KEGG   Homo sapiens (human): 57579
Entry
57579             CDS       T01001                                 
Symbol
FAM135A, KIAA1411
Name
(RefSeq) family with sequence similarity 135 member A
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: DUF676 DUF3657 Palm_thioest PGAP1 LCAT FAM176
Other DBs
NCBI-GeneID: 57579
NCBI-ProteinID: NP_001156001
HGNC: 21084
Ensembl: ENSG00000082269
UniProt: Q9P2D6
Position
6:70413508..70561174
AA seq 1515 aa
MTEVQAMVEFSVELNKFYNVDLFQRGFYQIRASMKIPSRIPHRVEASLLHATGMTLAFPA
SVHDSLICSKTFQILYKNEEVVLNDVMIFKVKMLLDERKIEETLEEMNFLLSLDLHFTDG
DYSADDLNALQLISSRTLKLHFSPHRGLHHHVNVMFDYFHLSVVSVTVHASLVALHQPLI
SFPRPVKTTWLNRNAPAQNKDSVIPTLESVVFGINYTKQLSPDGCSFIIADSFLHHAYRF
HYTLCATLLLAFKGLHSYFITVTEEIPSCQKLELEEMDVEARLTELCEEVKKIENPDELA
ELINMNLAQLCSLLMALWGQFLEVITLHEELRILLAQEHHTLRVRRFSEAFFCFEHPREA
AIAYQELHAQSHLQMCTAIKNTSFCSSLPPLPIECSELDGDLNSLPIIFEDRYLDSVTED
LDAPWMGIQNLQRSESSKMDKYETEESSVAGLSSPELKVRPAGASSIWYTEGEKQLTKSL
KGKNEESNKSKVKVTKLMKTMKSENTKKLIKQNSKDSVVLVGYKCLKSTASNDLIKCFEG
NPSHSQKEGLDPTICGYNFDPKTYMRQTSQKEASCLPTNTERTEQKSPDIENVQPDQFDP
LNSGNLNLCANLSISGKLDISQDDSEITQMEHNLASRRSSDDCHDHQTTPSLGVRTIEIK
PSNKDPFSGENITVKLGPWTELRQEEILVDNLLPNFESLESNGKSKSIEITFEKEALQEA
KCLSIGESLTKLRSNLPAPSTKEYHVVVSGDTIKLPDISATYASSRFSDSGVESEPSSFA
THPNTDLVFETVQGQGPCNSERLFPQLLMKPDYNVKFSLGNHCTESTSAISEIQSSLTSI
NSLPSDDELSPDENSKKSVVPECHLNDSKTVLNLGTTDLPKCDDTKKSSITLQQQSVVFS
GNLDNETVAIHSLNSSIKDPLQFVFSDEETSSDVKSSCSSKPNLDTMCKGFQSPDKSNNS
TGTAITLNSKLICLGTPCVISGSISSNTDVSEDRTMKKNSDVLNLTQMYSEIPTVESETH
LGTSDPFSASTDIVKQGLVENYFGSQSSTDISDTCAVSYSNALSPQKETSEKEISNLQQE
QDKEDEEEEQDQQMVQNGYYEETDYSALDGTINAHYTSRDELMEERLTKSEKINSDYLRD
GINMPTVCTSGCLSFPSAPRESPCNVKYSSKSKFDAITKQPSSTSYNFTSSISWYESSPK
PQIQAFLQAKEELKLLKLPGFMYSEVPLLASSVPYFSVEEEDGSEDGVHLIVCVHGLDGN
SADLRLVKTYIELGLPGGRIDFLMSERNQNDTFADFDSMTDRLLDEIIQYIQIYSLTVSK
ISFIGHSLGNLIIRSVLTRPRFKYYLNKLHTFLSLSGPHLGTLYNSSALVNTGLWFMQKW
KKSGSLLQLTCRDHSDPRQTFLYKLSNKAGLHYFKNVVLVGSLQDRYVPYHSARIEMCKT
ALKDKQSGQIYSEMIHNLLRPVLQSKDCNLVRYNVINALPNTADSLIGRAAHIAVLDSEI
FLEKFFLVAALKYFQ
NT seq 4548 nt   +upstreamnt  +downstreamnt
atgactgaagttcaagcaatggtagaattctctgtggagctaaacaagttctacaatgtg
gatttgtttcagagaggtttttaccagattcgtgcttctatgaaaattccatcaagaatt
ccccacagagtagaagctagtttgttgcatgcaacaggtatgactttagcctttccagcc
tcagttcatgattctctaatttgcagtaaaacatttcaaattttgtacaaaaatgaagag
gttgttttaaatgatgttatgatcttcaaagtaaaaatgctattggatgaaagaaagatt
