KEGG   Arabidopsis thaliana (thale cress): AT5G46070
Entry
AT5G46070         CDS       T00041                                 
Name
(RefSeq) Guanylate-binding family protein
  KO
K20899  guanylate-binding protein 1/3/4/7
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: GBP GBP_C
Other DBs
NCBI-GeneID: 834648
NCBI-ProteinID: NP_199419
TAIR: AT5G46070
UniProt: A0A178U9S9 F4KG14
Position
5:18683319..18688822
AA seq 1082 aa
MRSFFGRGGKDSPADSASPSPRSYPSTSPASSSAVTGPPRPIRLVYCDEKGKFRMDPEAV
ATLQLVKEPIGVVSVCGRARQGKSFILNQLLGRSNGFQVASTHKPCTKGLWLWSSPIKRT
ALDGTEYNLLLLDSEGIDAYDQTGTYSTQIFSLAVLLSSMFVYNQMGGIDEASLDRLSLV
TQMTKHIRVKASGGTSSRSELGQFSPIFVWLLRDFYLDLVEDNRKISPRDYLEIALRPVQ
GSGGDIGAKNEIRDSIRALFPDRECFTLVRPLNNEKDLQRLDQISLEKLRPEFGAGLDAF
TKFVFEKTRPKQLGGTVMTGPILVGITQSYLDALNNGAVPTITSSWQSVEETECRRAYDS
GVEAYMAAFDQSKAPEEGALREEHEEAVRKALAIFNSNAVGNGSARKKFEDLLHKDLKKK
FEDYKKNAFMEADLRCTSTIQRMEKQLRAACHASNANMDNVVKVLEARLAEYEASCHGPG
KWQKLSVFLQQSLEGPIYDLTKRLIDSIAIEKNSLAMKFRSVEDAMKHLKQQLDDSERYK
LEYQKRYDESNNDKKKLEDIYRERITKLQGENSSLNERCSTLVKTVESKKEEIKEWIRNY
DQIVLKQKAVQEQLSSEMEVLRTRSTTSEARVAAAREQAKSAAEETKEWKRKYDYAVGEA
RSALQKAASVQERSGKETQLREDALREEFSITLANKDEEITEKATKLEKAEQSLTVLRSD
LKVAESKLESFEVELASLRLTLSEMTDKLDSANKKALAYEKEANKLEQEKIRMEQKYRSE
FQRFDEVKERCKAAEIEAKRATELADKARTDAVTSQKEKSESQRLAMERLAQIERAERQV
ENLERQKTDLEDELDRLRVSEMEAVSKVTILEARVEEREKEIGSLIKETNAQRAHNVKSL
EKLLDEERKAHIAANRRAEALSLELQAAQAHVDNLQQELAQARLKETALDNKIRAASSSH
GKRSRFEDVVDMDIGEGSDRILRTNKRARSTRGDDHGPTDEGDEDFQSHQDNGEEEEEED
YRKLTVQNLKHELTKYDCGHLLLNRGHQNKKEILALYEAHVLPKKALAREEERKKQREVT
SS
NT seq 3249 nt   +upstreamnt  +downstreamnt
atgaggagttttttcggtagaggagggaaggattcaccggctgattctgcttctccgtca
ccgagatcatacccttcgacgtctccggcgtcttcgtctgctgtgacgggaccaccgaga
cctattcgtttagtgtattgtgatgagaaagggaagtttcgtatggaccctgaagctgtt
gctactttgcaactcgttaaggagccaattggtgttgtttcggtttgtggtagggctcgt
caaggaaagagctttattttgaatcagcttcttggacgcagtaatgggtttcaagtagca
tcaacacacaagccgtgtaccaaggggctttggttgtggagttctcctataaaaagaaca
gctcttgacggaactgaatacaatcttttgttattagatagtgaaggaattgatgcttac
gaccaaactggtacctacagcactcaaatattctcattagctgttcttttgtcaagcatg
ttcgtgtataatcagatgggaggcattgacgaagcttcactggatcgcctttctcttgtc
actcaaatgacaaagcatatccgcgtaaaagcttctggagggacgagctcacgttctgaa
cttgggcaattttctcccatctttgtctggctgttgagggacttttatttggatctagtg
gaagataatcggaagattagcccacgtgactatttagaaattgccttaaggccagttcaa
ggttcgggaggggatattggtgctaaaaacgagatccgagattcaatccgtgctcttttt
ccggacagagagtgctttacccttgtaaggcctctgaacaatgagaaggacctgcagaga
ctggatcaaatttcgttggaaaaattgagacctgaattcggtgctggcctggatgcattt
accaagtttgtttttgagaagacgaggcccaagcaattagggggtactgtgatgactggc
