| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sdel_0353 |
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| Symbol | |
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| ID | 8591875 |
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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 | Sulfurospirillum deleyianum DSM 6946 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013512 |
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| Strand | + |
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| Start bp | 330164 |
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| End bp | 334321 |
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| Gene Length | 4158 bp |
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| Protein Length | 1385 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | |
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| Product | DNA-directed RNA polymerase, beta subunit |
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| Protein accession | YP_003303425 |
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| Protein GI | 268678994 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.550494 |
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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 | ATGTTAAATA GCTTAAAATC TGGAAATCGC CTTAGAGTCG ATTTTTCCAA AGTCCCTAAA
AAAATTGATG TCCCCAATCT ACTCCAACTT CAACAAAAGA GTTATGAACA ATTTTTGAAT
GTTGAAAATC TCAAAGATGA GAGTGGTGTA GAGAAGGTTT TTAAATCTAT TTTTCCTATT
CATGATCCCC AAAACAGAAT TACTTTAGAA TATGCTGGAT CTGAAATTGG AAAACCAAGA
TACACAGTCC GTGAATGTAT GGAGCGAGGA CTGACGTACT CTGTTAGCAT AAAAATGAAT
ATTCGTCTTA TCTTATGGGA TAAAGATGAA AAAACTGGTG AAAAAACTGG TGTAAAAGAT
ATTAAAGAAC AAGCAATTTT TATTCGTGAA ATTCCTTTGA TGACGGATAG AACCTCTTTT
GTGATTAACG GCGTTGAAAG AGTTGTTGTT AATCAGCTTC ACAGAAGCCC TGGTGTTATT
TTCAAAGAAG AAGAGAGTCC AACGGTTGCC AATAAATTGA TTTACAACGC TCAAATCATT
CCAGATCGTG GTTCGTGGTT GTATTTTGAG TATGATGCAA AAGATACACT TTTTGTGAGA
ATTAATAAAC GCAGAAAAGT TCCTATTACG ATTCTATTCC GCGCACTTGG ATACAGCAAA
CAAGATATTT TAAAACTTTT TTATCCTGTG CTTAATATTA TGATTCGTGA AAATAAATTT
TTAATTGAGT TCTCAGCAGA TAACTTCTTG GGTCGTGTTG ATTTTGACCT TAAAGATGAG
CATGGAAACC TTCTTTTAGC GGCAGGTAAA CGTCTTGCAC GTAAAAAAGC AGAAAAATTT
ATTGAAGATG GTGTGAAATT TATTGAATAT CCTGTTGAAA TTCTTGTCAA TCGCTTTTTA
TCTTCTCCAA TTATTGACCA AGAGAGTGGT GAAGTTTTAT ACGATACCTT AGCGCAACTT
GATGAAGGTA AATTGGCAAA AATTATTGAG CAAAAATGTG AAACGATTGA GATTGCTAAT
GACCTTGCAA GTGGTGTGGA TGATGCGATT ATTAACTCTT TTATTGCCGA TACAGAAACA
CTAAAACTAC TTCGTCAAAC AGAAAATGTT GAGGATGAGA ACGATTTAGC AGCCATTCGT
ATTTATAAAG TCATGAGACC AGGTGAGCCT GTGACCAAAG AAGCCGCAAA GTTATTTGTG
AAAGATCTTT TCTTCAATTC AGAGCGTTAT GACTTAACAA AAGTTGGTCG TATGAAAATG
