KEGG   Homo sapiens (human): 1657
Entry
1657              CDS       T01001                                 
Symbol
DMXL1
Name
(RefSeq) Dmx like 1
  KO
K24155  rabconnectin-3a
Organism
hsa  Homo sapiens (human)
Pathway
hsa04142  Lysosome
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04142 Lysosome
    1657 (DMXL1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:hsa04131]
    1657 (DMXL1)
Membrane trafficking [BR:hsa04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    1657 (DMXL1)
 Endosome - Lysosome transport
  Acidification regulators
   Rabconnectin-3 complex
    1657 (DMXL1)
   RAVE complex
    1657 (DMXL1)
SSDB
Motif
Pfam: Rav1p_C WD40 MIOS_WD40
Other DBs
NCBI-GeneID: 1657
NCBI-ProteinID: NP_005500
OMIM: 605671
HGNC: 2937
Ensembl: ENSG00000172869
UniProt: Q9Y485 F1T0K4
Position
5:119071027..119249127
AA seq 3027 aa
MNLHQVLTGAVNPGDHCFSVGSIGDQRFTAYASGCDIVILGSDFERLQIIPGAKHGNIQV
GCVDCSMQQGKIAASYGNVISIFEPVNLPKQKKNLELYSQWQKSGQFFLESIAHNITWDP
TGSRLLTGSSYLQLWSNTNLEKPTEDENLNKTDLNFGDWKCIWHCKTASQVHLMKFSPDG
EFFATAGKDDCLLKVWYNVENWRTAVTSPDGSSEKQSQGEIDFSFVYLAHPRAVNGFSWR
KTSKYMPRASVCNVLLTCCKDNVCRLWVETFLPNDCLLYGGDCSHWTESINLTNNFKRNA
SSKERVQNALEVNLRHFRRGRRRSLALVAHTGYLPHQQDPHHVHRNTPLHANALCHFHIA
ASINPATDIPLLPSITSLSLNENEEKTGPFVVHWLNNKELHFTLSMEVFLQQLRKSFEQP
SSEASVEDSNQADVKSDEETDDGVDDLKINPEKKELGCDKMVPNSSFTSLSSAAIDHQIE
VLLSEWSKNADMLFSIHPMDGSLLVWHVDWLDEYQPGMFRQVQVSFVSRIPVAFPTGDAN
SLCKSIMMYACTKNVDLAIQQGKQKPSGLTRSTSMLISSGHNKSSNSLKLSIFTPNVMMI
SKHADGSLNQWLVSFAEESAFSTVLSISHKSRYCGHRFHLNDLACHSVLPLLLTTSHHNA
LRTPDVDNPEQPFDALNIEECSLTQQNKSTVDVAFQDPSAVYSELILWRVDPVGPLSFSG
GVSELARINSLHVSAFSNVAWLPTLIPSYCLGAYCNSPSACFVASDGQYLRLYEAVIDAK
KLLSELSNPEISKYVGEVFNIVSQQSTARPGCIIALDPITKLHGRKTQLLHVFEEDFILN
NLEKKSLGKDSILSNAGSSPNGFSEKFYLIVIECTQDNRSLLHMWNLHLKSIPVSLDEKV
DTKLSEAVWQPEEHYSSSPEKILSPFSQKYQACRANLQSTSRLTLFSEMVYSQELHLPEG
VEIISIKPSAGHLSSSSIYPACSAPYLLATSCSDEKVRFWRCRVTDGESATSKNGKIDLA
YIWEEWPLLIEDGLQSNSSITVPGRPVEVSCAHTNRLAVAYKQPASNSRSSQDFVMHVSI
FECESTGGSCWVLEQTIHLDELSTVLDSGISVDSNLVAYNKQDMYLSSKENITSNTKHLV
HLDWMSREDGSHILTVGIGSKLFMYGPLAGKVQDQTGKETLAFPLWESTKVVPLSKFVLL
RSVDLVSSVDGSPPFPVSLSWVRDGILVVGMDCEMHVYCQWQPSSKQEPVITDSYSGSTP
SITSLIKQSNSSSGLHPPKKTLTRSMTSLAQKICGKKTAFDPSVDMEDSGLFEAAHVLSP
TLPQYHPLQLLELMDLGKVRRAKAILSHLVKCIAGEVVALNEAESNHERRLRSLTISASG
