KEGG   Arabidopsis thaliana (thale cress): AT3G43300
Entry
AT3G43300         CDS       T00041                                 
Symbol
ATMIN7
Name
(RefSeq) HOPM interactor 7
  KO
K13462  guanine nucleotide-exchange factor
Organism
ath  Arabidopsis thaliana (thale cress)
Brite
KEGG Orthology (KO) [BR:ath00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99995 Signaling proteins
    AT3G43300 (ATMIN7)
SSDB
Motif
Pfam: Sec7 Sec7-like_HUS DCB Sec7-like_HDS BIG2_C Mon2_C
Other DBs
NCBI-GeneID: 823405
NCBI-ProteinID: NP_001327198
TAIR: AT3G43300
UniProt: F4IXW2
Position
3:complement(15233845..15245281)
AA seq 1739 aa
MAAGGFLTRAFDTMLKESGGKKFPDLQKAIQAYQDGSKVVTQAAPSSIVESSQAEGGGEK
TGVEADEPQKVTSAEVAQQASQSKSETINVSLANAGHTLGGAEVELVLKPLRLAFETKNL
KIFDAALDCLHKLIAYDHLEGDPGLDGGKNSAPFTDILNMVCSCVDNSSPDSTVLQVLKV
LLTAVASGKFKVHGEPLLGVIRVCYNIALNSKSPINQATSKAMLTQMISIVFRRMETDIV
SASSTVSQEEHVSGDTSSPKNEEITAADENEKEMTLGDALTQAKDTTLASVEELHTLVGG
ADIKGLEAALDKAVHLEDGKKIKRGIELESMSIGQRDALLVFRTLCKMGMKEDSDEVTTK
TRILSLELLQGMLEGVSHSFTKNFHFIDSVKAYLSYALLRASVSQSSVIFQYASGIFSVL
LLRFRDSLKGEIGIFFPIIVLRSLDNSECPNDQKMGVLRMLEKVCKDPQMLVDVYVNYDC
DLEAPNLFERMVTTLSKIAQGSQSADPNPAMASQTASVKGSSLQCLVNVLKSLVDWEKIR
REAENSTRNANEDSASTGEPIETKSREDVPSNFEKAKAHKSTMEAAISEFNRNSVKGVEY
LIANKLVERNPASVAQFLRSTSSLSKVMIGDYLGQHEEFPLAVMHAYVDSMKFSEMKFHS
AIREFLKGFRLPGEAQKIDRIMEKFAERYCADNPGLFKNADTAYVLAYAVIMLNTDAHNP
MVWPKMSKSDFTRMNATNDPEDCAPTELLEEIYDSIVQEEIKLKDDDTMKKLSSQRPGGE
ERGGLVSILNLGLPKRISAADAKSETEDIVRKTQEIFRKHGVKRGVFHTVEQVDIIRPMV
EAVGWPLLAAFSVTMEVGDNKPRILLCMEGFKAGIHIAYVLGMDTMRYAFLTSLVRFTFL
HAPKEMRSKNVEALRILLGLCDSEPDTLQDTWNAVLECVSRLEFIISTPGIAATVMHGSN
QISRDGVVQSLKELAGRPAEQVFVNSVKLPSESVVEFFTALCGVSAEELKQSPARVFSLQ
KLVEISYYNIARIRMVWARIWSVLAEHFVSAGSHHDEKIAMYAIDSLRQLGMKYLERAEL
TNFTFQNDILKPFVIIMRNTQSQTIRSLIVDCIVQMIKSKVGSIKSGWRSVFMIFTAAAD
DEVESIVEKSFENVEQVILEHFDQVIGDCFMDCVNCLIRFANNKASDRISLKAIALLRIC
EDRLAEGLIPGGVLKPVDGNEDETFDVTEHYWFPMLAGLSDLTSDYRPEVRNCALEVLFD
LLNERGNKFSTPFWESIFHRILFPIFDHVSHAGKESLISSGDVKFRETSIHSLQLLCNLF
NTFYKEVCFMLPPLLSLLLDCAKKSDQTVVSISLGALVHLIEVGGHQFSEGDWDMLLKSI
RDASYTTQPLELLNALSFDNPKKNLVLAGDIEADASDSPRVDRNPDDIKDNGKVSAQASP
RIGTHGTSLESGIPPKADGSEGRPSSSGRAQKDVDDVNLQRSQTFGQRFMDNLFLRNLTS
QPKSSVAEVTVPSSPYKHEDPTEPDSREEESPALGAIRGKCITQLLLLGAINSIQQKYWS
NLKTPQKIAIMDILFSFIEFASSYNSYSNLRTRMNHIPTERPPLNLLRQELEGTTIYLDV
LQKTTSGLADDASNSEDRLEGAAEEKLVSFCEQVLKETSDLQSTLGETTNMDVHRVLELR
SPVIVKVLEGMCFMNNTIFRKHMREFYPLLTRLVCCEQMEIRGALANLFKAQLKPLLQQ
NT seq 5220 nt   +upstreamnt  +downstreamnt
atggcggctggtggatttttgactcgagcatttgatacgatgcttaaggagtctggagga
aagaagtttcctgatctccagaaagctattcaagcttatcaagatggttcaaaggttgtt
acgcaggctgcaccctcgagcatagtggagagttcacaagctgaaggtggaggtgaaaaa
