KEGG   Trichoplax adhaerens (placozoan): TRIADDRAFT_10137
Entry
TRIADDRAFT_10137  CDS       T01069                                 
Name
(RefSeq) hypothetical protein
  KO
K05641  ATP-binding cassette, subfamily A (ABC1), member 1
Organism
tad  Trichoplax adhaerens (placozoan)
Pathway
tad02010  ABC transporters
tad04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:tad00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    TRIADDRAFT_10137
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    TRIADDRAFT_10137
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:tad02000]
    TRIADDRAFT_10137
Transporters [BR:tad02000]
 ABC transporters, eukaryotic type
  ABCA (ABC1) subfamily
   ABCA1, 2, 3, 4, 7, 12, 13 subgroups
    TRIADDRAFT_10137
SSDB
Motif
Pfam: ABC2_membrane_3 ABC_tran AAA_21 DUF4162 AAA_23 MukB
Other DBs
NCBI-GeneID: 6756131
NCBI-ProteinID: XP_002114918
JGI: 10137
UniProt: B3S407
AA seq 1624 aa
GIVFMNLNNGYIPRHVKYKLRQDVDFTPDTYNVRRGFWLPGPTGNQQYYQGLFVVLQDAI
ERAIMENIINVSADAPGVYLQQFPYPCYIRDLFASAIGGILPLFMTLSWIYTAAMIVKAV
VHEKELRLKEVMKMMGLDNGVHWAAWFIQCFIIMLLTVFFLTLILRFGRIFMHSNPVIIF
LFFMVFSLSTIMLCFLMSVFFTRANVAAACGGIIFFLSYFPSILVILYESVMTSGQKGIA
CLSSTTAFALGCNYIAQYEQQGVGIQWSNVRSSPVTEDTFSFSATCGMMIIDTIIYAILT
WYLENVFPGQYGVPRRWYFPFQSSYWFSKPKTDGHIVTTRNHPPPLVEEEPTHLKLGVSI
QNLVKIYKTGNKLAVDELNLNLYEDQITSFLGHNGAGKTTTMSILTGLFPPTSGTAHIYG
KNITEDMDSIRESLGLCPQHNVLFENLTVEEHLWFYARLKGLSSAEVNDEVNRMIDDIGL
RNKRHDLSSSLSGGMKRKLSVGIAFIGGSKTVILDEPTAGVDPYARRGIWDLVLKYRKGK
TILLSTHFMDEADLLGDRIAIISRGKLRCCGSSLFLKTKLGSGYYLTLVKDTDSQRSAKE
TCLGVDNVDAATVDTPAVDVNQVSRFISGYIPEAKLAESYGSEITYILPQESARSGVFHN
FFSSLDRHLKTLRINSYGLSDTTLEEIFLKVADETGVDQADGRIPRRRSSRKMLFWKRKR
PANSAQNSATNSQDTKSGKDVTDSVDAGVDPASKITKLTGWRLKLHHFQALFRKRYQYAR
RNKKGFVSAVIVPVIFICIAMLFAMASIDESITYSRKLTPEMFTQPLYTFSSLMKNPIAD
SRKALNSLFSSGIGDTCMGSNHNCTKPYKVTSTRIYYLDTSISLYFPQSKNSSVRPCSCR
TGSIVCPTNAEGKSPPRYVLYQQNYMINLTDKNVSDYLMKVRNRFVLKIYGGFSFGEIDP
NSPNIATPSSGSILLRRLSVRNVVRAWYNNKGYHAMPTYLNAMNNAILRSKLRPQDGDSR
KYGITAYNHPMNLTRAQLVKEAIRRSYRDLLIAVSVIFALSFIPASFVLFLINERSSKAK
HLQFVSGVHPVMYWLSNYAWDMVNYLFSMVCILIIFLAFNDKAFTSSENFPALLMLLFLY
GWSIIPMMYPSSYVFSVPSTAYVALVCINIFIGINGTIATFILELFENDADLKTINNIIK
QVFLIFPNYCMGRGIMDLAKNQLMADVFSRFGENNFKNPFGWELVGRNLFAMAIEGVAFF
ILVLLMEYRFFIKQRKLTPPNRFDEVEDEDVAEERRRVLSAEANDGILRLENLTKVYRTR
RKKLIAVDRLCVSIPQGQCFGLLGINGAGKTTTFKMLTGDIDVTKGDAFVDGHSILSETD
SVRQRIGYCPQFDAILDLLTGREHLMFFARLRGIPESEVAKIADWGIKKLGLIQYGDRLA
GTYSGGNKRKLSTAISLVGNPPIIFLDEPTTGMDPKARRFLWDMINNIVRDGRSVVLTSH
SMEECEALCTRIAIMVNGKFKCIGSIQHLKNKFGSGYTVQIRVKGSQANLEPLASYVSKT
FSNVVLVERHHNQLQYHFPENIELAKLFDKLDNVREKLEIDDYSVSQTTLDEIFIGFAKQ
QRDD
