KEGG   Panthera tigris altaica (Amur tiger): 102963981
Entry
102963981         CDS       T02988                                 
Symbol
ABCA8
Name
(RefSeq) ATP binding cassette subfamily A member 8
  KO
K05650  ATP-binding cassette, subfamily A (ABC1), member 8
Organism
ptg  Panthera tigris altaica (Amur tiger)
Pathway
ptg02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:ptg00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    102963981 (ABCA8)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:ptg02000]
    102963981 (ABCA8)
Transporters [BR:ptg02000]
 ABC transporters, eukaryotic type
  ABCA (ABC1) subfamily
   ABCA5, 6, 8, 9, 10 subgroups
    102963981 (ABCA8)
SSDB
Motif
Pfam: ABC_tran ABC2_membrane_3 AAA_21 RsgA_GTPase AAA_29 SMC_N AAA_23 MMR_HSR1 Dynamin_N
Other DBs
NCBI-GeneID: 102963981
NCBI-ProteinID: XP_007073497
Position
Un
AA seq 1634 aa
MIKREISVCQQTCALLCKNLLKKWRMKREPLMEWLSSLLLLLFLYEYPIYHEAHDFSSLP
AMDLGPVDSFNDTTFAIAFTPVTNVTQQIMDKVALASFMKGREVLGLSSEEDIQELRTHY
LAEIIQVSFSNTFSYHLKFSLGYRIPTIKEHRDHTGHCFEMGTEEVSCQVSQYWEKGFLA
LQAAINAAIIETTTNHSVMEELMSVTGKNMKIHPFVYQGGVATDFFIFFCIISFSSFIYY
ASINVTRERKKMKGLMRMMGLRDSAFWLSWGLLYAVFIFIMALFLTLVIKSVQFVILTGF
VAIFILFFLYGLSLIALAFLVSVLVKKSFLTGLVVFLLTVFWGSLGFTALYRHLPTSLEW
ILSFLSPFAFTLGMAQLLRLENDLNSNAFPDPSDYSNPIIATNFMLAFDLFLYMALTIYF
EKILPNKYGHQYPPLFFLKSSFWSRQPKADCVALEDEIRSDPSSNDSFEPVSPEFHGKEA
IRIRNVTKEYKGKSGKIEALKGLVLDIYEGQITAILGHSGAGKSTLLNILSGLSVPTKGS
VTIYNNKLSEMADLDNISKLTGICPQSNVHFDFLTVKENLRLFAKIKGIRPHELDKEIQR
VLLELEMKNIQNVLAQNLSGGQKRKLSFAIAILGDPQVFLLDEPTAGLDPFSRHLVWNLL
KEWKADRVVLFSTQFMDEADILADRKVFLSSGKLKCAGSSLFLKKKWGIGYHLSLQLNEM
CVQEKITSLVKQHIPDAKLSAESEGKLVYTLPLERTSKFPALYEDLDRCPGLGIENYGVS
MTTLNEVFLKLEGKSAVDESDIATWGEAPSERAGDTERLVETEQVLSSLNEISQTIGGMA
LWRQQICAIARVRFLKLKHERKALLSLLLILGFGVCPLLTEIITMKVYQQSYAWELSPRL
YFLAPGQQPRDPLTGLLIINKTGASIDDFIHSVEHQNIALEVDTFGTKNAIDDPSYNGAI
IVSGNEKCYRFSLVCNTKRLNCFPVLMDIISNALLGMVKPSAHIQTDRSTFSSESQRNSF
VFWEHTILWAILASSCTPYIAMSSFDDYKNKAQSQLRISGLFPSAYWFGQALVDVPMYSL
ILLLMYLLDYGLNFQESAFVTVNQTIQIPCSIGYAFSLIFLTYVISFIFRKGRKNSGIWS
FSFFMISTFSLFLFMLLDYFGYGVLYYITFLIPQATLIGCMFLFLYQVESSLWTQEPTRA
EPFLVFLIPFLHFIIFLFILRCLEWKFGKTSMRKDPFFRISPRSNNAYQNPEDPEGEDED
VQMERVRTADALNSTNFDERPVIIASCLRKEYAEKRKHCFSKRKKKIATRNVSFCVRKGE
VLGLLGHNGAGKSTSIKVITGDTKPTAGQVLLKGSREEDSLGFLGYCPQENVLWPNLTTK
EHLEVFAAVKGLRKADAAVTITRLVDALKLQDQLKLPVRTLSEGIKRKLCFALSILGNPS
VVLLDEPSTGMDPEGQQHMWQAIRATFKNTERGALLTTHYMAEAEAVCDRVAIMVSGRLR
CIGSIQHLKSKFGKNYLLEMKVKALEQRESLHREILRVFPQAARQESEPQRKPQRSYLLD
TQEPKLEKRRAGVKSEGLSAKCPVLSSSCIILLHPPRDLPRKTPFFHFSWDGFKRACESL
ATTRTLMSGTDCYL
NT seq 4905 nt   +upstreamnt  +downstreamnt
