KEGG   Homo sapiens (human): 23461
Entry
23461             CDS       T01001                                 
Symbol
ABCA5, ABC13, EST90625, HTC3
Name
(RefSeq) ATP binding cassette subfamily A member 5
  KO
K05648  ATP-binding cassette, subfamily A (ABC1), member 5
Organism
hsa  Homo sapiens (human)
Pathway
hsa02010  ABC transporters
Disease
H02417  Gingival fibromatosis with hypertrichosis
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    23461 (ABCA5)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:hsa02000]
    23461 (ABCA5)
Transporters [BR:hsa02000]
 ABC transporters, eukaryotic type
  ABCA (ABC1) subfamily
   ABCA5, 6, 8, 9, 10 subgroups
    23461 (ABCA5)
SSDB
Motif
Pfam: ABC_tran ABC2_membrane_3 AAA_21 RsgA_GTPase AAA_29 AAA_23 AAA_16 Rad17
Other DBs
NCBI-GeneID: 23461
NCBI-ProteinID: NP_061142
OMIM: 612503
HGNC: 35
Ensembl: ENSG00000154265
UniProt: Q8WWZ7
Position
17:complement(69244311..69327133)
AA seq 1642 aa
MSTAIREVGVWRQTRTLLLKNYLIKCRTKKSSVQEILFPLFFLFWLILISMMHPNKKYEE
VPNIELNPMDKFTLSNLILGYTPVTNITSSIMQKVSTDHLPDVIITEEYTNEKEMLTSSL
SKPSNFVGVVFKDSMSYELRFFPDMIPVSSIYMDSRAGCSKSCEAAQYWSSGFTVLQASI
DAAIIQLKTNVSLWKELESTKAVIMGETAVVEIDTFPRGVILIYLVIAFSPFGYFLAIHI
VAEKEKKIKEFLKIMGLHDTAFWLSWVLLYTSLIFLMSLLMAVIATASLLFPQSSSIVIF
LLFFLYGLSSVFFALMLTPLFKKSKHVGIVEFFVTVAFGFIGLMIILIESFPKSLVWLFS
PFCHCTFVIGIAQVMHLEDFNEGASFSNLTAGPYPLIITIIMLTLNSIFYVLLAVYLDQV
IPGEFGLRRSSLYFLKPSYWSKSKRNYEELSEGNVNGNISFSEIIEPVSSEFVGKEAIRI
SGIQKTYRKKGENVEALRNLSFDIYEGQITALLGHSGTGKSTLMNILCGLCPPSDGFASI
YGHRVSEIDEMFEARKMIGICPQLDIHFDVLTVEENLSILASIKGIPANNIIQEVQKVLL
DLDMQTIKDNQAKKLSGGQKRKLSLGIAVLGNPKILLLDEPTAGMDPCSRHIVWNLLKYR
KANRVTVFSTHFMDEADILADRKAVISQGMLKCVGSSMFLKSKWGIGYRLSMYIDKYCAT
ESLSSLVKQHIPGATLLQQNDQQLVYSLPFKDMDKFSGLFSALDSHSNLGVISYGVSMTT
LEDVFLKLEVEAEIDQADYSVFTQQPLEEEMDSKSFDEMEQSLLILSETKAALVSTMSLW
KQQMYTIAKFHFFTLKRESKSVRSVLLLLLIFFTVQIFMFLVHHSFKNAVVPIKLVPDLY
FLKPGDKPHKYKTSLLLQNSADSDISDLISFFTSQNIMVTMINDSDYVSVAPHSAALNVM
HSEKDYVFAAVFNSTMVYSLPILVNIISNYYLYHLNVTETIQIWSTPFFQEITDIVFKIE
LYFQAALLGIIVTAMPPYFAMENAENHKIKAYTQLKLSGLLPSAYWIGQAVVDIPLFFII
LILMLGSLLAFHYGLYFYTVKFLAVVFCLIGYVPSVILFTYIASFTFKKILNTKEFWSFI
YSVAALACIAITEITFFMGYTIATILHYAFCIIIPIYPLLGCLISFIKISWKNVRKNVDT
YNPWDRLSVAVISPYLQCVLWIFLLQYYEKKYGGRSIRKDPFFRNLSTKSKNRKLPEPPD
NEDEDEDVKAERLKVKELMGCQCCEEKPSIMVSNLHKEYDDKKDFLLSRKVKKVATKYIS
FCVKKGEILGLLGPNGAGKSTIINILVGDIEPTSGQVFLGDYSSETSEDDDSLKCMGYCP
QINPLWPDTTLQEHFEIYGAVKGMSASDMKEVISRITHALDLKEHLQKTVKKLPAGIKRK
LCFALSMLGNPQITLLDEPSTGMDPKAKQHMWRAIRTAFKNRKRAAILTTHYMEEAEAVC
DRVAIMVSGQLRCIGTVQHLKSKFGKGYFLEIKLKDWIENLEVDRLQREIQYIFPNASRQ
ESFSSILAYKIPKEDVQSLSQSFFKLEEAKHAFAIEEYSFSQATLEQVFVELTKEQEEED
NSCGTLNSTLWWERTQEDRVVF
