KEGG   Arabidopsis thaliana (thale cress): AT2G37280
Entry
AT2G37280         CDS       T00041                                 
Symbol
ABCG33
Name
(RefSeq) pleiotropic drug resistance 5
  KO
K08711  ATP-binding cassette, subfamily G (WHITE), member 2, PDR
Organism
ath  Arabidopsis thaliana (thale cress)
Pathway
ath02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:ath00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    AT2G37280 (ABCG33)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:ath02000]
    AT2G37280 (ABCG33)
Transporters [BR:ath02000]
 ABC transporters, eukaryotic type
  ABCG (White) subfamily
   ABCG2, 3 subgroups
    AT2G37280 (ABCG33)
SSDB
Motif
Pfam: ABC2_membrane ABC_tran PDR_assoc ABC2_membrane_7 AAA_21 ABC2_membrane_3 AAA AAA_18 RsgA_GTPase AAA_22 AAA_29 AAA_25 Rad17 AAA_16 AAA_28 AAA_30 AAA_23 ABC_trans_N AAA_33 NACHT nSTAND3 AAA_17 PduV-EutP AAA_5 RuvB_N RNA_helicase NTPase_1 ABC_ATPase AAA_19 DUF2953 ATPase_2 TRCF AAA_11 AAA_7 Mg_chelatase
Other DBs
NCBI-GeneID: 818305
NCBI-ProteinID: NP_181265
TAIR: AT2G37280
UniProt: Q9ZUT8 A0A178VYB7
Position
2:15650169..15656657
AA seq 1413 aa
MGSSFRSSSSRNEHEDGGDEAEHALQWAEIQRLPTFKRLRSSLVDKYGEGTEKGKKVVDV
TKLGAMERHLMIEKLIKHIENDNLKLLKKIRRRMERVGVEFPSIEVRYEHLGVEAACEVV
EGKALPTLWNSLKHVFLDLLKLSGVRTNEANIKILTDVSGIISPGRLTLLLGPPGCGKTT
LLKALSGNLENNLKCYGEISYNGHGLNEVVPQKTSAYISQHDLHIAEMTTRETIDFSARC
QGVGSRTDIMMEVSKREKDGGIIPDPEIDAYMKAISVKGLKRSLQTDYILKILGLDICAE
TLVGNAMKRGISGGQKKRLTTAEMIVGPTKALFMDEITNGLDSSTAFQIIKSLQQVAHIT
NATVFVSLLQPAPESYDLFDDIVLMAEGKIVYHGPRDDVLKFFEECGFQCPERKGVADFL
QEVISKKDQGQYWLHQNLPHSFVSVDTLSKRFKDLEIGRKIEEALSKPYDISKTHKDALS
FNVYSLPKWELFRACISREFLLMKRNYFVYLFKTFQLVLAAIITMTVFIRTRMDIDIIHG
NSYMSCLFFATVVLLVDGIPELSMTVQRLSVFYKQKQLCFYPAWAYAIPATVLKIPLSFF
ESLVWTCLTYYVIGYTPEPYRFFRQFMILFAVHFTSISMFRCIAAIFQTGVAAMTAGSFV
MLITFVFAGFAIPYTDMPGWLKWGFWVNPISYAEIGLSVNEFLAPRWQKMQPTNVTLGRT
ILESRGLNYDDYMYWVSLSALLGLTIIFNTIFTLALSFLKSPTSSRPMISQDKLSELQGT
KDSSVKKNKPLDSSIKTNEDPGKMILPFKPLTITFQDLNYYVDVPVEMKGQGYNEKKLQL
LSEITGAFRPGVLTALMGISGAGKTTLLDVLAGRKTSGYIEGEIRISGFLKVQETFARVS
GYCEQTDIHSPSITVEESLIYSAWLRLVPEINPQTKIRFVKQVLETIELEEIKDALVGVA
GVSGLSTEQRKRLTVAVELVANPSIIFMDEPTTGLDARAAAIVMRAVKNVAETGRTIVCT
IHQPSIHIFEAFDELVLLKRGGRMIYSGPLGQHSSCVIEYFQNIPGVAKIRDKYNPATWM
LEVTSESVETELDMDFAKIYNESDLYKNNSELVKELSKPDHGSSDLHFKRTFAQNWWEQF
KSCLWKMSLSYWRSPSYNLMRIGHTFISSFIFGLLFWNQGKKIDTQQNLFTVLGAIYGLV