actggggtagaagcagatgaaccgcaaaaagtcacgagtgctgaagtagcgcagcaggct
agccagtcaaaaagtgagactataaacgtttccttagcaaatgctggacacacattaggg
ggagcggaagtggagcttgtgctgaaacctctacgccttgcatttgagacaaagaactta
aaaatatttgatgctgctttggattgtcttcataaactcattgcctatgatcatttggaa
ggggatccggggttggatggtggaaaaaattctgcacctttcaccgacattctgaacatg
gtttgcagctgtgttgataattcatcaccagacagcactgtactccaagtactgaaggtt
cttcttacagctgttgcttcaggaaagttcaaagtgcatggggagccattgctgggagtt
attagagtttgctataacattgctctaaacagcaagagcccaattaaccaagcaacttct
aaagcaatgctgactcagatgataagcattgtattcaggagaatggagactgacattgtt
tccgcatcatccacagtgtctcaagaagaacatgtttcaggtgacacttcaagccctaaa
aatgaagaaataactgcagctgacgaaaatgagaaagaaatgaccttaggagatgcactc
actcaggctaaagacacaactcttgcatctgttgaagagctgcatacccttgtgggcggt
gctgatattaagggtttagaagccgcccttgacaaagctgtgcatcttgaagatggcaag
aagataaaacggggcatcgagctggagagcatgagtattggacagcgtgatgcattgctt
gttttccgtaccctttgcaagatgggtatgaaagaagatagtgatgaagtcacaaccaag
acccgtatattgtctcttgagcttcttcagggtatgttagaaggagttagtcactcattt
acaaagaactttcactttatagattcagtgaaagcctacctctcatatgcattgttgcgg
gcgtcggtttctcagtcttctgtcatatttcagtatgcatctggtatcttctccgtgctt
ttgctgcggttcagagacagtttaaaaggtgaaattggtatatttttccccatcatcgtc
ttaagatcattagataactccgagtgtcccaatgaccaaaagatgggtgttcttaggatg
cttgagaaagtctgcaaagatcctcagatgcttgttgatgtgtatgtaaactatgattgt
gatctagaggccccaaacttgtttgagcgcatggtaacaactttgtctaaaattgctcaa
gggtctcagagtgctgatccaaatcctgccatggcttcgcagacagcttcggttaaaggt
tcatcccttcagtgcctggtcaacgttcttaaatcactagttgattgggagaaaataagg
agagaggcagaaaatagtacaagaaatgcaaacgaggactctgcttctactggagagcca
attgaaaccaaaagcagggaagatgtcccaagcaactttgagaaggctaaagctcataaa
tccacaatggaggctgccatctccgagttcaacaggaattcagtgaagggtgtcgaatat
ctaattgcaaacaagttggttgaaaggaatcctgcttcagttgcacagtttctgagaagt
acttcgagtctgagcaaggttatgattggcgattacctgggccaacacgaggagtttcct
cttgctgtcatgcatgcatatgttgattcaatgaaattttcagaaatgaagtttcattcg
gctattcgtgaatttctcaaaggttttagacttcctggagaggcccaaaaaattgatcgt
attatggaaaagttcgcagaaagatattgcgcagacaatccgggtcttttcaagaatgca
gatacagcctacgttctagcctatgcagttatcatgttaaatacagatgcgcataatcct
atggtttggcctaagatgtcaaaatcagatttcacacgtatgaatgccactaatgatcct
gaagattgtgctccaactgaacttctggaagagatctatgattctattgtacaagaagaa
attaaactaaaagacgatgacaccatgaagaagctcagtagtcaaaggccaggaggagaa
gaaagaggtggtcttgtcagcattcttaatctgggtttgccaaagagaatatcagcagct
gatgctaaatctgagactgaggacattgttaggaaaacacaggaaattttccgaaagcat
ggagtgaaaagaggagtctttcacacggttgagcaagtggacattataaggcccatggtg
gaagctgttgggtggcctctgcttgctgctttctccgttacaatggaagtaggtgataac
aaaccaaggattcttctctgcatggagggatttaaagctggaatacatattgcttatgtt
cttggaatggatacaatgcgatatgcatttctaacatcgcttgtcaggttcactttcttg
catgctccaaaagaaatgcggagcaaaaatgttgaagcattgaggatattactggggttg
tgtgactcagaacctgacacccttcaagatacttggaatgcagttttagaatgtgtttct
