KEGG   Escherichia coli B REL606: ECB_01973
Entry
ECB_01973         CDS       T00944                                 
Symbol
yegE
Name
(GenBank) predicted diguanylate cyclase, GGDEF domain signalling protein
  KO
K21084  diguanylate cyclase [EC:2.7.7.65]
Organism
ebr  Escherichia coli B REL606
Pathway
ebr02026  Biofilm formation - Escherichia coli
Brite
KEGG Orthology (KO) [BR:ebr00001]
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   02026 Biofilm formation - Escherichia coli
    ECB_01973 (yegE)
Enzymes [BR:ebr01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.65  diguanylate cyclase
     ECB_01973 (yegE)
SSDB
Motif
Pfam: GGDEF MASE1 PAS_3 PAS_4 PAS PAS_9 EAL PAS_8
Other DBs
NCBI-ProteinID: ACT39631
Position
2076472..2079777
AA seq 1101 aa
MSKQSQHVLIALPHPLLHLVSLGLVSFIFTLFSLELSQFAPLWFPTSIMMVAFYRHAGRM
WPGIALSCSLGNIAASILLFSTSSLNMTWTTINIVEAVVGAVLLRKLLPWYNPLQNLADW
LRLALGSAIVPPLLGGVLVVLLTPGDDPLRAFLIWVLSESIGALALVPLGLLFKPHYLLR
HRNPRLLFESLLTLAITLTLSWLSMLYLPWPFTFIIVLLMWSAVRLPRMEAFLIFLTTVM
MVSLMMAADPSLLATPRTYLMTHMPWLPFLLILLPANIMTMVMYAFRAERKHISESETRF
RNAMEYSAIGMALVGTEGQWLQSNKALCQFLGYSQEELRGLTFQQLTWPEDLNKDLQQVE
KLISGEINTYSMEKRYYNRNGDVVWALLAVSLVRHTDGTPLYFIAQIEDINELKRTEQVN
QQLMERITLANEAGGIGIWEWELKPNIFSWDKRMFELYEIPPHIKPNWQVWYECVLPEDR
QHAEKVIRDSLQSRSPFKLEFRIAVKDGIRHIRALANRVLNKEGEVERLLGINMDMTEVK
QLNEALFQEKERLHITLDSIGEAVVCIDMAMKITFMNPVAEKMSGWTQEEALGVPLLTVL
HITFGDNGPLMENIYSADTSRSAIEQDVVLHCRSGGSYDVHYSITPLSTLDGSNIGSVLV
IQDVTESRKMLRQLSYSASHDALTHLANRASFEKQLRILLQTVNSTHQRHALVFIDLDRF
KAVNDSAGHAAGDALLRELASLMLSMLRSSDVLARLGGDEFGLLLPDCNVESARFIATRI
ISAVNDYHFIWEGRVHQVGASAGITLIDDNNHQAAEVMSQADIACYASKNGGRGRVTVYE
PQQAAAHSERAAMSLDEQWRMIKENQLMMLAHGVASPRIPEARNLWLISLKLWSCEGEII
DEQTFRRSFSDPALSHALDRRVFHEFFQQAAKAVASKGISISLPLSVAGLSSATLVNDLL
EQLENSPLPPRLLHLIIPAEAILDHAESVQKLRLAGCRIVLSQVGRDLQIFNSLKANMAD
YLLLDGELCANVQGNLMDEMLITIIQGHAQRLGMKTIAGPVVLPLVMDTLSGIGVDLIYG
EVIADAQPLDLLVNSSYFAIN
NT seq 3306 nt   +upstreamnt  +downstreamnt
atgagcaaacaatcacagcatgtattaattgccctgccccacccgctgcttcacctggtc
agtttaggtttagtctcgtttatctttacccttttctcgcttgagctttcgcagtttgcc
ccactgtggttcccgacgtccatcatgatggtggcgttttatcgccatgccgggcgcatg
tggccgggaattgcgctgagctgttcgctgggaaatatcgccgcatccatcctgcttttt
tccaccagctcgctgaacatgacctggacgaccatcaatattgttgaagccgtggtcggg
gcagtgctgctacgtaaattgctgccgtggtataaccccttgcaaaatctggctgactgg
ctgcgtctggcactcggcagcgccattgttccacctctgttggggggtgttctggttgtc
ctgctgacgcccggagacgatcctctcagggcatttttgatatgggtactgtcagaatcc
atcggcgctctggcactggtgccgctgggattgttatttaaaccacactatctgctgcgc
catcgcaacccacggttgctttttgagtcgctgctcacattagccatcacactgacgtta
agctggctttcgatgctgtatctgccgtggccttttactttcattattgtgctgttgatg
tggagcgccgtgcgcctgccacgaatggaagcctttttgatcttccttaccacggtgatg
atggtgtcgctgatgatggccgcggatccctccctgcttgctacgccgcgtacgtacctg