LFVGINNCTSALQYFETERNVMYRERFAGMYSAFAYALAQVVTEIPYIFIQSAEFVIVIY
PMIGFYASFSKVFWSLYAMFCNLLCFNYLAMFLISITPNFMVAAILQSLFFTTFNIFAGF
LIPKPQIPKWWVWFYYITPTSWTLNLFFSSQYGDIHQKINAFGETKTVASFLEDYFGFHH
DRLMITAIILIAFPIALATMYAFFVAKLNFQKR
NT seq 4242 nt   +upstreamnt  +downstreamnt
atgggatccagttttaggagcagttcttcaagaaacgagcatgaggatggtggtgatgaa
gcagaacatgctctgcaatgggctgagatccagagattgccaacttttaaacggctgaga
tcgtctctggtcgacaaatatggtgaaggtacggagaaagggaaaaaggttgttgatgtc
accaagcttggagccatggaacgtcatttgatgattgagaagctgatcaaacacattgag
aatgataatctcaaacttctcaagaaaatcagaagaagaatggagagggttggtgtggag
tttccaagcatagaggtgaggtatgagcacttaggtgttgaagcagcgtgtgaggtcgtt
gaagggaaggcacttccaactttatggaactctttgaagcacgttttcttagacttgtta
aagctgagtggtgtaagaacaaacgaagcgaatataaaaatacttaccgatgttagcggt
atcattagcccgggaaggttaacactgttgcttggtcctcctggatgtggcaaaactact
ctgcttaaggctttgtctggaaatttggaaaacaatcttaagtgttatggtgaaatctcc
tacaatggacatggactgaacgaggttgttcctcagaaaacatcggcatatataagtcaa
catgatctgcacattgcagagatgactacaagggagacaattgacttctcagctcgttgt
caaggtgtcggtagccgaacagatattatgatggaggtcagtaaaagagaaaaggatggt
ggaatcattcctgacccagaaatagatgcttacatgaaggcaatatcagtcaaaggactt
aaaaggagtctgcaaacagactacattttgaagattctggggcttgacatttgtgcagaa
acattggttggcaatgcgatgaaaagaggcatatctgggggacaaaagaagcgtcttact
acagctgaaatgatagttggtccaaccaaagctctgttcatggatgaaataacaaacggc
ttagacagttccacagcgtttcagattatcaagtctcttcagcaagtagctcacattacc
aacgcaactgtgtttgtttcccttctacaacctgctccagaatcatatgacctctttgat
gatattgtgctgatggctgaaggaaaaattgtgtaccacggtccacgcgacgatgtcttg
aaattcttcgaagaatgtggttttcaatgcccagaaaggaaaggtgttgcagacttcctc
caggaggttatttctaagaaggaccaaggacagtactggctgcaccagaacttacctcac
agctttgtctcagtagacactttgtcgaagagattcaaagacttagagattgggagaaag
attgaggaagctctctctaagccatatgatatatcaaaaactcacaaggatgctctttcc
ttcaatgtttattctcttccaaagtgggaactattcagagcatgcatctcaagagagttt
cttctcatgaagagaaactatttcgtctaccttttcaagacgtttcagcttgttttagcc
gcaatcatcacaatgacagtgtttattcgaacaaggatggacatagatatcattcatgga
aattcttacatgagttgtctcttttttgcaactgttgtacttctggttgatggtattcca
gagctgtctatgactgttcaacgcctttccgtgttctacaagcagaagcaactctgtttc
tatccagcttgggcttatgcaatccctgcaactgtgttaaagatccccctctccttcttt
gaatctctcgtttggacctgccttacttactatgtcatcggatatactcctgaaccttac
cggttcttccggcaattcatgattctctttgctgttcacttcacatcgatatccatgttt
cggtgtatagctgcaatctttcaaacaggagttgctgcaatgacagctggtagctttgtc
atgttaatcacctttgtatttgccggttttgccatcccatataccgatatgccggggtgg
ttgaagtgggggttttgggtaaaccctataagttatgctgagattggactctctgtaaac