aggctggaattcattatttctactcccggaattgctgcaacagtaatgcatggatcaaac
cagatctccagggatggggttgttcaatcattgaaggagttagccgggagacctgctgaa
caagtttttgtaaacagtgtcaagctgcccagtgaatctgttgtggagttttttactgcg
ctatgtggtgtttcagctgaagaattgaagcagtctcctgcccgtgttttcagcttgcag
aagctagttgagatcagttattacaatatagcacgtatccgaatggtctgggcaagaata
tggtctgtccttgccgaacatttcgtatctgctggtagccatcatgatgaaaagattgca
atgtatgccatagattctctgagacagctcgggatgaagtatttagaacgtgctgagctc
accaatttcactttccaaaatgatattctcaaaccgttcgttattatcatgcggaatact
caaagtcagaccataaggagcctaattgttgactgcatcgttcagatgataaaatctaaa
gttggaagtatcaaatcgggatggaggagtgtttttatgatatttacagcagctgcagat
gacgaagttgaatcgatagttgaaaaatcatttgagaatgttgagcaagttattctggaa
cactttgaccaggtgataggtgactgcttcatggattgtgtcaattgtctcatcaggttt
gccaataacaaagcttcagaccggataagcctgaaagctattgcccttctcagaatatgt
gaggatcggcttgcagagggacttatacccggtggtgttcttaagcccgttgatggcaat
gaggatgaaacttttgatgtgacagagcattactggtttccgatgcttgccggtctatct
gatctcacatctgattataggcccgaagttagaaactgtgctctggaggtgttgtttgat
ttgctaaatgaaaggggaaacaagttctccacacctttctgggagagtatcttccatcgc
atcttgtttccaatttttgatcatgtgagtcatgctggaaaggaaagcttaatatcttcc
ggggatgtaaaatttcgtgaaacaagcattcattcccttcagctcctctgcaatctcttc
aatacgttctacaaggaagtatgttttatgctgcctccacttttaagtttgctcctagac
tgtgcgaagaaatcagatcagacagttgtttcaatttcattaggagcattggttcacctc
atcgaggttggaggccaccaatttagtgagggagactgggatatgctcttgaaaagcata
agagatgcatcatacacaactcaaccgctggagctgttgaatgctttgagttttgacaat
ccgaaaaagaacctagttttggcaggagacatagaggccgatgcctctgattctccacga
gttgatcgtaatccggacgatattaaagataatgggaaagtgtccgcccaggcatctcca
aggattggtactcatggtacttccctagaatctgggataccgcctaaggctgatggttcg
gaaggtcgtccatcgtcatctggaagggctcaaaaggatgtggatgatgtgaatctgcag
cggagtcagacttttggccaaagattcatggacaatctcttcctccggaatctcacatct
caaccaaaaagctctgttgcagaagtgactgtaccctcctctccatataagcatgaagat
cctacagagcctgacagcagagaagaagagagtccagcattgggagctattagaggaaaa
tgcatcacacaattactactacttggtgctatcaacagcatccagcaaaaatactggagt
aatttgaaaaccccacagaagattgcgattatggacatcttattctctttcatcgaattt
gcttcttcctacaattcatattctaaccttagaacacgtatgaatcacattcccacagag
aggccacctctaaaccttctccggcaagagctggaaggaaccaccatatatttggacgtc
ttgcaaaagacaacttctgggcttgcggatgatgcatctaactcggaagatagactagaa
ggtgcagcagaagaaaaattggtatcgttctgtgaacaggttctgaaagaaacatctgat
ctccagtccactttgggggagactactaacatggatgttcatcgggtactggagctacgt
tctcccgtgattgtgaaggttttggaaggcatgtgcttcatgaacaacacaatattcagg
aagcacatgagagagttctaccctctgctcacgaggctcgtttgctgtgaacagatggag
ataagaggtgcactagccaaccttttcaaagcacaattgaagccacttttgcaacagtaa

  All links  
Gene (24)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (6)   
   Pfam (6)   
All databases (38)   

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