| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ppro_2659 |
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| Symbol | |
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| ID | 4574203 |
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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 | Pelobacter propionicus DSM 2379 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008609 |
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| Strand | + |
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| Start bp | 2893683 |
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| End bp | 2896934 |
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| Gene Length | 3252 bp |
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| Protein Length | 1083 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 639756714 |
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| Product | serine phosphatase |
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| Protein accession | YP_902320 |
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| Protein GI | 118581070 |
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| COG category | [E] Amino acid transport and metabolism
[K] Transcription
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0591] Na+/proline symporter
[COG2208] Serine phosphatase RsbU, regulator of sigma subunit |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.623664 |
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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 | GTGAACAGCG GCATCTTCCA AACAACACTC ATATCTCTTC TCTACACCCT GCTGATCTTT
CTGATCGCCT GGTACGCACA TATCCGCAAA GAACACGGCC GTAGTATCGT CGACAATCCC
TACATCTACA CTCTCTCCAT CGCCGTCTAT TGCACGTCAT GGACCTTCTA CGGCAGCGTT
GGCAAGGCCG CCACAACCGG CATAGATTAT CTCATCATCT ATCTTGGTCC CTCGCTCAGC
GCGTTTGCCT GGATTTTCCT GTTGCACCGC ATCATACGGA TCAGCAGAGA GAACAACATA
ACGTCCATTG CCGACTTCAT CAGCCTGCGC TACGGAAGAT CACCACTCCT GGGTGCCCTG
GTAACGTTAA TCTCCCTTCT GGCTATCATG CCTTATATCG CCTTGCAGCT ACGGGCTGTT
TTCATCAGCT TTCATATCAT GAGCGGCTTC AGTGGCAACC ACATCTTTCC CCTCCCACCA
CCACAGACAG GCCACTTTGG AGGAGGGCTG TTACTGCCTC TGATTCTGTC GGTTTTCAGC
ATTATGTTCG GAGCACGCAG ACTGGTTTCA TCAGAGCGTC ATGAGGGGCT CATAGCAGCC
GTTGCGTTCG AATCATTGAT CAAGATGATC TGCCTGCTGG GTATCGGTAT GTTTGTTACC
TATCATCTGT ATGACGGTTT TATCGATATC TTTTCGCGCT TTCGCGAGAC CGCCCCAGAA
AGATTCAATG TTCTTTTCAC CTTTAACAAC GCACAAAACA AAAGCGGAAT CACGCCGCCG
TTCACCATGC TGTTCATGTC CATGGGCGCC ATCATGCTAC TCCCGCGTCA GTTTCACGTC
ATGGTTATCG AAAACTGCAA CGAGCGGCAC ATCAGCACAG CCATGTGGCT TTTCCCACTG
TATCTATTCC TGATCAACCT ATTCATCATG CCCATAGCCT TGAGCGGAAT CATGACAACC
GGTGGCACGA TCAATGCGGA TTTCTTTACT CTCAGCGTTC CACTGCTGAC CGGTCACACC
ACCATAGCGA TGCTAGCCTA CCTGGGAGGC TTGTCGGCCG CGGCCGGCAT GGTCATGGTA
GAATCCGTGA CCATCTCCAC CATGCTGCTC AACCATATAT TCATGCCGGT CATTGTCCGC
TTTACTCCCC GGACCTGGTT TCCCGATCTA TTGTTGCAGC TGAAAAGGTT CGGCATTTTT
CTGGTAATTT TCCTCGGCTA TTTTTATCAC CTCATTGCGG GCAGCGAGTT CATGCTGGTC
AACCTGGGCA TGATTTCCTT TACCGCCATC AGCCAGTTTG TGCCTGTCAT GCTCGGAGGA
CTGTACTGGC GGCGCGGCAA CAGAACCGGT GCAATCGTCG GCACCCTGCT CGGCTTTCTC
ATCTGGTTCT ACACCCTGTT TCTGCCATCT TTTTCTGCAT TCGAGGGGCT TCGCTCGGCG
ATTCTGGATA ACGGCCCGTT CGGCATCTCC CTACTCAAGC CCACGGCTCT GTTCGGTCTC