STTRDPQAFNKAENTDYTEIDSVPPLPLYALLAADDDSCYSSLEKSSNESTLSKSNQLSK
ESYDELFQTQLLMTDTHMLETDEENTKPRVIDLSQYSPTYFGPEHAQVLSGHLLHSSLPG
LSRMEQMSLMALADTIATTSTDIGESRDRSQGGETLDECGLKFLLAVRLHTFLTTSLPAY
RAQLLHQGLSTSHFAWAFHSVAEEELLNMLPAMQKDDPTWSELRAMGVGWWVRNTRILRK
CIEKVAKAAFYRKNDPLDAAIFYLAMKKKAVIWGLYRAEKNTRMTQFFGHNFEDERWRKA
ALKNAFSLLGKQRFEHSAAFFLLAGCLRDAIEVCLEKLNDIQLALVIARLYESEFDTSAA
YKSILRKKVLGIDSPVSELCSLNINMHHDPFLRSMAYWILEDYSGALETLIKQPIRENDD
QVLSASNPTVFNFYNYLRTHPLLLRRHFGSSDTFSTHMSLTGKSGLAGTINLSERRLFFT
TASAHLKAGCPMLALEVLSKMPKVIKKTRPFYRASSFLDTSKDCSPSSPLKLDAREDKSS
AVDWSQSLINGFGSSSEGSSEKQSNSTLSFDWSQPSVVFQDDSLELKWDSDNDEENEDVP
ISMKELKPLQRKTDKKLDDISSNYTESFSTLDENDLLNPSEDIIAVQLKFRACLKILTVE
LRTLSTGYEIDGGKLRYQLYHWLEKEVIALQRTCDFCSDAEELQSAFGRNEDEFGLNEDA
EDLPHQTKVKQLRENFQEKRQWLLKYQSLLRMFLSYCILHGSHGGGLASVRMELILLLQE
SQQETSEPLFSSPLSEQTSVPLLFACTANAKTVVANPLLHLSNLTHDILHAIINFDSPPH
PDIQSNKVYVMHTLAASLSACIYQCLCGSHNYSSFQTNQFTGMVYQTVLLPHRPSLKTGS
LDEALTPNTSPAQWPGITCLIRLLNSSGEEAQSGLTVLLCEILTAVYLSLFIHGLATHSS
NELFRIVAHPLNEKMWSAVFGGGAHVPSKEQTHSKTLPVSSLVEEGEKQNKRFRPSKMSC
RESAPLTPSSAPVSQESLAVKEKFIPPELSIWDYFIAKPFLPSSQSRAEYDSEESLGSDD
DDNDDDDDVLASDFHLQEHSNSNSYSWSLMRLAMVQLVLNNLKTFYPFAGHDLAELPVSS
PLCHAVLKTLQCWEQVLLRRLEIHGGPPQNYIASHTAEESLSAGPAILRHKALLEPTNTP
FKSKHHLALSVKRLWQYLVKQEEIQETFIKNIFTKKRCLNEIEADLGYPGGKARIIHKES
DIITAFAVNKANRNCIAIASSHDVQELDVSGILATQVYTWVDDDIEVETKGSEDFLVIHA
RDDLTAVQGTTPYTHSNPGTPINMPWLGSTQTGRGASVMIKKAINNVRRMTSHPTLPYYL
TGAQDGSVRMFEWGHSQQITCFRSGGNSRVTRMRFNYQGNKFGIVDADGYLSLYQTNWKC
CPVTGSMPKPYLTWQCHNKTANDFVFVSSSSLIATAGLSTDNRNVCLWDTLVAPANSLVH
AFTCHDSGATVLAYAPKHQLLISGGRKGFTYVFDLCQRQQRQLFQSHDSPVKAVAVDPTE
EYFVTGSAEGNIKIWSLSTFGLLHTFVSEHARQSIFRNIGTGVMQIETGPANHIFSCGAD
GTMKMRILPDQFSPLNEVLKNDVKFML
NT seq 9084 nt   +upstreamnt  +downstreamnt
atgaacctgcaccaggtgctgaccggggctgtgaaccctggcgaccactgcttctccgtg
ggcagcattggcgaccagcgcttcacggcttatgcatctggatgtgacattgtaatactg
ggaagcgattttgaaagattacagataatcccaggagctaaacatggaaatattcaagtg
ggatgtgtagactgttcaatgcaacaaggcaagattgcagcgtcttatggaaatgttatc
tccatttttgaaccagttaacctaccaaaacaaaagaaaaatttggaattatatagtcag
tggcagaaaagtggccaattttttctggaatcaatagcacacaatataacctgggatccc
acaggcagtcgtcttttaactggttccagctatttgcaactctggtccaatactaacttg
gagaagccaactgaagatgaaaatttaaataaaacagatcttaactttggagattggaaa
tgcatttggcattgcaaaactgcttcccaagttcatttaatgaaattttcaccagatgga
