Annotation: NAD synthetase Type 1: Protein-coding gene Located on scaffold NC_014311, - strand, nucleotides 781,141 to 782,598 See nucleotide sequence around RPSI07_RS11515 or for all of scaffold NC_014311
Other databases: NCBI
Nearby Genes
500 nt RPSI07_RS11490 and RPSI07_RS11495 are separated by 61 nucleotides RPSI07_RS11495 and RPSI07_RS11500 are separated by 8 nucleotides RPSI07_RS11500 and RPSI07_RS11505 are separated by 13 nucleotides RPSI07_RS11505 and RPSI07_RS11510 are separated by 609 nucleotides RPSI07_RS11510 and RPSI07_RS11515 are separated by 166 nucleotides RPSI07_RS11515 and RPSI07_RS11520 overlap by 4 nucleotides RPSI07_RS11520 and RPSI07_RS11525 are separated by 71 nucleotides RPSI07_RS11525 and RPSI07_RS11530 are separated by 70 nucleotides RPSI07_RS11530 and RPSI07_RS11535 are separated by 292 nucleotides RPSI07_RS11535 and RPSI07_RS11540 are separated by 2 nucleotides
RPSI07_RS11490: RPSI07_RS11490 - response regulator, at 774,377 to 775,387
_RS11490
RPSI07_RS11495: RPSI07_RS11495 - hybrid sensor histidine kinase/response regulator, at 775,449 to 776,573
_RS11495
RPSI07_RS11500: RPSI07_RS11500 - two-component sensor histidine kinase, at 776,582 to 777,910
_RS11500
RPSI07_RS11505: RPSI07_RS11505 - class I SAM-dependent methyltransferase, at 777,924 to 779,327
_RS11505
RPSI07_RS11510: RPSI07_RS11510 - response regulator, at 779,937 to 780,974
_RS11510
RPSI07_RS11515: RPSI07_RS11515 - NAD synthetase, at 781,141 to 782,598
_RS11515
RPSI07_RS11520: RPSI07_RS11520 - NAD(P) transhydrogenase subunit alpha, at 782,595 to 782,918
_RS11520
RPSI07_RS11525: RPSI07_RS11525 - aspartate 1-decarboxylase, at 782,990 to 783,352
_RS11525
RPSI07_RS11530: RPSI07_RS11530 - NAD(P)(+) transhydrogenase (Re/Si-specific) subunit alpha, at 783,423 to 784,562
_RS11530
RPSI07_RS11535: RPSI07_RS11535 - TonB-dependent siderophore receptor, at 784,855 to 786,924
_RS11535
RPSI07_RS11540: RPSI07_RS11540 - DUF1624 domain-containing protein, at 786,927 to 788,069
_RS11540
Or browse nearby genes
Or see the comparative fitness browser