gaagaaacccttgaggaaatgaattttctattatccttggatctacacttcacagatgga
gattattcggcagatgatctgaatgccttgcaactaataagtagccgaacattgaagctg
cactttagcccccatagaggccttcatcatcatgttaatgttatgtttgattacttccac
ctttctgttgtgtctgttacagttcatgcatcattggttgcactacaccagccactaata
agctttcctcgccctgtgaagacaacttggttaaatagaaatgcaccagcacaaaacaaa
gattccgtgattcctactcttgaaagtgtggtctttggtattaactacacaaaacagtta
tcaccagatggttgtagcttcatcattgcagactccttcctacatcatgcgtatcgtttt
cattatacactttgtgccactttgctgctagccttcaagggattgcacagctacttcatt
acagtaacagaagagattccttcttgtcagaaactagaactggaggaaatggatgtagaa
gctcgacttactgaactatgtgaagaagttaagaaaatagagaatcctgatgaactggca
gaacttataaatatgaatcttgcgcaactttgctcacttttgatggctttatggggacag
tttctggaagttataacgctacacgaagaactaagaatattattagcacaagagcaccat
actttgagggtacgcagattttctgaggcattcttttgttttgagcatccaagagaagct
gccattgcataccaggaacttcatgctcagagtcatctacagatgtgcaccgctatcaaa
aatacttccttctgcagttctcttccacccttacctattgaatgtagtgaattagatgga
gatctcaattcattacctataatctttgaagataggtatttagattcagttactgaagac
ttagatgcaccctggatgggaattcagaatcttcagagatcagagtccagtaaaatggat
aaatatgagactgaagaaagctctgtagcaggactttctagcccagagttgaaagtcaga
cctgctggtgcctccagtatttggtatacagaaggtgaaaagcagctaacaaaatctcta
aaaggaaagaatgaagaatcaaataaatccaaagttaaggttactaagcttatgaaaaca
atgaaatctgaaaacacaaaaaaattaataaaacagaactctaaggattctgtggttttg
gtaggctacaaatgtttgaaaagtacagcatcaaatgatctcattaaatgctttgaaggc
aatccttcacatagtcagaaggaaggtctggatcccacaatatgtggatataattttgac
ccaaagacctacatgagacagacaagtcaaaaggaagctagctgtttgccaactaataca
gagagaactgaacaaaagtctccagatattgaaaatgttcaaccagaccagtttgatcct
ttgaactctggcaacctaaatctttgtgcaaatttgtccatttcaggtaaacttgatatc
tcccaggacgatagtgaaattacacaaatggaacacaatctggcatccagaaggtcatca
gacgattgccatgatcatcaaacaaccccatctttgggagttagaacaattgaaataaag
cccagtaataaagatcctttcagtggagagaatataactgtcaaactaggaccttggaca
gagcttcgacaagaggaaatacttgtggataatttactacccaactttgagtccttagaa
tctaatggtaaatctaaatctatagaaataacatttgaaaaggaagctttgcaagaagca
aagtgtctttctattggagaatcattaactaaattacgaagtaatctacctgccccttct
acaaaagaatatcatgttgtagtaagtggagatacaattaagttaccagatattagtgcc
acatatgcctcatctagattttcagattcaggtgttgaaagtgaaccgagttcttttgcg
acacatccaaacactgatttagtctttgaaactgtgcaagggcaaggtccttgcaatagt
gaaagattatttcctcagcttttgatgaaacctgattataatgtaaaattttcattagga
aatcattgtactgagagtacaagtgctataagtgaaatacagtcatctttgacatccata
aactctctaccctccgatgatgaactgtcacctgatgaaaattctaagaaatctgttgta
cctgaatgccatctaaatgatagcaaaactgtattaaatctaggaacgactgatttgcca