gaattttttgccactgctgggaaggatgactgtcttttgaaggtttggtataatgtagaa
aactggcggacagctgttacttctccagatggaagttcagaaaaacaatcccaaggagaa
attgacttttcttttgtgtatctggcccatcctcgagcagtaaatggattttcctggcgt
aaaacaagcaaatatatgcctagggcttctgtatgtaatgtactgttgacttgctgcaaa
gataatgtgtgtcgtctttgggtagagacatttttaccaaatgattgtttgctatacgga
ggtgactgcagccattggactgaatcaattaatttaacaaataacttcaagagaaatgct
tccagtaaagaacgagttcaaaatgctttagaagtaaatctgagacattttcgtagaggt
cggaggagatcacttgctcttgtagcacatacgggatatctaccacatcagcaggatcct
catcatgttcacaggaacactccactgcatgccaatgcactttgccactttcatattgca
gccagcatcaacccagccacagacattccacttcttccatctattacatctctgagtcta
aatgaaaatgaagagaagaccggaccttttgttgtacactggctaaacaataaagaactg
cattttactttgtccatggaagtttttttacagcaacttagaaaaagttttgaacaacca
tcttctgaggccagtgtagaagattctaatcaggcagatgtaaaatctgatgaagaaact
gatgatggtgttgatgatctgaaaataaatcccgaaaagaaggaattaggctgtgataaa
atggtaccaaactcaagttttacatcattatcgtcagctgccattgatcatcagattgaa
gtacttctgtctgaatggagtaaaaatgcagatatgctatttagtattcatcccatggat
ggttctttgctagtttggcatgtggattggctggatgaataccagcctggtatgtttcgt
caagtacaggtgtcctttgtttccagaattccagtagctttccccacaggtgatgcaaac
tctctctgtaaaagcataatgatgtatgcctgtaccaagaatgttgacttggctattcag
caggggaaacaaaaaccttctggcctcacccgttccacatcaatgcttatttcttctggt
cacaataaatcatctaatagtttaaaattaagtatttttacgcctaatgttatgatgata
tcaaaacatgctgatggttctctgaatcagtggctggtcagttttgccgaggaatctgct
ttttctactgttctcagtatttcccacaaatccagatattgtggtcatcgttttcatctt
aatgatttagcttgccactcagtattaccattattgctgacaacatcacaccataatgca
ttaaggacaccagatgttgataacccagagcaaccttttgatgctctaaatattgaagaa
tgctctttgacacaacaaaataaaagcactgttgacgtggcatttcaggatcccagtgca
gtttacagtgagcttattctgtggagggttgacccagttgggccattgtctttttctgga
ggagtttctgagcttgcccggattaattctcttcatgtttctgccttttccaatgtggca
tggctgcccactcttatacccagttattgtctgggtgcatactgcaactctcctagtgca
tgctttgtagccagtgatggacaatatctgagattatatgaagcagttattgatgctaag
aaacttttatctgagctttctaaccctgaaatttctaaatatgttggtgaagtctttaac
atcgtcagtcaacaatcaacagccaggccaggatgcattattgcattagatcccattacc
aaacttcatggcagaaaaacccaactgcttcatgtttttgaagaagacttcattttgaat
aaccttgagaagaaaagccttggcaaagacagcattttatctaatgcaggcagctcacct
aatggattttctgagaagttctacctaattgtaatagaatgcactcaagacaaccgttca
ctgttacacatgtggaatttacatctaaagtcaattcctgtctcattagatgaaaaagta
gatacaaaattatccgaagcggtttggcagccagaagaacattattcttcttctccagag