NT seq 4929 nt   +upstreamnt  +downstreamnt
atgtccactgcaattagggaggtaggagtttggagacagaccagaacacttctactgaag
aattacttaattaaatgcagaaccaaaaagagtagtgttcaggaaattctttttccacta
ttttttttattttggttaatattaattagcatgatgcatccaaataagaaatatgaagaa
gtgcctaatatagaactcaatcctatggacaagtttactctttctaatctaattcttgga
tatactccagtgactaatattacaagcagcatcatgcagaaagtgtctactgatcatcta
cctgatgtcataattactgaagaatatacaaatgaaaaagaaatgttaacatccagtctc
tctaagccgagcaactttgtaggtgtggttttcaaagactccatgtcctatgaacttcgt
ttttttcctgatatgattccagtatcttctatttatatggattcaagagctggctgttca
aaatcatgtgaggctgctcagtactggtcctcaggtttcacagttttacaagcatccata
gatgctgccattatacagttgaagaccaatgtttctctttggaaggagctggagtcaact
aaagctgttattatgggagaaactgctgttgtagaaatagatacctttccccgaggagta
attttaatatacctagttatagcattttcaccttttggatactttttggcaattcatatc
gtagcagaaaaagaaaaaaaaataaaagaatttttaaagataatgggacttcatgatact
gccttttggctttcctgggttcttctatatacaagtttaatttttcttatgtcccttctt
atggcagtcattgcgacagcttctttgttatttcctcaaagtagcagcattgtgatattt
ctgctttttttcctttatggattatcatctgtattttttgctttaatgctgacacctctt
tttaaaaaatcaaaacatgtgggaatagttgaattttttgttactgtggcttttggattt
attggccttatgataatcctcatagaaagttttcccaaatcgttagtgtggcttttcagt
cctttctgtcactgtacttttgtgattggtattgcacaggtcatgcatttagaagatttt
aatgaaggtgcttcattttcaaatttgactgcaggcccatatcctctaattattacaatt
atcatgctcacacttaatagtatattctatgtcctcttggctgtctatcttgatcaagtc
attccaggggaatttggcttacggagatcatctttatattttctgaagccttcatattgg
tcaaagagcaaaagaaattatgaggagttatcagagggcaatgttaatggaaatattagt
tttagtgaaattattgagccagtttcttcagaatttgtaggaaaagaagccataagaatt
agtggtattcagaagacatacagaaagaagggtgaaaatgtggaggctttgagaaatttg
tcatttgacatatatgagggtcagattactgccttacttggccacagtggaacaggaaag
agtacattgatgaatattctttgtggactctgcccaccttctgatgggtttgcatctata
tatggacacagagtctcagaaatagatgaaatgtttgaagcaagaaaaatgattggcatt
tgtccacagttagatatacactttgatgttttgacagtagaagaaaatttatcaattttg
gcttcaatcaaagggataccagccaacaatataatacaagaagtgcagaaggttttacta
gatttagacatgcagactatcaaagataaccaagctaaaaaattaagtggtggtcaaaaa
agaaagctgtcattaggaattgctgttcttgggaacccaaagatactgctgctagatgaa
ccaacagctggaatggacccctgttctcgacatattgtatggaatcttttaaaatacaga
aaagccaatcgggtgacagtgttcagtactcatttcatggatgaagctgacattcttgca
gataggaaagctgtgatatcacaaggaatgctgaaatgtgttggttcttcaatgttcctc
aaaagtaaatgggggatcggctaccgcctgagcatgtacatagacaaatattgtgccaca
gaatctctttcttcactggttaaacaacatatacctggagctactttattacaacagaat
gaccaacaacttgtgtatagcttgcctttcaaggacatggacaaattttcaggtttgttt
tctgccctagacagtcattcaaatttgggtgtcatttcttatggtgtttccatgacgact
ttggaagacgtatttttaaagctagaagttgaagcagaaattgaccaagcagattatagt
gtatttactcagcagccactggaggaagaaatggattcaaaatcttttgatgaaatggaa
cagagcttacttattctttctgaaaccaaggctgctctagtgagcaccatgagcctttgg
aaacaacagatgtatacaatagcaaagtttcatttctttaccttgaaacgtgaaagtaaa