NT seq 4872 nt   +upstreamnt  +downstreamnt
ggcattgtatttatgaacctgaacaacggctatataccacggcatgtcaagtataaactt
cggcaagatgttgacttcacaccggacacgtacaatgtgcgacgaggattctggttaccg
ggtccaacgggaaatcaacaatactatcaaggtctatttgttgtcttacaagacgcaatt
gaaagggctattatggaaaatatcattaatgtatctgctgatgcacctggtgtttatcta
caacagtttccttacccatgctatattcgggacttatttgcaagtgcaatcggaggtatt
cttccactttttatgactttatcttggatatacacagcagcgatgattgtgaaagctgta
gttcatgaaaaggaactccgccttaaagaagtgatgaaaatgatgggtcttgataatggt
gtccattgggcagcttggtttattcaatgtttcattatcatgcttcttacagtgtttttc
ttaactctaatccttcgttttggaagaatatttatgcacagcaacccagtaataatcttt
ctattcttcatggttttttcgttgtcgacaataatgctatgtttccttatgagtgtcttt
tttacacgagcgaatgtcgctgctgcttgtggtgggattatctttttcctatcctacttt
ccttccattctcgttattttgtatgaatcagttatgacctctggacaaaaagggatcgca
tgtttgtcgtcaacgactgcttttgcattaggttgtaattatattgcacaatatgagcag
caaggtgtcggtatccagtggtctaacgttcgatcaagtcctgttaccgaagatacattt
agtttctctgctacctgtggaatgatgataattgacactatcatatatgcaattttgacg
tggtatttagaaaacgtttttccaggtcaatatggtgttccaagaaggtggtactttcct
tttcaatcttcatattggttttctaagcctaaaactgacggtcatatcgttacaacacgc
aaccaccccccacctctcgttgaagaagaaccaacgcatttaaaattgggtgtttcaatc
cagaatttagtgaagatttacaagaccggtaataaacttgctgtggacgagttaaattta
aacttatacgaagatcaaataaccagtttccttggtcataatggtgcaggaaagacgaca
acaatgtcgatactcactggtctctttcctccaacatctggaacggcgcatatatacgga
aagaacatcactgaagatatggattctattcgtgaaagccttggattatgccctcaacat
aacgtattatttgagaacttgactgttgaagaacatttatggttttacgcacgccttaaa
ggcctatctagcgcagaggttaacgatgaagttaatcggatgatcgacgatattggctta
aggaataaacggcatgatctgtcgtctagcctatctggtggcatgaagaggaaactatcg
gtcggtattgcatttatcggtggctcgaagactgtaattcttgatgaacctactgctgga
gtcgatccttatgctcgccgtggaatttgggatcttgtgctaaaatatcgtaaaggaaag
accattcttttatcgacgcattttatggacgaagctgatcttttaggagatcggattgcg
atcatttctcgtgggaaattgcgttgttgtggttcatctttatttttgaaaactaagctt
ggaagtggttattacttaacactggtgaaagataccgattcgcaacgatccgctaaagaa
acttgcctcggtgtggataacgttgatgctgctaccgttgatactcccgccgttgatgtc
aaccaagtgtcaagatttattagtggatacatcccggaagctaaactcgcagaaagttat
ggaagtgaaattacatatattctaccgcaggaaagcgctagaagtggcgtttttcacaac
ttttttagtagcttagaccggcatttaaaaactctaaggattaatagttatggcctgtct
gataccactttagaagagatttttcttaaagttgccgatgaaactggtgttgatcaagct
gatggaagaattcctcgtagaagatcgtcaaggaaaatgctattctggaagcgaaaaagg
ccggcaaattctgcccaaaactctgctacgaattcccaggataccaaatctggaaaagat
gtcacagattcagttgatgctggtgttgatccagcctccaaaattaccaaattaactgga
tggcgtctaaaattacatcactttcaagcattatttagaaaacgttatcagtatgcaagg
cgaaacaagaagggctttgtatctgcagttattgttcctgtaatatttatttgtattgca
atgctcttcgccatggctagcatagatgaaagcattacgtacagccgaaaattaacccca
gaaatgttcacgcagcctttgtatacgttttcttctctgatgaaaaatcctattgctgat
