KEGG   Tarenaya hassleriana (spider flower): 104819698
Entry
104819698         CDS       T04125                                 
Name
(RefSeq) brefeldin A-inhibited guanine nucleotide-exchange protein 4 isoform X1
  KO
K18442  brefeldin A-inhibited guanine nucleotide-exchange protein
Organism
thj  Tarenaya hassleriana (spider flower)
Pathway
thj04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:thj00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    104819698
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:thj04131]
    104819698
Membrane trafficking [BR:thj04131]
 Endosome - Golgi transport
  Arf GTPases and associated proteins
   Arf GTPase associated proteins
    104819698
SSDB
Motif
Pfam: Sec7 Sec7-like_HUS Sec7-like_HDS BIG2_C DCB Mon2_C Pox_T4_C
Other DBs
NCBI-GeneID: 104819698
NCBI-ProteinID: XP_010548183
Position
Unknown
AA seq 1702 aa
MSMSHTLGGATRCGRVLGPSLDKIIKNAAWRKHTYLVSTCKSVLDKLESLTDDDLYDPSS
SVSGLSAADADAVLQPLLFSLDTAYSKVVEPSLDCFFKLFSLSLLRGEIHSSKPDSILSK
LINSVSKVGGMAEESIQLAVLRVLLAAVRSPCVLIRGDCLLHVVKTCYNIYLGGLSGTVQ
ICAKSVLAQMMLVIFTRSEEESLDVDVKTVYVNELLTFTDKTVKEGSSVYFCQGFINDVM
AAGQGNPVPPDVVQLLLQNPTPEMVTSPDSPSSHGFLTNGEADSDDGSASKMREDAFLLF
KNLCKLSMRFLSQENTDDQIMVRGKTLSLELLKVIIDNGGPVWRSNQRFVTAMKQYLCLS
LLKNSAVSIMSIFQLQCAIFMSLLTKFRSVLKGEIGIFFPMIVLRVLENVLQPSFLQKMT
VLNLLEKMSQDSQLIVDIFVNYDCDVDSPNIFERIVNGLLKTALGPPPGSSTTLSSVQDI
TFRHESVKCLVNVIKTMGNWMDQQLKVGETVWTKGSQIYASVENSSVSIGEEGVISDCDS
QPDMNPEVYDASMLEQRRAYKIELQKGVSLFNRKPSKGIEFLISSKKIGGSPEEVALFLK
KSVGLNGTVIGDYLGEREEFPLRVMHAYVDSFNFEGMDFAEAIRFFLRGFRLPGEAQKID
RIMEKFAERYWKCNPDSFTSADTAYILAYSVIMLNTDAHNSMVKDKMTRADFVRNNRGID
DGKDLPEEYLGSLYDQVVKDQIKMNSDSLAPQSNRINSFNKLLGLDGILNLVSWMQPEEK
PHGANDLLIKHIQEQFHSKSEKSESVYHTVTDVSILRFMIEVGWGPMLAAFSLTLDQSDD
KLATSLCLQGFRYAIHVTAVMGMQTQRDAFVTSMAKFTNLHCAADMKQKNVDAVKAIIAI
AIEDGNHLQGSWEHILTCLSRIEHLQLLGEGSPADTSYIPTTKAEIDEKKALGFPHLKKR
GALQNPSMMAVVRGGSYDSTLVGKTAPKLVTQEQIKNFIANLNLLDQIGNFELNHVYAHS
QRLNSEAIVAFVTALCKVSMSELQSPTDPRVFSLTKLVETAHYNMNRIRLVWSRIWNVLS
DFFVSVGLSENLSVAIFVMDSLRQLSMKFLEREELANYHFQHEFLQPFVIVMQKSSSAEI
RELIVRCVSQMVLSRVGNVKSGWKSVFMVFTTAAADERKNIVLLAFETVEKLVREHFPCI
TETETTTYINFVKCLIAFINSRFESDICLDAITFLRLCALKLAEGGLVWNEKSRYNTSNR
KDDASDTQIFAEVDEKPSYWIPLLTGLSKLASDPRRGIRKSSIEVFFKILMDHGHLFSKP
FWSSIFSSIISPIFNNAWTKTDILFKEGGDSPSSPSLNTEDCKWDSETSTLASQLLVNLF
ISFFGVLRSQLPSLVAILVGYIKRPVQHFPGSGIAVLLNLADGLASNVSEEEWTEIFSAL
KEAASLTFAGFMKVLRTMDDIDDVETISGDSVDKVELDEDNLQTMSYVVSRTKNHIDVLL
QIIEVVSNLYRKHQRSFKATHITILVDVLSCIASHSQQLNGDVVLCRKFKRACTVQNLSE
PQLLSFENEAYGSYMNFLRHMTDHNPNVSRELDLESRLVAECTKVVKMYLSCTGNLLSPP
SKQSVRWIVPMETERKEEAAARTGLLMSALEALSGLETGSMRRHSPSFFPLLVDLVRSEH
FSPRVPYVLSNVLKSCIGPILF
NT seq 5109 nt   +upstreamnt  +downstreamnt