tcagtgagatcagtgttgcttctgcttttaatttttttcacagttcagatttttatgttt
ttggttcatcactcttttaaaaatgctgtggttcccatcaaacttgttccagacttatat
tttctaaaacctggagacaaaccacataaatacaaaacaagtctgcttcttcaaaattct
gctgactcagatatcagtgatcttattagctttttcacaagccagaacataatggtgacg
atgattaatgacagtgactatgtatccgtggctccccatagtgcggctttaaatgtgatg
cattcagaaaaggactatgtttttgcagctgttttcaacagtactatggtttattcttta
cctatattagtgaatatcattagtaactactatctttatcatttaaatgtgactgaaacc
atccagatctggagtaccccattctttcaagaaattactgatatagtttttaaaattgag
ctgtattttcaagcagctttgcttggaatcattgttactgcaatgccaccttactttgcc
atggaaaatgcagagaatcataagatcaaagcttatactcaacttaaactttcaggtctt
ttgccatctgcatattggattggacaagctgttgttgatatccccttattttttatcatt
cttattttgatgctaggaagcttattggcatttcattatggattatatttttatactgta
aagttccttgctgtggttttttgccttattggttatgttccatcagttattctgttcact
tatattgcttctttcacctttaagaaaattttaaataccaaagaattttggtcatttatc
tattctgtggcagcgttggcttgtattgcaatcactgaaataactttctttatgggatac
acaattgcaactattcttcattatgccttttgtatcatcattccaatctatccacttcta
ggttgcctgatttctttcataaagatttcttggaagaatgtacgaaaaaatgtggacacc
tataatccatgggataggctttcagtagctgttatatcgccttacctgcagtgtgtactg
tggattttcctcttacaatactatgagaaaaaatatggaggcagatcaataagaaaagat
ccctttttcagaaacctttcaacgaagtctaaaaataggaagcttccagaaccaccagac
aatgaggatgaagatgaagatgtcaaagctgaaagactaaaggtcaaagagctgatgggt
tgccagtgttgtgaggagaaaccatccattatggtcagcaatttgcataaagaatatgat
gacaagaaagattttcttctttcaagaaaagtaaagaaagtggcaactaaatacatctct
ttctgtgtgaaaaaaggagagatcttaggactattgggtccaaatggtgctggcaaaagc
acaattattaatattctggttggtgatattgaaccaacttcaggccaggtatttttagga
gattattcttcagagacaagtgaagatgatgattcactgaagtgtatgggttactgtcct
cagataaaccctttgtggccagatactacattgcaggaacattttgaaatttatggagct
gtcaaaggaatgagtgcaagtgacatgaaagaagtcataagtcgaataacacatgcactt
gatttaaaagaacatcttcagaagactgtaaagaaactacctgcaggaatcaaacgaaag
ttgtgttttgctctaagtatgctagggaatcctcagattactttgctagatgaaccatct
acaggtatggatcccaaagccaaacagcacatgtggcgagcaattcgaactgcatttaaa
aacagaaagcgggctgctattctgaccactcactatatggaggaggcagaggctgtctgt
gatcgagtagctatcatggtgtctgggcagttaagatgtatcggaacagtacaacatcta
aagagtaaatttggaaaaggctactttttggaaattaaattgaaggactggatagaaaac
ctagaagtagaccgccttcaaagagaaattcagtatattttcccaaatgcaagccgtcag
gaaagtttttcttctattttggcttataaaattcctaaggaagatgttcagtccctttca
caatctttttttaagctggaagaagctaaacatgcttttgccattgaagaatatagcttt
tctcaagcaacattggaacaggtttttgtagaactcactaaagaacaagaggaggaagat
aatagttgtggaactttaaacagcacactttggtgggaacgaacacaagaagatagagta
gtattttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (40)   
   RefSeq(nuc) (2)   
   GenBank (19)   
   EMBL (19)   
Protein domain (8)   
   Pfam (8)   
All databases (87)   

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