tctagaaaagccttaaattcattgttctctagcggaattggggatacatgcatgggatca
aaccataactgcactaagccatataaagtaacctccactcgaatttattatttagacact
tcaatatccctgtattttccacaatccaaaaattcctccgtacgtccatgcagctgcaga
actggcagcatagtctgccctactaatgctgaaggaaaatcgcctcctcgttacgtgtta
taccagcaaaactatatgataaatctaacggacaaaaatgtatctgattatttgatgaaa
gttaggaatcgttttgtgctgaaaatttacggtggctttagttttggtgaaatcgatccg
aattctccaaatatcgcaaccccttctagtggtagtattcttttaagaagattatcagtg
agaaatgttgtacgggcgtggtataataacaaaggatatcatgcaatgcctacatattta
aacgcgatgaataatgcaattttaaggtctaaattaaggcctcaagatggagactcacgt
aaatatggtattactgcatataatcatcccatgaatttaacgcgtgctcaattagttaag
gaagcgataagacgaagctaccgtgacttacttattgcagtatcagtgatatttgcattg
tcgttcattccagctagttttgtactcttcctgattaatgagagatcgtctaaagccaag
catttgcaattcgttagcggcgtccatcccgttatgtactggttatcaaactacgcttgg
gatatggttaactacttattttcgatggtctgcattctaattatatttttggctttcaat
gataaggcatttactagtagcgagaatttcccggccttgttaatgctattgtttctctat
ggctggtcaattataccaatgatgtatccgtcatcctacgtctttagtgttccgagtaca
gcttacgtggcattagtctgtattaatatctttattggcataaatggtaccattgcaaca
ttcattttagaactatttgagaatgacgcagacttaaaaacaataaataatattataaag
caagtctttcttattttcccgaattattgcatgggacgtggaattatggatctggcgaaa
aaccaattaatggctgatgtctttagtcgctttggagaaaataatttcaaaaatccgttc
ggatgggaattagttggacgtaacttgttcgccatggcaatcgaaggagttgcattcttt
atcctcgttttattgatggaatatcgtttctttatcaagcaaaggaaattaacgccgcca
aatcgttttgatgaagttgaagatgaagatgttgctgaggaaagaagaagggttctctcc
gctgaagcaaacgatggaattttgagattagaaaatttgacaaaggtctatcgaactcgt
aggaagaagcttatagcagtggatcgtctatgtgtgtcaattccacaaggccaatgcttc
ggcttattgggtattaatggagctggaaagaccaccacttttaaaatgttaacaggcgat
attgatgtaacgaaaggtgatgcattcgttgatggtcacagtatattaagcgaaactgac
agtgtgcgacagcgaattggatactgtcctcagtttgatgcaattttagatttattaact
ggcagggaacatttaatgttctttgctcgattacgtggtattcccgaatcggaagtcgca
aagattgcagattggggtataaagaagcttggattaatacagtacggggatcgattagcc
ggcacctatagtggtggcaacaaacgtaaactgtctacagcaatctctttagtaggaaat
ccacccatcatctttttggatgagcccacaactggtatggatcctaaagctcgtcgcttt
ttgtgggatatgataaataatattgtacgggatggtcgatcggtagttcttacatcacac
agtatggaagagtgtgaagctctttgtacaagaattgcaattatggtcaacggaaagttt
aaatgtattggaagcatccaacatctgaaaaacaaatttggtagtggttacaccgttcaa
attcgagttaagggttcgcaagctaatctcgaaccattagcatcctatgtttcgaaaacg
ttctctaatgtagttcttgtggaacggcaccacaaccaacttcagtatcacttcccggaa
aatatagaattagcgaagctgtttgataagttggataatgttagagaaaaactggaaata
gatgactactcagtttctcagaccactcttgatgagatctttatcggcttcgcgaagcaa
cagcgcgacgac

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (156)   
   KEGG ORTHOLOGY (1)   
   RefGene (151)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (170)   

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