atgtcgatgtcacacaccctcggcggcgcgacccgctgcggccgtgtcctcgggccgtcg
ctggacaagatcatcaaaaacgcggcatggagaaagcacacgtacctggtctccacctgc
aaatccgtcctcgacaagctcgaatccctcaccgacgacgacctctatgacccttcctcc
tctgtctccggcctctccgccgccgatgccgacgccgtcctccaacccctcctcttctcc
ctcgacaccgcctattccaaggtcgtcgagccctccctcgattgcttcttcaagctcttc
tctctctccctcctccgtggcgagatccactcctcgaagcccgattcgatcctctcaaag
ctcatcaatagcgtctctaaggtcgggggaatggccgaggagtcgatccagctcgcggtt
cttcgcgttctccttgccgcggttcgatccccttgcgttttgatccgtggagattgcttg
cttcacgttgtgaagacgtgttacaacatctacctcggtggattgagcggtacggtccag
atctgcgcgaaatcggttcttgcacagatgatgcttgtgatatttacccgatccgaggag
gagtcgcttgatgtcgatgtcaagaccgtttatgtcaacgagctgttaacattcacggac
aagaccgtgaaagaaggtagctcagtttacttctgtcagggtttcattaacgatgtcatg
gctgcagggcaaggaaatcctgttcctcctgatgttgttcagttgcttctgcaaaatcca
accccagaaatggttacatctccggattcgccatcttcccatggcttcctgaccaatggt
gaggctgattctgatgatggaagcgccagtaagatgagggaagacgccttccttctgttc
aagaacttgtgcaaattgtcgatgaggtttttgtctcaagagaacactgatgatcagatc
atggtgaggggtaagacattgtctctggagttgctcaaggtcattatcgacaatggcggt
cctgtttggcgttccaaccagagatttgttaccgcaatgaagcaatacttgtgcctttca
ctgctcaagaacagtgctgtctccattatgtcgatatttcagcttcagtgcgcgatcttt
atgagcttgttgacgaaattcagatcggttctgaagggggagatcgggattttcttcccg
atgattgtcctgcgtgttctcgagaacgttcttcagcctagtttcttgcagaagatgact
gtcctgaacttgctcgagaaaatgtcacaagactctcagttgattgtggatatattcgtg
aactatgattgcgacgtggattccccaaacatattcgaaaggattgtcaatggtcttctg
aaaactgctctcggacctcctcctggttcgtccactacgctgtcttcggtccaagatata
acctttagacatgaatctgtgaagtgtttggttaacgttattaagacaatgggaaactgg
atggaccagcagctgaaagtgggcgagacggtttggacaaagggctcacaaatatatgct
tctgtggagaacagctcggtctctattggagaagaaggagtaatctcagactgtgactca
cagcccgatatgaaccccgaggtgtatgatgcttctatgctggagcagaggagagcttat
aaaatcgaactgcagaagggtgtttccctgttcaacaggaagccttcgaagggaattgaa
ttcctcatcagcagtaagaaaatcgggggatccccagaagaagtggctttgtttctgaag
aaatcagtgggactgaatggaacagtgatcggtgattatctcggtgaaagagaggaattt
ccattgagagttatgcatgcttatgtcgactcttttaatttcgaagggatggatttcgct
gaagctataaggttcttcctacggggctttaggctaccgggggaagctcagaaaattgac
cgcatcatggaaaagtttgcagaacgctactggaaatgcaacccggattctttcacgagt
gctgacactgcatatattctcgcatactccgtgataatgctgaacaccgatgcacacaat
agcatggttaaagacaagatgacgagagctgatttcgtccggaacaatagaggaatagac
gacggaaaggatttacctgaagagtatcttggttctctctatgatcaagtggtaaaagac
cagatcaagatgaactctgattctttagctcctcagagcaatcgaataaatagttttaat
aagctcttgggtttggatggcattctcaatctggtttcttggatgcaaccagaagagaaa
ccgcatggtgccaacgaccttcttataaagcatatccaggaacagttccactctaagtct
gagaaatcggagtctgtttaccacacagttacagacgtctcgatcttgaggttcatgatc
gaggtcggatggggcccgatgctcgcagccttcagcctcactctcgaccagagtgatgac
aaattggctacttctttgtgtctacagggcttccgatacgcgattcatgtcactgcagtt
atgggaatgcaaacacagagagatgcttttgttacttccatggcaaagttcactaatctc