gagtttcttgctccacggtggcagaaaatgcaacccacaaatgtcaccttgggacgcacc
atacttgaaagcagaggactaaactatgatgattacatgtactgggtctcactatctgcc
ttgttgggtcttactattatcttcaacaccattttcactctagctctgagtttcttgaaa
tctcccacgtcatctcgtccaatgatttctcaagataagctctctgagctgcaaggaaca
aaagattcatcagtcaagaagaacaagccactagattcctcaataaagacaaacgaggat
ccagggaaaatgatcttaccttttaagccactgaccataacatttcaagacttgaactat
tacgtcgatgttcctgtggagatgaaaggtcaagggtacaatgagaagaagttgcagctt
ctctcagagatcaccggagcttttaggcctggtgttctaacagcgttgatgggaatcagt
ggagccggaaaaaccactttactcgacgttctagccggaagaaaaacaagcggatacata
gaaggcgagatcagaattagtggtttccttaaagtccaagaaacattcgcaagagtctca
ggctactgtgaacaaacggatatacactcaccaagcatcacagtcgaagaatccctaatt
tactccgcttggctccgtctagttccagaaatcaatcctcaaaccaaaatcagatttgtg
aagcaagttctggagaccatcgagcttgaggagatcaaagatgcgttggtgggagtggcg
ggagtgagcggattatcgacggagcagaggaagcggttaacagtagcggtggagttggtg
gcgaatccgtcgattatattcatggacgagccaacgactgggttggacgcaagagcagcc
gccattgtaatgagagctgtgaagaatgttgctgagactggacgaaccattgtctgcact
attcatcagcctagcatccacatctttgaggccttcgacgagttggttcttctgaagaga
ggtggtcgcatgatttatagcggaccacttggacaacattcatcttgtgtcattgagtat
tttcagaatattcctggagttgctaagatcagagacaagtacaatccagcaacatggatg
ctagaggtgacttcagagtctgtagagactgaactcgacatggatttcgcaaaaatctac
aacgaatcggatctttacaagaacaactccgagcttgttaaagagctgagcaaaccggat
cacgggtcaagcgatttgcatttcaaaagaacttttgcgcagaattggtgggaacagttt
aaatcttgtctatggaagatgagtttgtcttactggagaagcccttcttacaacttgatg
cgtatcggtcacactttcatctcttctttcatctttggtctactcttctggaatcaaggg
aaaaagatagatacgcaacagaatttgttcacagttctcggggcgatttatggtcttgtt
ctcttcgtggggataaacaactgcacttcagctttacagtattttgagacagagcgtaat
gttatgtaccgcgaaagatttgcaggaatgtactctgcgtttgcctatgcattggctcaa
gttgtgactgagataccttacatattcatccaaagtgcagagtttgtgatcgtaatatat
cctatgattggtttctacgcgtctttctctaaagtgttttggagtctctatgcaatgttc
tgcaacttactctgcttcaactacctcgcaatgttcctcatctccatcactccaaacttc
atggtcgcagctattctccagtctcttttcttcacgacattcaacattttcgccggattc
ttgatcccaaaaccccaaatcccaaagtggtgggtctggttttactatataaccccaacc
tcatggacgctcaacctttttttctcgtctcaatatggcgatattcatcaaaagatcaat
gcatttggagaaaccaagacggttgccagtttcttagaggactatttcggattccatcat
gatcgtttgatgattacagccattattctcattgcatttccaattgcattggctactatg
tatgctttctttgttgccaaactcaactttcaaaaacgatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (7)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (35)   
   Pfam (35)   
All databases (85)   

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