| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SERP0245 |
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| Symbol | |
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| ID | 3242463 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Staphylococcus epidermidis RP62A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002976 |
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| Strand | + |
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| Start bp | 252370 |
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| End bp | 255051 |
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| Gene Length | 2682 bp |
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| Protein Length | 893 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637166914 |
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| Product | transporter, putative |
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| Protein accession | YP_187841 |
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| Protein GI | 57866201 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2409] Predicted drug exporters of the RND superfamily |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGGCAAAGC TATTATACAA ACTAGGAAAA TTTATAGCTA AGAACAAATG GCTAAGTGTT
ATAGGATGGC TTGTTATACT AGGTGTTATT ATCACGCCAT TAATGATAAA CTCACCGAAG
TTTGACAGTG ACATCACTAT GAACGGCCTT AAGTCATTAG ACACAAACGA TAAAATCAGT
AAAGAATTTC ATCAGGACAG TGAGAAAGCC TCGATGAAAA TAGTCTTCCA TTCTAATAAG
AATGATGGAC TCAATAATAA AGATACGAAG AAAGATATTG AAGATGCTTT AGACAATATC
AGACAAAATG ATGATTATAT CCAAAATATC TCTAATCCAT ATGACAGTGG ACAAGTTAAT
GATGAAGGCG ATACTGCTAT CGCTAACGTA AGTTATGTAG TTCCACAAAC TGGATTAAAA
GATTCTTCTA AACATATCAT CGACAAAGAA TTAAAAGATG TAACTGACAA CCATAATGTG
CAAATTGAAA AAACTCAAGG TGGCGCTATG AATTCCGAAC CTGGTGGTAC ATCAGAAATT
GTCGGTATCA TCGTAGCATT CGTAATCTTA CTTATTACCT TTGGTTCACT TATCGCAGCT
GGTATGCCAA TTATTAGTGC AATCATCGGT TTAGGTTCAA GTGTTGGTAT CATCGCATTA
TTAACATATA TCTTTGATAT TCCAAACTTC ACTCTTACAC TAGCTGTAAT GATAGGTTTA
GCTGTTGGTA TTGACTACTC ACTCTTTATT CTATTTAGAT TTAAAGAACT TAAGAAAAAA
GGTGTCGATA CTGTAGAAGC TATTGCAACA GCAGTGGGTA CAGCAGGCAG TGCTGTAATA
TTCGCTGGTC TTACAGTTAT GATTGCTGTT TGTGGTTTAT CACTTGTAGG AATCGACTTC
TTAGCGGTTA TGGGATTCGC TTCAGCGATT AGTGTGTTAT TTGCAGTATT AGCAGCATTA
ACACTATTAC CTGCCCTAAT CAGTATCTTC CATAAAAGTA TTAAAATTAA AGATAAACCA
ACTAAAAGTA AAGACCCTAA AGATCATTCT TGGGCAAAAT TTATTGTTGG TAAGCCAGTT
ATCGCTGTTA TTGTAAGTTT AATTATTTTA ATTTTAGCTG CTATACCAGT CAGTGGCATG
CGTTTAGGTA TTCCAGATGA TAGTTTAAAA CCAACTGACT CATCAGAATA CAAAGCCTAT
AAATTAATCT CAGATAATTT TGGCGAAGGT TATAACGGAC AAATTGTCAT GTTAGTAAAT
ACAAAAGATG GTGGAAGTAA AAGCACTATC GAACGTGATT TAAATAATAT GCGTAGTGAT