cattgtgctgctgatatgaagcagaaaaacgttgatgctgtaaaagcgataatagcgata
gccatagaggatggtaatcatcttcaaggatcttgggagcatatattgacgtgtctgtct
cggatagagcatctgcaattgttgggagagggctcacctgccgatacatcttacataccg
acaacaaaagccgagatagacgaaaagaaagctttgggtttccctcatttgaagaaacga
ggagctcttcagaatccgtccatgatggctgtcgtaaggggaggttcttacgacagtact
ttggttggaaaaacagctccgaaactggtaactcaggaacagatcaagaactttatcgcc
aatttgaatctactcgatcaaatcggcaactttgagttgaaccatgtctatgctcatagc
caaagattgaacagtgaagctatagtggcttttgtcacagccctttgcaaagtttcgatg
tcggaacttcagtccccaactgaccctcgtgtcttcagccttacaaaactcgtcgagaca
gcgcattataacatgaaccgcatcagattagtttggtcgcgcatatggaacgttctctcc
gatttctttgtatcggtcggcttgtcagagaacctctctgttgcaattttcgtcatggat
tcactacgacagctttccatgaagttcttggagcgggaagagttggcaaactaccatttc
caacacgagtttctccagccgttcgtcattgtcatgcagaaaagcagctccgcagaaatt
agggaactaatagttcgttgtgtttctcagatggtgctcagccgagttggtaacgtgaaa
tcgggttggaaaagcgttttcatggtttttacaactgctgcggctgacgagaggaagaac
atcgttctgttggcattcgagacggtagaaaaactcgtccgtgagcattttccttgcata
accgagacagagacaacaacctacatcaacttcgttaaatgcctcatcgccttcataaac
agcaggtttgaaagcgacatttgcctcgatgcaatcacgtttcttcgtttatgcgcttta
aagctggcagaaggaggacttgtctggaacgagaagagcagatacaacacttcaaatcgg
aaggacgatgcatccgatacgcagatttttgccgaagtggatgagaaaccatcctactgg
attcctcttctcacaggcttgtctaagctagcctctgaccctagacgcgggattcggaag
agttccatagaagtatttttcaagattctgatggatcacggccatcttttctcgaaacca
ttctggtctagcattttcagctcaatcatttccccgatattcaataatgcatggacgaaa
accgatattctcttcaaagaaggcggcgattctccatcctcgccttctctcaacactgaa
gactgtaaatgggattctgaaacttcgacacttgcatcacagctgctcgtgaatctgttt
atcagtttcttcggcgttctgaggtcacaactcccgagcttagtggcaatcttggtaggg
tatataaagaggccggttcagcattttcccggctcgggaatcgccgttctgctgaattta
gcagacgggttggcgagcaacgtctctgaagaagagtggacggagattttttcggcactg
aaggaagcggcctctctgacattcgcaggttttatgaaggtcctgagaacaatggatgat
atcgatgacgtagaaacaatctctggcgatagtgtagacaaagtcgaactcgacgaagac
aatctgcagacaatgtcatacgtggtttcccgaacaaagaatcacatcgacgtcctgtta
cagatcattgaggttgtcagtaacttgtatcgaaaacatcaacggtcgttcaaggcgact
cacattacgatcctcgttgacgttctctcctgcatcgcctcccactcgcagcaactgaac
ggcgacgtggttctctgtcggaagttcaagagggcctgcactgttcaaaacctgtcggag
ccgcaactgctcagctttgagaacgaagcttacggctcttacatgaacttcctccggcac
atgaccgaccataacccgaacgtgtcccgagagctagacctcgagtcacggctggtggcc
gagtgcacgaaagtagtgaagatgtacctgtcgtgcacggggaatctgctctcgccgcct
tcgaaacagagcgtgagatggatcgttccgatggagacggagcggaaagaagaggcggcg
gcgagaacggggctgctcatgtcggcattggaagcgttgtcgggactggagacgggttcg
atgaggaggcattcgccgagcttcttcccgttgctggtggatctggtcaggagcgagcac
ttctcgcccagagttccgtacgttttgagcaatgtcctgaaatcttgtataggccccatc
ctcttctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (44)   

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