aaatgtgatgatactaaaaagtcaagtatcactttgcaacagcagagtgttgtattttca
gggaacttggacaatgaaactgtagcaatacattccttaaattcaagcattaaagaccct
ttacaatttgttttttcagatgaagagacttccagtgatgtgaaaagtagttgcagctcc
aaacctaacttggatactatgtgtaaaggcttccagagtcctgataaatctaataactct
acagggacagcaattacattaaattcaaaactgatttgtttaggcactccttgtgtcatt
tcaggttccatttctagtaatacagatgttagtgaagatagaactatgaaaaaaaatagt
gatgtattaaatctcacacagatgtattcagaaatccctacagttgaaagtgaaactcat
ctgggtacaagtgatcctttttcagccagtactgatatagtaaagcaagggcttgtggaa
aattattttggttctcaaagcagtacggatatttctgacacatgtgctgttagctacagc
aatgcacttagccctcagaaggaaacttctgaaaaagaaattagtaatcttcagcaggaa
caggataaagaggatgaggaggaagagcaggatcaacaaatggttcaaaatgggtactat
gaagaaacagattattcagctttggatggaacaataaatgctcactatacaagcagagat
gaactaatggaagaaagacttacaaaatctgaaaaaataaacagtgactatctgagagat
ggtataaacatgcctactgtctgtacttctggttgtttgtccttcccgtctgcaccacga
gagtctccttgtaatgttaaatattcttccaaaagtaaatttgatgccattacaaagcag
ccaagcagtacttcttacaacttcacttcttcgatttcctggtatgaaagttcaccaaaa
cctcaaatacaagccttccttcaggcaaaagaagaactgaagctactaaaacttcctggg
ttcatgtacagtgaagttcctctgctggcatcctcagtaccttattttagtgtagaagaa
gaggatggttctgaagatggagtacatctgattgtctgtgtgcacggtttagatggaaac
agtgcagatctccgattagtaaaaacttacattgaacttggattgcctgggggaagaatt
gattttcttatgtctgagagaaatcagaatgatacttttgctgattttgatagcatgact
gatcgtcttttggatgagataatacagtatattcagatatatagtctaacagtctcaaaa
ataagctttattggacattcgttgggcaatttaataattcgttcagtgcttacaaggcca
aggtttaaatattacctcaacaaacttcatacctttctgtctctttctggacctcacctt
ggtacactctacaacagcagtgctcttgttaatacaggtctctggtttatgcagaaatgg
aaaaaatcaggttcgcttttgcagctgacatgtcgagatcactcagaccctcgccaaact
tttttatataagcttagtaacaaagcagggcttcattatttcaaaaatgttgtgctagtg
ggatccctacaggatcgctatgttccttatcactctgcccgcattgaaatgtgtaaaaca
gctttaaaggacaaacagtcaggacagatctattcagaaatgatccacaacttgcttcga
cccgttctgcaaagcaaggactgtaatttggttcgctataatgtcatcaatgcattgccc
aatacagctgattcactcattgggagagctgcacatatagctgttcttgattcggaaata
tttttagagaaattctttctggttgctgccctcaaatatttccaatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (21)   
   RefGene (14)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (81)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (79)   
DNA sequence (107)   
   RefSeq(nuc) (79)   
   GenBank (14)   
   EMBL (14)   
Protein domain (6)   
   Pfam (6)   
All databases (216)   

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