TTAGAAGACA TTGATAATGT TGATACAGTT TCAAAAGCAC AACTAACTGA CAACAACAAT
TACGCATTAT TCACAATCAT TCCTGAAAAA GGACCGAACT CACAGTCAAC AGAAAATCTA
GTATATGATT TACGTGATTA TCATAGCCAA GCGCAAGAAA AATATGACTA TGGCACTGAA
ATTTCAGGAC AAAGTGTTAT TAACATCGAT ATGTCAGAAA AACTAAACAA CGCTATTCCA
GTATTTGCAG GCGTTATTGT TGTATTAGCA TTCTTCTTAT TAATGATTGT GTTCCGTTCG
ATCTTAGTTC CATTAAAAGC AGTACTAGGC TTTATCCTTT CATTAATGGC TACATTAGGT
TTCACAACAT TAGTCATTCA ACATGGCTTT ATGGGTAGCT TATTTGGTAT TGAAAACACA
GGACCATTAC TTGCATTCCT TCCAGTAATC ACAATTGGAT TGTTATTCGG ACTTGCCATC
GACTACGAGC TCTTCTTAAT GACACGTGTA CATGAAGAAT ACAGTAAGAC TGGCGATAAT
GATCATTCAA TCCGTGTAGG TATCAAAGAA AGTGGACCTG TTATCGTAGC TGCTGCACTT
ATTATGTTCA GTGTATTCAT CGCATTCGTC TTCCAAGATG ACAGTGCAAT TAAGTCAATG
GGTATCGCAT TAGGTTTCGG TGTGTTATTC GACGCATTCG TCGTACGTAT GACATTAATT
CCAGCATTGA CGAAACTCTT TGGTAAAGCT TCATGGTACC TTCCTAAATG GTTAGGTGCA
GTATTGCCAA ACGTTGACGT TGAAGGTAAA GCTTTAGAAG AAGATAATCA TCACGACACA
TCTTCTGAAA AAGGTCATGT CAACGATAAA AATAGTGAAT ACTCTAGACA AGACAAAGAT
AACTATGTTT ATCAAAATGA CAAACGTAAC TACAATCGCA ATTATAATGA CGAAGATTAT
AACCGTTCTG TGCATTTAAA TAATCATCAT GACCAGCATC ATCGCCAACA TCAATATGAT
AATCAACGTG ATGATATCGA CTATGAATCA CTTTATACTC AAGATGGCGA CCATACTCAT
CATGATGAAC GTAATTATAA TGATCGACAC TATCAAGACA ATTACGATAG AAATGATGAT
TATCGTCACA ACAATCATGA TCATCAAAAT GATAACCATG ATTATCATGA TTCAAATTTT
GATAAAACAA CAAACTTATA CAAAGAATTA ACTGATAGCA ATATTGATCA AGATGTATTA
TTCAAAGCAT TAATGTTATA CGCTCGTGAA AACAACAAAG GTGTTTACGA TAGATATAAC
CGATCATCTC AACATCGTCA TGATGACGAA CTTAGAGACT AA
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| Protein sequence | MAKLLYKLGK FIAKNKWLSV IGWLVILGVI ITPLMINSPK FDSDITMNGL KSLDTNDKIS
KEFHQDSEKA SMKIVFHSNK NDGLNNKDTK KDIEDALDNI RQNDDYIQNI SNPYDSGQVN
DEGDTAIANV SYVVPQTGLK DSSKHIIDKE LKDVTDNHNV QIEKTQGGAM NSEPGGTSEI
VGIIVAFVIL LITFGSLIAA GMPIISAIIG LGSSVGIIAL LTYIFDIPNF TLTLAVMIGL
AVGIDYSLFI LFRFKELKKK GVDTVEAIAT AVGTAGSAVI FAGLTVMIAV CGLSLVGIDF
LAVMGFASAI SVLFAVLAAL TLLPALISIF HKSIKIKDKP TKSKDPKDHS WAKFIVGKPV
IAVIVSLIIL ILAAIPVSGM RLGIPDDSLK PTDSSEYKAY KLISDNFGEG YNGQIVMLVN
TKDGGSKSTI ERDLNNMRSD LEDIDNVDTV SKAQLTDNNN YALFTIIPEK GPNSQSTENL
VYDLRDYHSQ AQEKYDYGTE ISGQSVINID MSEKLNNAIP VFAGVIVVLA FFLLMIVFRS
ILVPLKAVLG FILSLMATLG FTTLVIQHGF MGSLFGIENT GPLLAFLPVI TIGLLFGLAI
DYELFLMTRV HEEYSKTGDN DHSIRVGIKE SGPVIVAAAL IMFSVFIAFV FQDDSAIKSM
GIALGFGVLF DAFVVRMTLI PALTKLFGKA SWYLPKWLGA VLPNVDVEGK ALEEDNHHDT
SSEKGHVNDK NSEYSRQDKD NYVYQNDKRN YNRNYNDEDY NRSVHLNNHH DQHHRQHQYD
NQRDDIDYES LYTQDGDHTH HDERNYNDRH YQDNYDRNDD YRHNNHDHQN DNHDYHDSNF
DKTTNLYKEL TDSNIDQDVL FKALMLYARE NNKGVYDRYN RSSQHRHDDE LRD
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