aagatcctatctcctttttcacaaaagtatcaggcttgcagagcaaatctccagagtacc
agcaggttgactctgttttcagaaatggtttatagccaagaattgcatttaccagaagga
gttgagataataagtattaagccatcagcaggacatctgagttcatcttctatatatcct
gcatgcagtgctccttatttattggcaacttcatgttcagatgagaaagtaagattctgg
agatgcagagtaacagatggagaatctgccacgtcaaagaatggaaaaattgatcttgca
tacatttgggaagaatggccattacttattgaagatggacttcagagcaatagtagtata
actgtacctggtaggcctgtagaagttagctgtgcacatacaaatcgtttagcagtagct
tataagcagcctgcatctaatagtagatcttcccaggactttgtgatgcatgtaagtatt
tttgaatgtgagtcaacaggaggttcatgttgggtccttgagcagacaattcatttagat
gagttaagcacagtattggattctggcattagtgttgatagcaatttagtggcctataat
aaacaagacatgtatttatctagtaaagagaatatcacatcaaacacaaagcatttagtt
cacttagattggatgtctagagaagacggttctcatatcctgactgtaggaattggatca
aaactttttatgtatggacccctggctggcaaggtacaagaccaaactggtaaggaaacc
ctggcatttcctctctgggagagtaccaaagttgtgcccctttctaaatttgtactatta
cgaagtgtggacctagtttcttctgtagatggctccccaccttttcctgtttctttatcg
tgggtccgggatggcatccttgtggtaggaatggactgtgaaatgcatgtgtattgccaa
tggcaaccatcttctaaacaagaacctgttataacagattcgtacagtgggagcactcca
tctataacaagtttaataaaacagagtaactccagttctgggttacatcctccaaagaaa
actctgactcgatccatgaccagtcttgcacagaaaatctgtggaaagaaaactgcattc
gatccttcagtggatatggaagattcaggtctttttgaagcagctcatgtactttccccg
actctacctcagtatcatcccttgcagcttttggaactcatggatcttggtaaagttcgg
agagccaaggccatcttgtcccatcttgttaagtgcattgctggggaagttgtggctctg
aatgaagctgaatctaatcatgaacgccgccttaggtctctcacaatcagtgctagtgga
agcactaccagagacccccaggcattcaacaaggctgaaaatacagattacacagaaata
gattctgttcctccacttcctttatatgccttacttgcagcagatgatgatagctgttac
tcatctttggagaaatctagtaatgagagtacgttaagtaaatcaaaccaattatctaaa
gaaagttatgatgagctttttcagactcaacttctaatgactgatactcatatgttagag
acagatgaagaaaatacaaagcctagagttattgacctttcacagtacagtccgacttac
tttggacctgagcatgctcaggttctttctggccacttacttcattctagtttaccagga
ctcagccggatggagcagatgtctttgatggccttagcagatacaattgcaactacaagc
actgatattggagaaagccgagacagaagccaaggtggagaaactcttgatgaatgtggg
ttaaaatttcttttggctgttcgactccatacctttcttacaacttcccttccagcctat
cgagctcaactccttcaccaaggcctgtctacaagtcattttgcttgggcatttcactca
gtagcagaagaagaactgctgaacatgttgccagccatgcagaaagatgatcccacttgg
tctgaactaagagctatgggtgtggggtggtgggtccggaatacccgcatcttacgcaaa
tgcatagaaaaagtagctaaagcagccttttatagaaagaatgatcctttagatgctgcc
attttttaccttgcaatgaaaaagaaagctgtgatttggggattatatagagctgaaaaa
