Annotation: metal dependent phosphohydrolase (RefSeq) Type 1: Protein-coding gene Located on scaffold 254340, - strand, nucleotides 3,884,479 to 3,885,705 See nucleotide sequence around DvMF_3076 or for all of scaffold 254340
Other databases: MicrobesOnline , NCBI , IMG: 643541613 , uniprot: B8DJD6
Nearby Genes
500 nt DvMF_3071 and DvMF_3072 are separated by 550 nucleotides DvMF_3072 and DvMF_3073 are separated by 321 nucleotides DvMF_3073 and DvMF_3074 are separated by 341 nucleotides DvMF_3074 and DvMF_3075 are separated by 300 nucleotides DvMF_3075 and DvMF_3076 overlap by 8 nucleotides DvMF_3076 and DvMF_3077 are separated by 703 nucleotides DvMF_3077 and mazG are separated by 115 nucleotides mazG and DvMF_3079 overlap by 1 nucleotides DvMF_3079 and DvMF_3080 are separated by 67 nucleotides DvMF_3080 and DvMF_3081 are separated by 214 nucleotides
DvMF_3071: DvMF_3071 - type IV pilus assembly PilZ (RefSeq), at 3,876,615 to 3,877,106
_3071
DvMF_3072: DvMF_3072 - two component, sigma54 specific, transcriptional regulator, Fis family (RefSeq), at 3,877,657 to 3,879,486
_3072
DvMF_3073: DvMF_3073 - methyl-accepting chemotaxis sensory transducer (RefSeq), at 3,879,808 to 3,881,841
_3073
DvMF_3074: DvMF_3074 - response regulator receiver modulated metal dependent phosphohydrolase (RefSeq), at 3,882,183 to 3,883,274
_3074
DvMF_3075: DvMF_3075 - signal transduction histidine kinase regulating citrate/malate metabolism (RefSeq), at 3,883,575 to 3,884,486
_3075
DvMF_3076: DvMF_3076 - metal dependent phosphohydrolase (RefSeq), at 3,884,479 to 3,885,705
_3076
DvMF_3077: DvMF_3077 - Colicin V production protein (RefSeq), at 3,886,409 to 3,886,885
_3077
DvMF_3078: mazG - nucleoside triphosphate pyrophosphohydrolase (RefSeq), at 3,887,001 to 3,887,864
mazG
DvMF_3079: DvMF_3079 - hypothetical protein (RefSeq), at 3,887,864 to 3,889,366
_3079
DvMF_3080: DvMF_3080 - hypothetical protein (RefSeq), at 3,889,434 to 3,889,640
_3080
DvMF_3081: DvMF_3081 - hypothetical protein (RefSeq), at 3,889,855 to 3,890,037
_3081
Or browse nearby genes
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