KEGG   Vibrio astriarenae: GT360_16495
Entry
GT360_16495       CDS       T06574                                 
Name
(GenBank) EAL domain-containing protein
  KO
K20966  c-di-GMP phosphodiesterase [EC:3.1.4.52]
Organism
vas  Vibrio astriarenae
Pathway
vas05111  Biofilm formation - Vibrio cholerae
Brite
KEGG Orthology (KO) [BR:vas00001]
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   05111 Biofilm formation - Vibrio cholerae
    GT360_16495
Enzymes [BR:vas01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.52  cyclic-guanylate-specific phosphodiesterase
     GT360_16495
SSDB
Motif
Pfam: EAL GGDEF
Other DBs
NCBI-ProteinID: QIA65155
UniProt: A0A7Z2T6G3
Position
2:441454..443871
AA seq 805 aa
MSLYKKLYIFLIPALIVVFSGVGVAVYDHQVLHLKEAKIEGLIGRVNSALGASEYEQLSL
VTHANDIATSPQFLRYIQNPGGASLLSTLEHSVIKSLTKSKSERFGVRHVFIIDPSFGLM
LSTYRTNPFEDLIIPDKIYNMAFDTYTNLLNNGDFIDNGQVYVSLTGELRYLYTVAVDPS
LVLRDTRARQNSARFLLLIDGPLDQLSSLIGDFRDSDSISLKIEPLSDVQNGSSQQMVVK
SMTEVESRMLLTMTSSHFHAEMEIQDQEFTEIEAHVAAQTALYFGTIFCAIILVVYVVVR
TQLISPLKSLVDDVSKGGMQLRYFKRSNGRTEVDKLKNAYIDSLTELKFEAEFDQVTKLA
NRRSFFNYLDLRLDSYSNKNCFIVCWDIKEFRKINDLYGTDVGDRVLVKFASHLRSMISD
HQMASGFGCNDYSIARFGGNQFIAIVEIDKPNQLVAQIKEFNKSLSNNLSVDYFNFRARM
ATAVFPLETVGNDDLWHKGISEAMREAKADTSDVSLCIYDQDLVNKLERRDMITKVLVDC
CDKGDFKLRYMPIFCGTHLNIDGFETLIFCPTLRDLGVGPDEFIPIAEQNNLITQIDYWV
IDQALNYYKNLLEQTSYRGSISINVSALELYNRKFVWSVKSVIERLEIAPENIVIEITET
SYVKSSKLTIEVLGQLRELGFKVSLDDFGTGYTAFNQLLHYPVDELKIDKSFVDKIIEPG
NDKEMVNSMIALGHSCGSLVVGEGIETAEQCEYLINHNCDLLQGYFLCMPLEADDFIEFV
KTYSPSSTLDKLPSHATVYSLRQDK
NT seq 2418 nt   +upstreamnt  +downstreamnt
atgtctttatacaaaaagctatatatatttctcattcctgccttaatcgtggttttttca
ggtgtaggagtcgcggtatacgatcatcaagtactccacctgaaagaagctaagatagaa
ggcctcattggacgcgtgaatagtgctctcggggcttctgaatacgagcagttgagtcta
gtgacacatgcgaacgatatcgctacttcgcctcagtttttgcgttatatacaaaaccct
ggtggcgcaagccttctttctacactagagcattccgtcattaagtctttgacaaaaagt
aaaagtgagcgctttggcgtgagacatgtctttattattgacccgtcttttgggctcatg
ttgtctacttatcgaaccaacccttttgaagacttaattatcccagacaagatttacaac
atggcttttgacacctataccaacctactcaataacggtgactttattgataatggacag
gtatatgtatcactaacgggtgagttgcgttatttgtatactgtcgctgtcgatccttcc
cttgtgttaagggacacaagggctagacaaaatagtgctcgatttttactcctcattgat
ggtcccttggaccagttatcctctctcattggcgacttcagagacagtgactccatttca
ctaaagattgagcctctttcagatgttcaaaatgggtcttcacagcagatggtcgttaag
agcatgactgaggtggagtcgcggatgttactcacaatgaccagcagccactttcatgct
gaaatggagatccaggaccaagaattcactgaaatagaagcacacgttgcagcccaaaca
gcgctatattttggcactatattctgtgcgattattctcgtcgtgtatgtcgtggtgaga
acccagctgatatctcccttaaagtcgttagttgacgatgtatcaaagggggggatgcag
ctccgttacttcaagcgctcaaacggacgaaccgaagttgataaactgaaaaatgcttat
attgattcactcactgagctcaagtttgaggcggaattcgatcaggttacgaaattggct
aacagaagatccttctttaactaccttgacctgaggctagacagctattccaataaaaac
tgttttattgtttgttgggatatcaaggaattccgaaaaatcaatgacctctatggtacg
gatgttggcgatagagtattggtgaagtttgcctcccaccttagatctatgatcagtgat
caccagatggcgtctggttttggctgtaacgactactcgattgcccgttttgggggtaat
cagttcatagcgattgttgagatcgataagcccaaccagcttgttgcacagataaaagag
ttcaataagtcactttccaataatctctctgttgactattttaactttcgggcgcgaatg
gcaaccgccgtctttcctttggaaacagtagggaatgacgacttgtggcacaaaggtatc
agtgaggcgatgcgtgaagccaaagcggataccagtgatgttagcttatgtatctatgat
caggatctcgtcaataagcttgagcgtcgcgacatgataacaaaagtactggtggattgt
tgtgacaagggtgacttcaaattgaggtatatgccgatcttttgtggtactcacttaaat
attgatgggtttgaaaccctcatattttgtccaaccctcagagacctcggagtaggcccg
gatgagttcattccgattgcagagcaaaataatctaataactcaaatagactattgggtg
attgatcaagcactcaattactataagaacttactggagcaaacgagttatcgtggatcc
atctccatcaacgtttcagcacttgagctgtacaaccggaagtttgtttggagtgtgaag
agtgtgattgagcgactggaaattgcaccagaaaacatcgttattgagataacggaaaca
agctatgtgaagagttctaaattgacgattgaggtacttggacaactgcgtgaattgggt
tttaaagtctctcttgatgactttggtacaggatataccgcgtttaatcagctattacat
taccccgttgatgagttgaagatagataagagctttgtcgataaaatcattgaaccaggc
aatgacaaggagatggtcaattcaatgatagcgcttgggcactcatgcgggtctctggtg
gttggtgaaggcattgaaacggcagagcagtgtgaataccttattaatcacaactgtgat
ttgcttcagggctactttttgtgcatgccacttgaagccgatgatttcatcgaatttgta
aaaacgtattcaccgagttcaacactagacaaactcccaagccatgccacggtatacagc
ctgaggcaggataaataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (2)   
   Pfam (2)   
All databases (10)   

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