aacaccaggatgacacagttttttggacacaattttgaggatgagaggtggcgtaaagca
gctttaaagaatgctttttctttgctaggcaaacaaagatttgaacattctgcagcattt
tttcttttagctggttgcctcagagatgcaattgaggtatgtcttgagaaattgaatgac
attcagttggctcttgtaatagcaagactctatgagtctgaatttgatacatctgcagca
tataaatctattttacgtaaaaaagttttgggaatcgattctcctgtcagtgaactgtgt
tcattgaacataaatatgcatcatgatccttttcttcggagcatggcatattggattttg
gaagattatagtggtgctctggaaacattaataaagcaacctatcagagagaatgatgat
caagttttatcagccagtaatcctacagtttttaatttctacaattatctaagaacacat
cctcttttgctgagacgtcattttggatcatctgatacattttccacacatatgagccta
acaggaaaaagtggactggcaggaacaattaatttaagtgaaagacgtttattttttacc
actgccagtgctcatttaaaagctggctgcccaatgttggctttggaagtattatcaaag
atgcctaaagtcatcaagaaaacaagacctttttatagggcttctagttttctggatact
agtaaagactgttctccttcttctccattaaagttggatgcaagggaagataagtcttct
gctgttgattggtcacagtcactgataaatggttttggatcttcttcagagggttcctca
gagaagcaatcaaactccactctttcttttgactggagccaaccaagtgttgtgtttcag
gatgactctttagagttaaaatgggacagtgataatgatgaagaaaatgaggatgtccct
atttcaatgaaagaactaaaacctttacagagaaaaacagataaaaagttggatgacata
agttctaactacacagaatctttcagcacactagatgaaaatgaccttttaaatccatca
gaagatataattgcagttcagttaaaatttagagcatgtttaaagattctcacagtagaa
cttcgtactttatctactggctatgaaatagatggtggaaaattgcgttaccaactatac
cactggcttgaaaaagaggtgatagctcttcagaggacttgtgacttttgctcagatgct
gaagaactacagtctgcatttggcagaaatgaagatgaatttggattaaatgaggatgct
gaagatttgcctcaccaaacaaaagtgaaacaactgagagaaaattttcaggaaaaaaga
cagtggctcttgaagtatcagtcacttttgagaatgtttcttagttactgcatacttcat
ggatcccatggtgggggtcttgcatctgtaagaatggaattgattttgcttttgcaagaa
tctcagcaggaaacatcagaaccactattttctagccctctgtcagagcaaacctcagtg
cctctcctctttgcttgtacagccaatgccaaaacagtagttgccaatccattattgcac
cttagtaatctgacacatgatattctccatgccataataaactttgattcaccaccccac
cctgatatccaaagcaataaagtgtatgtaatgcatactttagcagcttcactttctgct
tgtatttatcagtgcctttgtggtagtcataactacagttcatttcagacgaatcagttt
actggaatggtatatcagacagtactgcttcctcatcgaccttctttgaaaacaggaagc
ttagatgaagcattaactcccaatacgtcaccagctcaatggccaggaataacttgtcta
attcgacttttgaattcttctggcgaggaagcccagtcagggcttacagtcttgctctgt
gagattctcacagcagtgtatcttagtctcttcatccatggcctggccacacattcaagt
aatgagctatttcggattgtggcccatcctctaaatgagaaaatgtggtctgctgtgttt
ggtggaggtgcacatgttcctagcaaagaacagacacattcaaaaactttacctgtttct
tcactagttgaagaaggagaaaaacagaacaaacgttttaggccgtcaaaaatgtcttgc