atgattaagagggagataagtgtgtgtcaacaaacatgcgcattattatgcaagaacctt
cttaaaaaatggagaatgaagagagagcccttaatggaatggctaagctcattgctccta
ctgctttttttgtatgaatatcctatttatcatgaagctcatgatttttcttcactgccc
gccatggacctgggaccggtagattcattcaatgatactacatttgctattgcattcaca
ccggtcaccaacgtaacccagcagatcatggacaaagtagccttagcctccttcatgaaa
ggtagagaagtcttgggactgtccagtgaagaagatattcaagaattaaggacacattat
cttgcagaaataatacaagtcagcttttctaatacattctcgtatcatttgaaattctca
ctgggatacagaatcccaacgatcaaggaacacagggaccatacaggtcattgttttgaa
atgggtactgaagaggttagctgccaagtttcacaatactgggaaaaaggttttctggct
cttcaagccgctatcaatgctgctattatagaaaccacaacaaatcattcagtaatggag
gaactgatgtctgtcactggaaaaaatatgaagatacatccttttgtttatcaaggaggt
gttgccactgatttcttcattttcttctgcatcatttccttttcctccttcatttattat
gcatctattaacgttacaagggagaggaagaagatgaagggcttgatgaggatgatgggt
cttcgagattcggccttctggctctcctggggtttactctatgccgtcttcatcttcatt
atggcgcttttcttgacacttgttataaaatctgtccagtttgtcattctgactggcttc
gtggcgatctttatcctttttttcctctatggactgtctctgatagctttggcttttctc
gtgagcgtcttggtaaagaaatctttcctcactggtctggtcgtgttccttcttaccgtc
ttttgggggagtttgggatttacggcattgtacaggcaccttcctacatccttggagtgg
attttaagttttctgagcccctttgccttcacgcttggaatggcccagctcttacgtttg
gagaatgacttgaattctaatgcatttcctgatccatcagactattcaaatccgatcata
gcaacaaatttcatgttggcttttgatcttttcctctatatggcactgacgatttatttt
gagaaaattttgccaaataaatatggacatcaatatccccccttgtttttcctgaagtct
tccttctggtcacggcaaccaaaagctgattgtgtggcccttgaagatgaaatacgttct
gatccttcatctaatgactcttttgagccagtgtctccagaattccatggcaaagaagcc
atcagaatcagaaatgttaccaaagaatataaaggaaagtcgggtaaaatagaggctttg
aagggtctggtattagacatatatgaaggccagatcactgcaatacttggtcacagtgga
gccgggaaatcaacactgttaaacattcttagtgggctatcagttcccaccaaaggttca
gtcaccatttataataataagctttcagaaatggctgacctcgataatatcagcaagctc
actgggatttgtccgcaatccaacgtgcactttgatttcctcaccgtgaaagaaaatctc
aggctgtttgctaaaataaaaggaattcggccgcatgaactggacaaagagatacaaaga
gttttgctggagttggagatgaaaaacatccagaacgtccttgctcaaaacttaagtggc
ggacagaaaagaaaactcagctttgcgattgccattttaggagatcctcaggttttccta
ttggacgaaccaactgcgggactggatcccttttcaaggcaccttgtgtggaacctcctg
aaggagtggaaagcagaccgtgtggtcctctttagtacccagttcatggatgaggctgac
atcctggctgatcggaaagtgtttctctccagcgggaagctgaagtgtgcaggctcttct
ctgttcctcaagaagaaatggggcattggatatcacttaagtttgcagttgaatgaaatg
tgcgttcaggaaaaaataacatcgctggttaaacagcacatccccgatgccaaattatca
gcagaaagtgaaggaaaacttgtctacacattgcccttggaaagaacaagtaaatttcca
gcgctttacgaggatctggataggtgtcctggccttggaatcgagaattacggtgtttcc
atgacaaccttgaacgaagtgttcctgaaactagaaggaaaatcagctgttgatgaatca
gatattgccacgtggggagaagccccgtcagaaagagctggagatacagagaggcttgtt
gagacagagcaagttctcagttcgcttaatgagataagccagaccataggcggaatggct
