFTPTYMYARTGHTTS
THTAMQGNMDTASGLLSTTYLPRKPQAMHTGLPNPTNLEMPRASTPRPLTVTAALTSITA
SVKATRLPPLRAENTDAVLPAASAAVVTTGKMASNLECQMSSKLLVKTVLFLTQRRVQIS
ESLKFSIAKGLTQALRKAFHQNDVSAHVDILEYSHNVTVGYYATKGKLVYLPAVVIEMLG
VYGVSNVTADLKQHTPHLQSVAVLASPWNPQPAGYFQLKTVLQFVSQADNIQSCKFAQTM
EQRLQKAFQDAERKVLNTKSNLTIQIVSTSNASQAVTLVYVVGNQSTFLNGTVASSLLSQ
LSAELVGFYLTYPPLTIAEPLEYPNLDISETTRDYWVITVLQGVDNSLVGLHNQSFARVM
EQRLAQLFMMSQQQGRRFKRATTLGSYTVQMVKMQRVPGPKDPAELTYYTLYNGKPLLGT
AAAKILSTIDSQRMALTLHHVVLLQADPVVKNPPNNLWIIAAVLAPIAVVTVIIIIITAV
LCRKNKNDFKPDTMINLPQRAKPVQGFDYAKQHLGQQGADEEVIPVTQETVVLPLPIRDA
PQERDVAQDGSTIKTAKSTETRKSRSPSENGSVISNESGKPSSGRRSPQNVMAQQKVTKE
EARKRNVPASDEEEGAVLFDNSSKVAAEPFDTSSGSVQLIAIKPTALPMVPPTSDRSQES
SAVLNGEVNKALKQKSDIEHYRNKLRLKAKRKGYYDFPAVETSKGLTERKKMYEKAPKEM
EHVLDPDSELCAPFTESKNRQQMKNSVYRSRQSLNSPSPGETEMDLLVTRERPRRGIRNS
GYDTEPEIIEETNIDRVPEPRGYSRSRQVKGHSETSTLSSQPSIDEVRQQMHMLLEEAFS
LASAGHAGQSRHQEAYGSAQHLPYSEVVTSAPGTMTRPRAGVQWVPTYRPEMYQYSLPRP
AYRFSQLPEMVMGSPPPPVPPRTGPVAVASLRRSTSDIGSKTRMAESTGPEPAQLHDSAS
FTQMSRGPVSVTQLDQSALNYSGNTVPAVFAIPAANRPGFTGYFIPTPPSSYRNQAWMSY
AGENELPSQWADSVPLPGYIEAYPRSRYPQSSPSRLPRQYSQPANLHPSLEQAPAPSTAA
SQQSLAENDPSDAPLTNISTAALVKAIREEVAKLAKKQTDMFEFQV
NT seq 6441 nt   +upstreamnt  +downstreamnt
atggctccgcaggaggccaagcctcagggctcaagggaagctgggcccgcgacgcggggg
cgcgggggccggcccgtggcgcgtgggcttggtcgggctgcctggggagccgcgcgctgc
acgggtgtgaggggccccggggccggcgcgtcccacgatgcgcccccgcggccaccgacg
ctgctgctgggacttctgctgctggcggccctcctggagcacggccaggccgacccggga
acagacaatctacagatgaatgtcacccggactccagagtcatttcctcccgggaaattg
ttaccaatttcaccaacatggcctttcacagaagtcaggtcttcctcagcagcagacaga
atcaagaccgtgctgggacagtcctctgacaacacaagcttgccacagtcagcccgaacc
cctgcgtccaagacacaccacagaactagggctcacgcggacttctcttcttccctttac
caaggaagcggacatagcgcctccctcgaaccttccaaggattctaccgagtccctggtc
caaccggggcctaaagggggacaagaagcagccgatgtgtcaggtttgcctctcaccagc
atgctcccctcgttgtccacagtcccatcagggacatccttcagtgctgtccccccatcc
cagccagtatgggcagggacttcctccatttcaaagcatcccccaaggtcagacattccc
ccactcctccctctacctccatcctcttcattggctcctgactcacctcattccatcatc
tctgagccagcagagcaatcccccaaagtgctgttagttccccaaacagctccagccgac
ccctctttaggtcagaacatagctaatcccttaatcccattttctgatgaaatggaccac
actgcatcccaaaatgcccaggatctcataggcatccctcatctaggtgtttctggatcc
tcaacaaaatggcattccgagctgtccccaacagagggtccccattcagcaggttcatcc
acacctgggtttttgagccccatggcagaactgtcccatccgtctccccctcccccagca
cttggaagtcttcttcagcttccagatggaagcccctcatggtcaatgttggaagtggct
tcaggtcctgcatccacccagcagatcaaagctggggtgcctggaagagtgcacaatggg
gtgtctttgccaacttttaagaatacagaaacagcgacccatgaggctgagcctccactt
ttccagactgcagaatcaggggccatagaaatgaccagcagaaagctagcctctgccact
gcaaatgactctgctaacccgctgcatttgtcagcagctccagagaattccagagggccc
gccctttcggcagaacacacctcttctttggtgccttctctgcatatcaccacactgggt
caagagcaagccatcctttctggggcggttcccgcatcaccatcaactgggacagccgac
