Gene info for mRNA_3172 in Rhodosporidium toruloides IFO0880

Name: 11540
Annotation: Hypothetical Protein
Type 1: Protein-coding gene
Located on scaffold scaffold_17, + strand, nucleotides 6,329 to 7,697
See nucleotide sequence around mRNA_3172 or for all of scaffold scaffold_17

Other databases: MicrobesOnline, NCBI

Nearby Genes

500 nt 11537 and 11538 are separated by 647 nucleotides11538 and 11539 are separated by 847 nucleotides11539 and 11540 are separated by 562 nucleotides11540 and 11541 are separated by 249 nucleotides11541 and 11542 are separated by 481 nucleotides11542 and 11543 are separated by 446 nucleotides11543 and 11544 are separated by 369 nucleotides11544 and 11545 are separated by 277 nucleotides mRNA_3169: 11537 - Hypothetical Protein, at 529 to 1,526 11537 mRNA_3170: 11538 - Hypothetical Protein, at 2,174 to 3,237 11538 mRNA_3171: 11539 - ProSiteProfiles-Zn(2)-C6 fungal-type DNA-binding domain profile.-PS50048, at 4,085 to 5,766 11539 mRNA_3172: 11540 - Hypothetical Protein, at 6,329 to 7,697 11540 mRNA_3173: 11541 - K09497 CCT5 T-complex protein 1 subunit epsilon, at 7,947 to 10,272 11541 mRNA_3174: 11542 - K00953 FLAD1 FAD synthetase, at 10,754 to 11,960 11542 mRNA_3175: 11543 - K01191 E3.2.1.24 alpha-mannosidase, at 12,407 to 17,406 11543 mRNA_3176: 11544 - K17301 COPB1, SEC26 coatomer subunit beta, at 17,776 to 21,807 11544 mRNA_3177: 11545 - KOG2164 Predicted E3 ubiquitin ligase, at 22,085 to 24,622 11545
Locus Name Description Strand Phenotype
mRNA_3169 11537 Hypothetical Protein + insig.
mRNA_3170 11538 Hypothetical Protein + strong
mRNA_3171 11539 ProSiteProfiles-Zn(2)-C6 fungal-type DNA-binding domain profile.-PS50048 - cofit
mRNA_3172 11540 Hypothetical Protein + cofit
mRNA_3173 11541 K09497 CCT5 T-complex protein 1 subunit epsilon - no data
mRNA_3174 11542 K00953 FLAD1 FAD synthetase + no data
mRNA_3175 11543 K01191 E3.2.1.24 alpha-mannosidase - cofit
mRNA_3176 11544 K17301 COPB1, SEC26 coatomer subunit beta + no data
mRNA_3177 11545 KOG2164 Predicted E3 ubiquitin ligase + cofit

Or browse nearby genes

Or see the comparative fitness browser