atgacccatatgccgtggctaccgtttttgctgatcctgctgcccgccaacatcatgacg
atggtgatgtatgcctttcgtgcggaacgcaaacacatttccgaaagcgaaacccgtttt
cggaacgcgatggaatattccgccatcggcatggcattagtgggcaccgagggacaatgg
ctgcaatccaacaaagcactctgccagtttctcggttacagtcaggaagagctgcgcgga
ctcacctttcagcaactgacctggccggaggatctcaataaagatctccaacaggttgaa
aagctgataagcggtgaaataaacacctattcaatggaaaaacgttactacaaccgcaat
ggcgatgttgtctgggcgttgcttgccgtctcactggtgcgccacacggatggcacgccg
ctctattttatcgctcagattgaagacattaacgagctaaaacgcaccgaacaggtgaat
cagcaactgatggaacgcatcacgctggctaacgaagcgggcgggattggcatctgggag
tgggagttgaagccgaatatttttagctgggataagcggatgttcgagctgtatgaaatt
cctccgcatatcaaaccgaactggcaggtgtggtacgagtgcgtgctgccggaagatcgc
cagcatgccgaaaaagtgattcgtgattcgttgcaatcacgctcgccctttaagctggaa
tttcgcattgccgtgaaagatggcatccgccatatccgcgccctcgccaaccgggtactg
aataaagaaggcgaagtcgaacgcctgctcggcattaatatggatatgactgaggttaaa
cagcttaacgaggcattgtttcaggaaaaagagcgcctgcacattacgcttgattccatc
ggtgaagccgtggtctgtattgatatggcgatgaaaattacctttatgaatccagtggcg
gagaagatgagcggctggacgcaggaagaagcgttaggtgttccgctcctgacggtgttg
catattacttttggcgacaacggaccattaatggagaacatttacagtgccgacacctca
cgttccgcgatcgaacaagatgtggtgttgcactgtcggagcggcggcagttacgacgtg
cattacagtattacgccgttaagtactctggacggcagcaatattggttcggttctggtg
attcaggacgttaccgaatcacgcaaaatgctgcgccagctgagctacagcgcctcccat
gatgcactgacgcatctcgccaaccgcgccagttttgagaaacaactgcgtatcctgctg
caaacggtaaacagtacgcatcagcgacatgcactggtgtttatcgatcttgatcgcttt
aaagcggtgaatgacagcgccgggcatgcggcgggcgacgctttgctgcgcgaactggcg
tcgttgatgctgagtatgctgcgctccagtgacgtgctggcgcggctcggcggtgatgaa
tttggtctgctgctgccagactgcaatgttgaaagcgctcgttttatcgctacacgtatt
atcagtgctgtgaatgactatcactttatatgggaaggccgtgtgcatcaggtaggtgcc
agtgccgggattaccttgattgatgacaacaatcatcaggcggcagaagtgatgtcgcag
gctgatatcgcctgttatgcctccaaaaatggtggccggggccgggtgacggtttacgaa
ccgcagcaagctgccgcacatagcgaacgggcggcgatgtcgcttgatgaacagtggcgg
atgattaaagagaatcagttgatgatgctcgcccacggtgtcgcttcgccacggatcccg
gaagcgcgtaatttgtggctgatttcacttaagctctggagttgcgaaggcgagattatt
gatgaacaaacatttcgtcgtagcttcagcgatccggcgcttagccatgctcttgaccgc
cgggtattccacgaatttttccagcaggccgcaaaagcggttgccagtaaaggcataagc
atctccctccccctttccgttgccggtttgagtagcgccacgctggtgaatgatctgctt
gagcagctggaaaatagccctctaccaccacggttattacatctgattattccggctgaa
gcgattttagatcacgcagaaagcgtgcaaaaactgcggctggcgggatgtcggatagtg
ctcagccaggtgggccgcgatctgcaaatcttcaactcgctgaaagcgaatatggcagat
tacctgctacttgatggtgagttatgcgccaacgtgcagggtaatttgatggatgagatg
ctgattacgattattcaggggcacgctcagcgactcgggatgaaaaccatcgccgggcca
gtcgttttacccttagtgatggatacgctttctggcatcggcgtcgatctgatttatggt
gaggtgattgccgatgcccaaccgctggatttgctggtgaatagcagttatttcgcgatt
aactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (8)   
   Pfam (8)   
All databases (16)   

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