Annotation: RND family efflux transporter MFP subunit (RefSeq) Type 1: Protein-coding gene Located on scaffold 248374, - strand, nucleotides 2,006,161 to 2,007,225 See nucleotide sequence around Shewana3_1704 or for all of scaffold 248374
Other databases: MicrobesOnline , NCBI , IMG: 639726287 , uniprot: A0KVW8
Nearby Genes
500 nt Shewana3_1699 and Shewana3_1700 are separated by 155 nucleotides Shewana3_1700 and Shewana3_1701 are separated by 268 nucleotides Shewana3_1701 and Shewana3_1702 are separated by 159 nucleotides Shewana3_1702 and Shewana3_1703 overlap by 4 nucleotides Shewana3_1703 and Shewana3_1704 are separated by 12 nucleotides Shewana3_1704 and gltA are separated by 286 nucleotides gltA and Shewana3_1706 are separated by 416 nucleotides Shewana3_1706 and Shewana3_1707 overlap by 7 nucleotides Shewana3_1707 and sdhA are separated by 0 nucleotides sdhA and sdhB are separated by 11 nucleotides
Shewana3_1699: Shewana3_1699 - MATE efflux family protein (RefSeq), at 1,997,135 to 1,998,697
_1699
Shewana3_1700: Shewana3_1700 - hypothetical protein (RefSeq), at 1,998,853 to 1,999,071
_1700
Shewana3_1701: Shewana3_1701 - hypothetical protein (RefSeq), at 1,999,340 to 1,999,672
_1701
Shewana3_1702: Shewana3_1702 - acriflavin resistance protein (RefSeq), at 1,999,832 to 2,002,888
_1702
Shewana3_1703: Shewana3_1703 - acriflavin resistance protein (RefSeq), at 2,002,885 to 2,006,148
_1703
Shewana3_1704: Shewana3_1704 - RND family efflux transporter MFP subunit (RefSeq), at 2,006,161 to 2,007,225
_1704
Shewana3_1705: gltA - type II citrate synthase (RefSeq), at 2,007,512 to 2,008,798
gltA
Shewana3_1706: Shewana3_1706 - succinate dehydrogenase subunit C (RefSeq), at 2,009,215 to 2,009,610
_1706
Shewana3_1707: Shewana3_1707 - succinate dehydrogenase subunit D (RefSeq), at 2,009,604 to 2,009,951
_1707
Shewana3_1708: sdhA - succinate dehydrogenase flavoprotein subunit (RefSeq), at 2,009,952 to 2,011,718
sdhA
Shewana3_1709: sdhB - succinate dehydrogenase iron-sulfur subunit (RefSeq), at 2,011,730 to 2,012,437
sdhB
Or browse nearby genes
Or see the comparative fitness browser