tttccctccatacttactttcctccagcccacagagaatcatgcctccccatctcctgtg
ccagaaatgcccactcttccagcagagggcagtgatgggtcccctcctgcaactagagac
ttgctcctctcaagcaaagttcctaatcttctttccacatcttggacatttccccggtgg
aaaaaggacagtgtgacagccattttagggaagaatgaagaggcaaatgtgacgattcct
ctccaggcctttccaaggaaagaggttttgagtcttcacactgtaaatggatttgtctct
gatttcagcaccggtagtgtctcatctcccatcattacagcaccaaggacgaatcccctt
ccttcaggaccacctctaccttccatactctccatacaagccacccagactgttttccca
tctcttggcttttccagcaccaagccagaggcttatgcagctgctgtggaccattctggg
ttgccagcttcagcttccaaacaggtgagagcatcgccctcctccatggatgtatatgat
tccttaacaataggagacatgaaaaagccagcaaccacagatgttttctggagttctctt
tcagcagaaactggatctctttccacagaatcaataatatctggcttgcagcagcaaaca
aattatgatttaaatggacacacaattagcaccacaagttgggaaactcatttagctcca
acagctcctcccaatggtttaacttcagctgccgatgccataaaatctcaggatttcaaa
gatactgctgggcattcagtgactgcagaagggtttagtattcaggatctagtcctcggt
acaagcattgagcagcctgtgcaacagtcagacatgaccatggttggaagccatatagac
ctctggcccacaagcaataacaaccattccagagacttccaaacagctgaagttgcatat
tactcacccacaactcgacattccgtgtctcatcctcagctacagttgcccaaccagcca
gcacatcctcttttgctaacctcaccaggaccaacttctacaggtagcttgcaggaaatg
ctttcagatggaacagatacaggttctgaaatttccagtgacatcaattcatcacctgag
agaaatgcttccacaccattccagaacatcttgggatatcactctgctgctgaatcttct
atatcgaccagtgtctttcccaggacctcctccagagtgctgcgggcttctcagcacccc
aagaaatggacagcggacacagtatcatctaaggtacagccaacagcagcagctgccgtc
acattgtttctgaggaaatcaagtccacctgcactgtctgcagccctggttgctaagggc
accagcagcagccctttggccgtggcctcaggaccagctaagagcagttcgatgactact
cttgctaaaaatgtcacaaacaaggccgcatctggcccaaagaggacaccaggggcagtc
catacagccttcccattcacaccaacctacatgtatgcaagaacaggacataccacgagc
acacatacagccatgcaaggaaacatggacactgcctctggcctgttgtctacaacttac
ctccccaggaaaccacaagccatgcacaccggcctcccaaaccccaccaacctggagatg
cccagagcatccacgccacgcccactgacagtcacggccgcgctgacatccattacagcc
tcagtgaaggccacccggttgccaccattgcgagcagaaaacacagatgctgtccttcct
gctgcatcggctgcagtggtcacgactggcaaaatggcatccaacctggagtgtcagatg
tccagtaagctcctggtgaagacagttctctttctcacccaaaggagagtgcagatcagt
gaatccttgaagttcagtatcgccaaagggctcacacaggcattgcggaaggctttccac
cagaacgatgtctcagctcacgtggacattctggaatattctcataatgtcacagttggt
tattatgctaccaaagggaagttggtgtatttgcctgctgtggtgatcgaaatgctgggt
gtgtatggagtcagcaacgtcactgcagacctgaagcaacacaccccacacttacagtct
gtggcagtacttgcctccccatggaatccccagcctgcaggctacttccagctaaaaaca
gtgctgcagtttgtgagccaagcggacaacatacagtcctgcaagtttgctcagacaatg
gaacagaggctgcagaaggcattccaggatgccgagaggaaagtcctgaataccaaaagc
aacttgacaattcagattgtgagcacgtccaatgcctcccaggcagtcaccttggtgtac
gtcgtgggcaatcagagcacattcctcaacggcaccgtcgccagcagcctcctcagccag
ctctcggctgagctggtgggattctacctcacctatccgccgctaaccattgctgaacca
ctggaatatcccaaccttgacatatcagaaacaaccagagactattgggtaattacagtg
ctgcagggtgtggacaattcgctggtgggcctgcacaaccagagctttgcccgggtcatg