TCCGGCATGG ACATGTGGAG CCACGCCCTC TTCTGGAGCC TGTTTTTCAA TGTGGCCAGC
TACATCGCCT GTTCGCTGAT TCTCCAGCAG GACGACCAGG AAATTGACCA GGTCAGCAAG
TTCATCGACA TATTCAGACC CGAGCGCCAC CGCCACACCC ATACGGAGAC AAAGCGCCTC
TCAAAACCGG TAACCATTGC CCAGTTTGTC GCGCTCATGG CCAAGTTCAT CGGTGAAGCG
GATGCGCAAC AGGCCATTGC AACCTATATC GGTGACCGCC GGATAGACGT TGACGGGCAC
ATATCAGAAT TCGAACTACC GAACCTGAAG CGCTTTACGG AAAAGACCCT GGCCGGTTCC
GTCGGCGTTG CCGCGGCAGG AGCCATTGTG GACAGTTTTC TATCCGATAT GGGGTCACGC
ATGGAACTCG TGTACGACAT TTTCAGCACC GTCAAGACAT CCCTTGACCA GAGTCGCGAA
GCCCTATCGG TACGTATCAA GGCTTCGGAG ATCATCAACC GCACCCTTGA TCTCCACATC
ATCATGGACG AGCTGCTACT ACTATTACTG AAAGAATTTA ACCTGGATAT CGCCGCAATC
CTGCTGAAAG ACGACGACGG CACGTTTTCT CTCCAATGCT GCCAGACAAC AAACCACGAT
TCCCCCCCAG ATCTGCACTG GCTCGACGAG AGCAAGCCCT ACTATGGCCA CGTCGACCGC
AGCCGTAGGA CATTTATTAT CAACGACACC CTCCTTGAAA ACCCGTTGTT TCCCCTGAAT
AGAACCATGG CAGGCGGTAT TGTTTCGTGT GCGCACATAC CGATCCAGCG AAAGGGAGAG
ACGCCACTCG GCATTATATC CGTTTTCTCA AAATCCATTC CCGGATTATT TACGGAAGAG
TTCATAGGGC TTCTGGAGAG CCTCGCTGGC CAGTTGGCGC AAACGGTTAC GATAGCTTGT
GAAATCCAGG CCAAGGAGAA GGAGCGGAAC CAGAAGGAGC AGGCCTTGCT GCAGAATGCC
CGTATCAGAC GCGACATGGA AATTGCCCAG CAGATACAGA TTTCTCTGCT TCCAGAGCAC
CCGCCGCATC TTTTTGGCGT AGATATGGCT GGGCGCTGCG TTTCAGCCAC CCATGTGGGA
GGAGACTATT ACGATTTTTT CCTTCGGGAC GAGCATACTG TCGACCTACT CATAGCAGAC
GTGTCCGGCC ATAGCGTTGG AGCAGCCTTG ATCATGGCAG AAGTCCGGAC GCTTCTTCGC
CCCCACGTCA ATACGGCTCA AAATGCCTCT TCAATACTGA AACTACTCAA TAGCCAGCTT
TACGACGACC TGACCCGGGC CGAACTTTTC ATAACCATGT TTTACGCAAA GTATAACTCT
GCCACGGGTC GCCTGTCCTA TGCAAACGCC GGCCACAACC GCCCACTTGT CTGTCGCGAG
AGAGTTGAAG CCTGCATTGA ACTCGATGCG GAGGGTCTTA TTATCGGAGT CAAGCCTTCA
GTCATCTTTG AAGAACGGAG CACAGAACTC TTGAAGGGCG ATGTATTGCT GTTCTACACT
GATGGCCTGA CCGAGGCAAC GAACGCAGAA GGAGCAAGCT TTGGTGTTGA AAGGACATGC
AGCCACCTCA AGGCTGTTCG CAACCTTCCC TCGCAGGACA TACTAGATTC ATTTTACTCC
GCCGTTACCG AATTTACCGG CCTGGATACA TTCCAAGACG ACATATCCCT GGTCGTAATA
AAGATTCTGT GA
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| Protein sequence | MNSGIFQTTL ISLLYTLLIF LIAWYAHIRK EHGRSIVDNP YIYTLSIAVY CTSWTFYGSV
GKAATTGIDY LIIYLGPSLS AFAWIFLLHR IIRISRENNI TSIADFISLR YGRSPLLGAL
VTLISLLAIM PYIALQLRAV FISFHIMSGF SGNHIFPLPP PQTGHFGGGL LLPLILSVFS
IMFGARRLVS SERHEGLIAA VAFESLIKMI CLLGIGMFVT YHLYDGFIDI FSRFRETAPE
RFNVLFTFNN AQNKSGITPP FTMLFMSMGA IMLLPRQFHV MVIENCNERH ISTAMWLFPL
YLFLINLFIM PIALSGIMTT GGTINADFFT LSVPLLTGHT TIAMLAYLGG LSAAAGMVMV
ESVTISTMLL NHIFMPVIVR FTPRTWFPDL LLQLKRFGIF LVIFLGYFYH LIAGSEFMLV
NLGMISFTAI SQFVPVMLGG LYWRRGNRTG AIVGTLLGFL IWFYTLFLPS FSAFEGLRSA
ILDNGPFGIS LLKPTALFGL SGMDMWSHAL FWSLFFNVAS YIACSLILQQ DDQEIDQVSK
FIDIFRPERH RHTHTETKRL SKPVTIAQFV ALMAKFIGEA DAQQAIATYI GDRRIDVDGH
ISEFELPNLK RFTEKTLAGS VGVAAAGAIV DSFLSDMGSR MELVYDIFST VKTSLDQSRE
ALSVRIKASE IINRTLDLHI IMDELLLLLL KEFNLDIAAI LLKDDDGTFS LQCCQTTNHD
SPPDLHWLDE SKPYYGHVDR SRRTFIINDT LLENPLFPLN RTMAGGIVSC AHIPIQRKGE
TPLGIISVFS KSIPGLFTEE FIGLLESLAG QLAQTVTIAC EIQAKEKERN QKEQALLQNA
RIRRDMEIAQ QIQISLLPEH PPHLFGVDMA GRCVSATHVG GDYYDFFLRD EHTVDLLIAD
VSGHSVGAAL IMAEVRTLLR PHVNTAQNAS SILKLLNSQL YDDLTRAELF ITMFYAKYNS
ATGRLSYANA GHNRPLVCRE RVEACIELDA EGLIIGVKPS VIFEERSTEL LKGDVLLFYT
DGLTEATNAE GASFGVERTC SHLKAVRNLP SQDILDSFYS AVTEFTGLDT FQDDISLVVI
KIL
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