agagaatctgccccactgaccccttcctcggcaccagtaagccaggagtcactggcggtt
aaagaaaagttcatcccacctgagctcagtatctgggactatttcatagctaagcctttt
ctaccctcttctcaaagtagagccgaatatgattcagaggagagtctgggaagtgatgat
gatgacaatgatgatgatgatgatgttttagcatcagatttccatctccaggaacattct
aattcaaattcatatagttggtccttgatgcggttggcgatggtgcaattggtgctcaac
aatttgaagactttttatcccttcgcaggtcatgatcttgcagagcttccagttagttca
cctctttgtcatgcggttctaaaaactcttcaatgttgggaacaagttcttctccgacga
cttgaaatccatggtgggccacctcaaaattatatcgcaagtcataccgccgaagagagt
ttgtctgcaggtcctgcaattcttcgccacaaagctttactggaacctacaaacactcct
ttcaaatccaaacaccatctggcactgtctgtgaagaggctttggcagtatttggtgaag
caggaagaaattcaggaaacctttatcaaaaatatattcacaaagaaacggtgtctaaat
gagatagaagcagatttgggatatcctggaggtaaagcaagaattattcataaggaatct
gatatcattactgcgtttgctgttaataaggcaaatagaaactgcatagcaatcgcttcc
agtcatgatgttcaagaactggatgtttctggaattctggccacacaggtctacacttgg
gtagatgatgatatagaagtggaaaccaaaggatcagaagatttcttggttatacatgct
cgtgatgatttaacagctgttcaaggtacaactccatatacacatagcaatcctggcact
ccaatcaacatgccatggcttggtagtacacagactggcagaggagcatctgtgatgatt
aagaaagccattaataatgttagaagaatgacttctcatccaactcttccttactatctg
acaggagctcaagatggaagtgtcagaatgtttgaatggggccattctcaacaaataacc
tgttttcgatctggtggcaattcaagagttacaagaatgagatttaactatcagggaaat
aagtttggaatagttgatgctgatggatatttaagtttgtatcaaacaaactggaaatgt
tgtccagttactggaagcatgcctaagccatacctgacttggcagtgtcataacaaaaca
gccaatgattttgtcttcgttagttcctcctctctgatagctacagctggtctttcaact
gacaatagaaacgtatgtttgtgggatactcttgtagcacctgccaatagtttagtccat
gcatttacctgccatgacagtggagccacagttttagcatatgctccaaaacatcagcta
ctaatatcaggtggcagaaaaggttttacatatgtatttgacctttgtcaacgacaacag
aggcagcttttccagagccatgattctcctgttaaagccgttgctgttgatccaactgaa
gagtactttgttacaggatctgccgaaggcaatataaagatttggagtctctctaccttt
ggtcttctccatacttttgtcagtgaacatgctcggcagtccatttttagaaatattgga
actggagtgatgcaaattgagacagggcctgcaaatcacattttctcctgtggagctgat
ggaacaatgaaaatgagaatactgccagatcagtttagccctttaaatgaagtgttgaaa
aatgatgtgaaatttatgctataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (42)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (39)   
DNA sequence (65)   
   RefSeq(nuc) (43)   
   GenBank (11)   
   EMBL (11)   
Protein domain (3)   
   Pfam (3)   
All databases (143)   

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