gagcagcgcctggcccagctattcatgatgtcccagcaacaaggccggcggtttaaacgg
gccaccaccctgggaagctacactgtgcagatggtgaagatgcagcgtgtcccaggcccg
aaggacccagcggagctgacttactataccctgtacaacgggaagcctttgttggggacc
gcagctgccaagatcctgagcaccattgattcccaaaggatggccttgacccttcatcac
gttgtccttctgcaagctgaccccgtggtgaagaacccgcccaataacctgtggatcatc
gctgcagtgctggcgcccattgccgtggtcacggtcatcatcatcatcatcactgccgtg
ctctgcaggaagaacaagaacgacttcaagcctgacaccatgataaacctgccgcagaga
gcaaagcctgtgcaaggctttgattatgccaagcaacacctgggccagcaaggggcagat
gaggaggtcatccctgtgactcaggagacagtggttctcccactgcccattagagatgct
cctcaggaaagagacgtcgctcaggatggaagcaccatcaagaccgccaaatccactgaa
accaggaagagcaggtcgcccagtgagaatggctctgtcatcagcaacgaatcagggaag
cccagctcagggagacgctcaccccagaatgtaatggcacagcagaaagtgacaaaggag
gaggcaaggaagagaaatgtgccagcgagtgacgaagaggagggagcggttctatttgac
aactccagcaaggtggccgctgaaccctttgacacatcttctgggtctgtgcagctcatt
gccataaaacccacagccctccccatggtgccccccacctcggacaggagccaggagtca
tcggcagtcctcaacggcgaggtgaacaaagccctgaagcagaagtcagacatcgagcac
tatcggaacaagctgcgcctcaaagccaagaggaagggatattacgacttccctgcagtg
gagacgagcaagggtctgaccgaaagaaagaagatgtatgaaaaagccccgaaggaaatg
gagcatgttttggatccagattcagaactctgtgctccattcaccgagtctaaaaacagg
caacagatgaagaactctgtctacagaagccggcagtctctgaacagcccgagtccaggg
gaaaccgagatggaccttctggtgactcgggagcgaccccggcgtggaatccgcaacagc
ggatacgatactgagcctgaaatcatagaggaaaccaacattgacagagttcctgagccc
cggggctattccaggtctcgacaggtgaaaggccactcggagacctccacactgagctcc
cagccatccatcgacgaggtcaggcagcagatgcacatgctgctggaggaggccttcagc
ctggcatccgcgggccacgcaggccagagccggcaccaagaggcctacggctcagcccag
cacctgccctattcggaggtggtgaccagcgctccggggaccatgacgcggcccagggcc
ggggtgcagtgggtgccgacctaccgcccagaaatgtatcagtacagtctgccccggccg
gcttacaggttttcccagcttcctgagatggtcatgggctcaccgcctccacccgtacct
ccccggactggtcctgtggctgtcgcttctctcaggcgatccacctcagacatcggcagc
aagaccagaatggccgagtctacagggcccgagccggcccagctgcacgacagcgcctcc
ttcacgcagatgtccagaggccctgtgtccgtgacgcagttggatcagtcggctttaaat
tactcaggtaatacggtgccagcagtgttcgccatcccagctgccaacagacctggcttc
accggctacttcatcccaacgcctccctcatcctataggaaccaggcctggatgtcctat
gcaggagagaatgagctcccgagccagtgggcagattcggtgcccctcccagggtacatc
gaggcctacccccgatcacggtacccccagagctctccctccaggcttcctcgtcagtac
agccagccagccaacctgcaccccagcctggagcaggccccggcgccctccacagcggcc
tcgcagcagagcctggcagaaaacgacccgtctgacgctcccctgaccaacatctccact
gcggcccttgtgaaggccatccgggaggaggtggccaagctggccaaaaaacagacagac
atgtttgagttccaggtctaa

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Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (19)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (16)   
DNA sequence (26)   
   RefSeq(nuc) (16)   
   GenBank (5)   
   EMBL (5)   
Protein domain (2)   
   Pfam (2)   
All databases (81)   

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