KEGG   Gloeobacter violaceus: gll1854
Entry
gll1854           CDS       T00148                                 
Name
(GenBank) ORF_ID:gll1854
  KO
K13924  two-component system, chemotaxis family, CheB/CheR fusion protein [EC:2.1.1.80 3.1.1.61]
Organism
gvi  Gloeobacter violaceus
Pathway
gvi02020  Two-component system
gvi02030  Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:gvi00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    gll1854
 09140 Cellular Processes
  09142 Cell motility
   02030 Bacterial chemotaxis
    gll1854
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:gvi02022]
    gll1854
   02035 Bacterial motility proteins [BR:gvi02035]
    gll1854
Enzymes [BR:gvi01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.80  protein-glutamate O-methyltransferase
     gll1854
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.1  Carboxylic-ester hydrolases
    3.1.1.61  protein-glutamate methylesterase
     gll1854
Two-component system [BR:gvi02022]
 CheA family
  CheA-CheYBV (chemotaxis)
   gll1854
Bacterial motility proteins [BR:gvi02035]
 Flagellar system
  Chemotaxis proteins
   Two component system proteins
    gll1854
SSDB
Motif
Pfam: CheB_methylest CheR HATPase_c PAS_10 HisKA PAS_4 CheR_N PAS PAS_9 Methyltransf_12 PAS_8 Methyltransf_31 HATPase_c_2 PAS_7 Methyltransf_25 Methyltransf_23 Methyltransf_11 BLOC1S3 Sos7 Fez1 Exonuc_VII_L EXOC6_Sec15_N EzrA AAA_23 Golgin_A5 HMMR_N Med21 WEMBL FUT8_N_cat
Other DBs
NCBI-ProteinID: BAC89795
UniProt: Q7NJH8
Position
complement(1972641..1976366)
AA seq 1241 aa
MAIDSGGGADSFSLSLGSFAIVAVGASAGGLEAFTQFLGALPTDTGMAFVLIQHLKADQP
SLLVEILDKTTGMDVVQVHNGTVVEPNHVYVIPPDRQMAITSGVLTLSQRRKTDGQFMPI
DSFFHSLAADWGNRAIGVVLSGADGDGAQGLKAIKAAGGLAFAQDEQSARFPSMPHNAAA
TGLLDFVLPPREIAVRLAAVGRHPYIAPPAATAPPTPPGAEEARSAAIALLRAATGVDFG
QYKRPTFERRLQRRMALHQIESPQEFVRHLQDHPEEVQALYRDVLISVTGFFRDPEAFEA
VKNTVLSAITQQRAEGLPIRVWVPGCATGEEVYSLAIGVLEFLEEHPSPTPVQFFGTDIS
EEAIALARTGLYHASQIEGLSPERLRRFFSQGEGGHRVCKRVRELCVFARHDLLADPPFS
QMDLVSCRNVLIYFSLPAQKRVLTTFHYSLKPDGFLLLGTSESPGGASELFNRVDSKNKL
FSRKAVPARLLLEYAAGPVAADPLNPKQPAAGGAGNAPDLQKEADRLVLDRYAPVGVVVG
ADAEVLHFRGQTGPYLQPSPGRASLNLLKMVHPGLRSQLRSALQLAAKQSLAQCQQDIRL
YDGDRERRVRIDVAPFRSASGQTHFLVLFADTPMVEVSAPLPGPRSAAADRQSAQQQRLL
ELQQELTAKEEYLRTAIEESEAVNQNLRVANEEILSSNEELQSTNEELQTAKEEIQSTNE
ELHTINDELQRRNRELDRLGNDLQNLLASTRLPIVMLDSELRIRRFTPQAGELLHFVSAD
VGRPVRDINHRLSVPDLPERVLEVIASRRIHIQEVQDRGGHWHELCIRPYHTLDGATEGA
VLVLVDIDQSKRAVEEVKAARDYAEAIVETVGEPLIVLDAELSAVTANRAFYELFETHPD
QIEGRSLFEVSGGQWNLPQLREALEGVLQGDGRVQDFEVDRDFERLGRKILLLNARHMPF
YAGGPRQILLSVSDVTARRLLEGERSELLAQSEAARRDAEAANRSKDEFLATLSHELRTP
LNPIIGFSQLLRRGKCDPAQTAQALEVIERCGKLQAQLIDDMLDISRIISGKLHVVMRRI
DLVPVVGAAVEAVDAIGRAKSIRIETVCAPAPPVMADSTRMQQVVWNLLTNAVKFTPEGG
RVGVRLEGTAAGVRLTVSDTGMGIAPEFLPKMFDRFAQGDGSRTRTQGGLGLGLYLVRSL
IELHGGTVDAHSAGEGRGSVFTVALPAAPPQPEHPDRNLGS
NT seq 3726 nt   +upstreamnt  +downstreamnt
atggcgatagattccggggggggagccgattcattctctttgtcgttaggttcttttgcg
atagttgccgtcggggcctcggcaggggggctcgaagctttcacacagtttttgggtgcc
ttgccaaccgataccggcatggcgttcgtgttgatccagcacctcaaagccgaccagccg
agcttgctggttgagatcctggataaaacaaccggcatggacgttgtccaggtgcacaac
ggcacggtcgtggagccaaaccatgtctacgtgatcccgcccgaccggcagatggcgatt
accagcggcgtgctcaccctctcgcagcgccgcaagaccgacgggcagtttatgcccatc
gactccttttttcattcgctggctgcagactggggcaaccgggcgatcggtgtggtgctt
tcgggagcggacggcgacggtgcgcaagggctcaaggcgatcaaggcggcgggcggcctc
gctttcgcccaggacgagcaatcggcccggtttccgagcatgccccacaatgccgcggca
acagggctgctggattttgtcctgccgccccgggagatcgcggtgcggttggccgcggtc