ctttggagacagcaaatctgtgcgatcgcaagggttcgcttcttgaaattaaagcatgaa
aggaaagctcttttatcactgctcttgattctcggatttggagtttgccctcttctcaca
gagatcatcaccatgaaagtgtatcaacagagctacgcttgggaactctctcctcgtttg
tacttcctggctcctggacaacagccacgtgatcctctcacgggattactgatcatcaac
aaaacaggggcaagcattgatgactttatacattctgtggagcatcaaaacatagctttg
gaagtggatacatttggaactaaaaatgccatagatgacccatcttataatggagccatc
atagtgtctggtaatgaaaagtgttacagattttcattagtatgcaatacaaaaagacta
aattgcttcccagttctcatggatattattagcaatgcactgcttggaatggttaagcca
tcagcacacatccaaactgatagaagtacattttcaagcgagtcacagagaaattcgttt
gtattttgggaacataccatattatgggcgattttggcatcctcttgtactccttatatt
gcaatgagcagcttcgatgattataagaacaaagctcagtcccagctccggatttcaggc
ctcttcccttctgcttactggtttgggcaggcgctggtggatgtcccaatgtactccctg
atcttactgcttatgtatttattagactacggcttaaacttccaagagtctgcgtttgta
actgtaaatcagactatacaaatcccctgttctattggctatgccttctcacttatcttc
ttgacatacgtgatttcgttcatttttcgcaaggggaggaaaaatagtggcatttggtct
ttttccttctttatgatctccaccttctctttgtttttatttatgctattggattacttt
ggatatggtgtgctgtattacatcacctttttaataccacaagccaccttaattggctgc
atgttcttgtttctttatcaagtcgagtcttctctttggactcaagaaccaacaagggca
gagccatttctggtattcttaattcctttccttcattttatcatcttcctttttattctt
cggtgtctggaatggaagttcggaaagacatcaatgaggaaagatcctttctttagaatt
tctccaagaagcaacaacgcgtatcaaaatccagaagatccagaaggggaggatgaagat
gtccaaatggaaagagtgagaacagcagatgccttgaattccacgaactttgatgagaga
ccggtcattattgccagctgtctacgcaaggagtatgcagagaagaggaagcactgcttt
tccaagaggaagaagaaaatcgccacgagaaatgtctctttctgtgttagaaaaggtgag
gttttaggattattaggacacaatggagctggtaaaagtacatccattaaggtgataact
ggagacacaaaaccaactgctggacaggtactactaaaagggagccgtgaagaggactcc
ctgggtttcctagggtactgtcctcaggagaacgtgctgtggcccaacctgaccacgaag
gagcacttggaggtgttcgctgccgtgaaagggctcaggaaagccgatgcggcagtcacc
atcacaaggctggtggatgcactcaagcttcaggaccagctgaagctgcccgtgaggacc
ttatccgagggaataaagaggaagctgtgctttgcgctgagcatcctgggaaacccatcg
gtggtgcttctggacgagccgtccacggggatggaccccgaggggcagcagcacatgtgg
caggcaatccgggccacctttaagaacacggagagaggcgccctcctgacgacccactac
atggcagaggcggaggccgtgtgtgaccgcgtggccatcatggtgtccggaaggctgagg
tgtatcggttccatccaacacctgaagagcaaatttggcaagaattacctgctggagatg
aaagtgaaggccctcgagcaaagggaaagcctccaccgcgaaatcctgagggttttcccc
caggctgctcggcaggaaagtgagccccaaaggaaacctcaaagaagttatttgctggac
acccaagaacctaaattggagaagagaagagctggtgtaaaatcagagggactaagtgct
aagtgcccggtactgtcctcatcttgcattattctacttcatcctccccgagacttgcca
aggaagacaccgtttttccatttttcctgggatggtttcaaaagagcatgtgagagtctg
gccactacaaggaccttaatgagtggaactgattgttacctttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (9)   
   Pfam (9)   
All databases (26)   

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