Name: 15589 Annotation: K02133 ATPeF1B, ATP5B, ATP2 F-type H+-transporting ATPase subunit beta Type 1: Protein-coding gene Located on scaffold scaffold_7, + strand, nucleotides 1,163,041 to 1,165,362 See nucleotide sequence around mRNA_7221 or for all of scaffold scaffold_7
Other databases: MicrobesOnline , NCBI
Nearby Genes
500 nt
15584 and 15585 are separated by 549 nucleotides 15585 and 15586 are separated by 191 nucleotides 15586 and 15587 are separated by 87 nucleotides 15587 and 15588 are separated by 95 nucleotides 15588 and 15589 are separated by 1208 nucleotides 15589 and 15590 are separated by 349 nucleotides 15590 and 15591 are separated by 273 nucleotides 15591 and 15592 are separated by 136 nucleotides 15592 and 15593 are separated by 736 nucleotides 15593 and 15594 are separated by 582 nucleotides
mRNA_7216: 15584 - K01535 PMA1, PMA2 H+-transporting ATPase, at 1,150,429 to 1,154,847
15584
mRNA_7217: 15585 - KOG3309 Ferredoxin, at 1,155,397 to 1,156,419
15585
mRNA_7218: 15586 - K20405 NPRL2 nitrogen permease regulator 2-like protein, at 1,156,611 to 1,158,564
15586
mRNA_7219: 15587 - K15053 CHMP7 charged multivesicular body protein 7, at 1,158,652 to 1,160,281
15587
mRNA_7220: 15588 - HMMPfam-zinc-RING finger domain-PF14634,ProSitePatterns-Zinc finger RING-type signature.-PS00518,ProSiteProfiles-Zinc finger RING-type profile.-PS50089,SUPERFAMILY--SSF57850, at 1,160,377 to 1,161,832
15588
mRNA_7221: 15589 - K02133 ATPeF1B, ATP5B, ATP2 F-type H+-transporting ATPase subunit beta, at 1,163,041 to 1,165,362
15589
mRNA_7222: 15590 - KOG1572 Predicted protein tyrosine phosphatase, at 1,165,712 to 1,166,653
15590
mRNA_7223: 15591 - K19983 EXOC1, SEC3 exocyst complex component 1, at 1,166,927 to 1,171,458
15591
mRNA_7224: 15592 - K15564 CTK2 CTD kinase subunit beta, at 1,171,595 to 1,173,622
15592
mRNA_7225: 15593 - Hypothetical Protein, at 1,174,359 to 1,174,926
15593
mRNA_7226: 15594 - HMMPfam-Demethylmenaquinone methyltransferase-PF03737,SUPERFAMILY--SSF89562, at 1,175,509 to 1,176,564
15594
Or browse nearby genes
Or see the comparative fitness browser