ggccgtcatccctacatcgcccccccggccgccaccgccccgcccaccccgcccggcgcc
gaggaggccaggagtgccgccatcgcgctgctgcgcgccgccaccggggtggacttcggc
cagtacaagcgcccgacctttgagcggcgcttgcaaaggcgcatggcgctgcaccagatc
gaaagcccgcaggaattcgttcgccaccttcaagaccacccggaggaagtccaggccctg
taccgtgacgtgctcatcagcgtcacgggcttttttcgcgaccccgaagctttcgaggcg
gtgaaaaacactgtcctgtccgccattacccagcagcgggccgagggcctgcccatccgc
gtctgggtgccggggtgcgccacgggcgaggaggtctactcccttgccattggcgtgctg
gagttcctggaggagcacccctccccaacccccgtccagtttttcggcactgacatcagc
gaggaggcaatcgcccttgcccgcactggtctctaccacgcctcccaaatcgagggcctc
tcccccgagcggctgcgacggttctttagccagggcgagggcggccaccgggtctgcaag
cgggtgcgcgaactgtgcgtctttgctcgccacgacctgctcgcggatccgcccttttcc
cagatggatctggtcagttgccgcaacgtgttgatttacttctcgctgcctgcccagaag
cgggtgctcactacctttcactacagcctcaagccggacggctttttgctgttgggcacc
tccgagagcccggggggggcgtccgagctgttcaaccgggtcgattcgaaaaacaaactg
ttctcccgaaaggcggtgcccgcccggctgctcctggagtacgccgccgggcccgttgcg
gcggacccgctcaaccccaaacagcccgccgcgggcggggcggggaacgctcccgatctg
caaaaagaggccgaccggctcgttctggaccggtacgccccggtcggcgtggtcgtgggc
gccgacgcggaggtactgcactttcggggccagaccggtccctatctccagccgtcccct
ggccgtgccagcctcaacctgctcaagatggtgcaccccggcttgcgttcacagctgcgc
tcggcgctgcagctggccgccaagcagtcgcttgcccagtgccagcaagatatccggctc
tacgacggcgatcgggagcggcgggtgcgcatcgacgtcgcccccttcagatccgcctcc
gggcagacccactttctggtgttgtttgccgacaccccgatggtcgaggtgagcgcgccg
cttcccggaccccgttccgccgcggccgacaggcaaagcgcccaacagcaaagactcctg
gaattgcagcaggagttgacggccaaggaggaatacctgcgcacggcgattgaggagtcc
gaagccgtcaaccagaacctccgggtcgccaacgaagagatcctctcaagtaacgaagag
ttgcagagcaccaacgaagaactgcagaccgccaaagaagagatccagtccaccaacgaa
gaactccacacgatcaacgacgaactgcagcggcgcaaccgggaactggaccggctcggc
aacgacctgcagaacctgcttgcgagcacccggcttccgatcgtcatgctcgacagcgag
ctgcggattcggcgctttacgccccaggcgggcgaactgctccattttgtctccgccgac
gtcggccggcccgtgcgcgacatcaaccaccggttgagcgtccccgacctgcccgagcgc
gtcctggaggtgatcgccagccggcgcatccacatccaggaggtgcaggaccggggcggc
cactggcacgaactgtgcatccgcccctaccacaccctggatggcgcgaccgagggcgcg
gtgctggtgctggtggacatcgaccagagcaagcgcgccgtcgaggaggtcaaagccgcc
cgcgactacgcagaagcgatcgtcgagaccgtgggcgaaccgctcatcgtgctcgacgca
gaactgagcgcggtgacggcgaaccgggcgttttacgagcttttcgagacccatcccgac
cagatcgagggccgctcactgttcgaggtaagcggcgggcagtggaacctcccccagttg
cgggaggcgctcgaaggggtgctccagggcgacggccgggtgcaggattttgaggtggac
cgcgacttcgagcggctggggcgcaagatcctgctgctcaacgcccgccacatgccgttc
tacgccggtggcccgcgccagatcttgctttcggtttcggatgtcacggcccggagacta
ctggaaggggaacgctccgaattgctcgcccagagcgaggcggcaaggcgggacgccgag
gcggccaaccgctcgaaggacgaatttctggccaccctcagccacgagttgcgcaccccc
ctcaacccgatcatcggcttctcgcaactgctgcggcgcggcaagtgcgacccggcccag
acggcccaggccctggaggtgatcgagcgctgcggcaagctgcaggcgcaactgatcgac
gacatgctcgatatctcgcggatcatctcgggcaaactacacgtcgtgatgcgccgaatc
gatctggtgccggtggtcggtgccgccgtcgaagcggtcgatgcgatcggccgggccaaa
tcgatccgcatcgagacggtgtgcgccccggccccgccggtgatggccgattccacccgg
atgcagcaggtggtgtggaacctgctcaccaacgccgtcaaattcacccccgaaggcggg
cgggtgggggtgcggctggagggtaccgccgcgggcgtgcgcctgacggtgtccgacacg
ggtatgggcatcgcgccggagttcttaccgaaaatgttcgatcgcttcgcccagggagac
ggctcccgcacccgcacccagggcggactgggattgggcctgtatctggtgcgcagcctg
atcgaactgcacggcggcaccgtcgacgcccacagcgcgggagaaggccggggcagtgtc
ttcaccgtcgcattgcccgccgctccgccgcagcctgaacacccggatcggaacctcggg
tcttga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (14)   
   KEGG ORTHOLOGY (1)   
   RefGene (11)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (29)   
   Pfam (29)   
All databases (53)   

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