cctattcttgtcggtattacacagtcttatctggatgctttgaataatggtgccgtgcca
acaataacctcatcttggcagagtgtcgaagaaactgagtgtcgaagagcatatgattct
ggtgtagaagcctatatggctgcctttgaccaatcaaaagctccggaagaaggtgcactg
agggaagaacatgaagaagcagttcgaaaagccttggctatatttaactctaatgctgta
gggaatggttcagcaagaaaaaaattcgaggatcttctccacaaggacttaaagaaaaag
tttgaggattacaagaagaacgcttttatggaggcagatttgcgatgtacgagtactatc
cagcgtatggaaaagcagcttagagcagcttgccatgcctctaatgccaatatggataat
gttgtcaaggtcctagaagctcgtttggcagaatatgaggcatcatgccatggcccgggg
aaatggcagaaactttctgtatttttgcaacaaagcttggaaggacctatatatgatctc
accaaaaggcttatagatagcatcgctatagagaagaattcccttgcaatgaaatttcgt
tctgttgaagatgcgatgaaacatttaaaacagcagttggatgatagtgagagatacaag
ttggaataccagaaacgttatgatgaatccaacaatgacaagaagaagctggaagatata
tacagagagcgcataactaaactacagggggagaatagttcgctgaacgagcgatgctct
acgttggttaaaaccgtggaatctaaaaaagaagaaatcaaagaatggattagaaattat
gaccagattgttttgaagcagaaagctgttcaagaacagcttagttctgaaatggaagtc
cttaggacaagaagtactacttctgaagctagggttgctgcagctagagaacaagccaaa
tctgctgcagaagagaccaaggaatggaaaaggaagtatgattatgctgtgggagaggct
agatctgctcttcaaaaggctgcttcagtgcaagaacgttctggcaaggaaacacagttg
agggaagatgctcttagggaggaatttagtatcactttagctaataaggatgaagaaatt
acggagaaggctacaaaacttgagaaggcagagcaatctctaacggttctaagatcagat
ttgaaggtggctgagtcaaaacttgaaagctttgaggtagagttagcatcactaagatta
acattaagtgaaatgactgataagttggacagtgccaacaaaaaggctctagcatatgaa
aaggaggctaataagttggagcaagagaaaatccgtatggaacaaaagtatcgatctgag
tttcaacgcttcgatgaagtcaaagagagatgtaaggcagctgaaatagaagctaaacgc
gctactgaactggcagacaaagctcgaactgatgctgtcacgtcgcaaaaggagaaaagt
gagagtcagaggttggcgatggaaagacttgctcagatcgaacgagctgagaggcaagtc
gaaaacttagagagacagaagactgacttggaggatgaactggacagacttcgtgtgtct
gagatggaggctgtctccaaagttacaatcttagaagcaagagttgaagaacgagagaaa
gaaatcgggtcattgataaaggaaaccaacgcacagagggctcataacgtgaagtcactt
gaaaagctgttggatgaagagcgtaaggctcatatagctgcaaatcgaagagccgaagct
ctttctcttgagctgcaagctgcacaggcacacgttgataatcttcagcaagaattagct
caagcaaggttaaaagaaaccgcacttgacaacaaaatcagagctgcgagttcctcacat
gggaagcggagtagatttgaagatgttgttgatatggacattggagaaggaagtgataga
atcttgaggactaataaacgagctcgaagcacgagaggagatgatcacggtcctactgat
gaaggcgacgaggactttcaaagtcatcaagacaatggcgaggaggaagaagaagaagat
tacaggaagcttactgtgcagaatctaaagcatgagctgaccaagtacgattgtggacat
ttgttattgaacagaggccatcaaaacaagaaagagattcttgcgttgtatgaagctcat
gttcttcccaagaaagctttagcgagagaggaagagagaaagaaacagagagaagtcact
tcttcttag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (47)   
   KEGG ORTHOLOGY (1)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (54)   

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