AATCATAAAC TAGGGTTATC CGTACCTGAG TATGTGACCA TTATGACCAG CGAAGATATT
ATTAAAACAG CGAAGTATTT GATTAAAGTT AAAAATGGTC AAGGACACAT TGATGATAGA
GACCATTTGG GTAATAGAAG AATTCGTGCC ATTGGAGAGC TTTTAGCGAA TGAATTGCAT
TCTGGTTTGA TAAAAATGCA AAAAGCTATT CGTGATAAAT TTACAGCGCT AAGTGGTAGT
GTTGAAGAGT TAATGCCTCA TGATTTAATT AACTCAAAAA TGATTACTTC TACGATTGCA
GAGTTTTTCT CCAGCGGACA ATTATCTCAA TTTATGGATC AAACCAATCC ACTCAGTGAG
ATTACCCATA AACGTCGTCT CTCAGCATTA GGTGAAGGTG GTTTAGTTAA AGAGCGTGCA
GGTTTTGAAG TGCGTGACGT TCATCCAACC CATTATGGAA GAATTTGTCC TGTTGAAACA
CCTGAGGGTC AAAATATTGG TTTGATCAAT ACCCTGTCGA TGTATGCAAA AGTAAATGAT
TTAGGTTTTG TGGAAGCACC GTATCGTAAA GTTGAAAATG CGACGATTAC AGATGAGATT
ATTTACATCA CCGCAACGCA AGAAGAGGGT TTAGTTATTG CCCCTGCGAG TACTAAAATC
AATGAAAACA ATGAAATTGT TGAAGATTTG ATTGAAGTAA GAGTTGATGG CGAAACGGTT
ATGATCGAAA AAGAGAAAGT TGATTTGATC GACCTCTCTT CCATGATGAT TGCAGGTGTT
GCAGCTTCGT TGATTCCTTT CTTGGAACAT GATGACGCCA ACCGTGCGTT GATGGGTTCA
AACATGCAAC GTCAAGCCGT TCCATTGGTA AAATCAGATG CTCCAATTGT AGGAACAGGT
GTTGAAAAAA TTGCCGCTCG TGATTCATGG GAAGCGATTA AAGCAAGACG TGCAGGTATC
GTTGAAAAAG TTGACAATAA AAATATTTAT ATTTTGGGTG AAGATGAAGA TGGTGCATTT
ATTGACCATT ATGCATTGCA AAAAAATCTT AGAACAAACC AAAATACAAC GTTTACACAA
AAAGTGATTG TAAGACGTGG TGATTTTGTT GAAAAAGGCG GTGTGATCGC TGATGGTCCA
AGTATGGATC AAGGTGAGCT TGCTATTGGT AAAAATGCCA TGGTTGCGTT TATGCCATGG
AATGGTTATA ACTACGAAGA TGCGATTATT ATTAGTGAGC GTATGATTCG TGAAGATGCG
TTTACCAGTG TTCATATCTA TGAAAAAGAG GTTGAGGCAC GAGAACTTAA AGACGGTGTG
GAAGAAATCA CAAAAGATAT TCCAAACGTT AAAGAAGAAG AGTTAGCGCA TTTGGATGAT
AGTGGTATTG TCAAAGTAGG TACTTACATT ACTCCAGGGA TGATTTTAGT CGGTAAAGTA
TCTCCCAAAG GTGAGGTAAA GCCAACGCCT GAAGAGAGAC TTTTACGTGC TATTTTTGGT
GAAAAAGCAG GACATGTTGT CAATAAATCA CTTTATGCTT CCCCTTCGCT TGAGGGTATT
ATTGTGGATG TTAAAATCTT CACGAAAAAA GGGTATGACA AAGATCCAAG AGCCGTTCAA
GCTTATGAGC AAGAAAAAGA GATTTTAGAT CGTGAACACC ATGATAAATT ACTTATGTTA
GATCGTGAAG AGATGTTGCG TATTAATGCA CTTCTTCTTA AAAATCCATT GCAAGAAGAT
CAAGAAATTA ATAAACAAAG CTATAAAAAA GGTCAGTTTA TTAAGGCAGA AGATTTGCAA
AACGTTAATC GTTTCTCCAT TAACTCGATT GTTAAAGCAT TTGATGATGG CGTGCAAGAT
GCGTATAAAG ATCTAAAAGC CTATTTCCAA AATGAGAAAA AGAAACTCAA AGAGGAACAT
GATGAAAAGC TTAATATCTT AGAAAAAGAT GACATTTTGC CAAGCGGTGT TGTGAAACTT
GTTAAAGTTT ACATTGCGAC AAAACGAAAG CTTAAAGTCG GTGATAAAAT GGCGGGACGT
CATGGTAACA AAGGTATTGT TTCTAATATC GTTCGTGAAG TTGATATGCC ATATCTCAAA
AATGGTGAGA TTGTTGATAT TGTTTTAAAT CCACTGGGTG TTCCAAGTCG TATGAATATT
GGACAAATTC TAGAAGTTCA CTTAGGACTC ATTGGTAAAA GACTCGGCGA TCAAATTGAA
GATATTTTTA AAGAAAAGCA AGGTGATTGG ATCAAGTCAC TTCGTGAAAA AATGATTAGC
ATTGCGGATG TTGCAAAACT GATGGATTCA CGTAATTTCA TGGATACTTT AAATGATGAG
CAACTTTTAG GTTATGCACG TGATTGGAGT AAGGGTGTGC GTTTTGCAAG CCCAATCTTT
GAAGGTGTCA ATACAGAAGA ATTTGCAAAA CTCTTTGAGA TGGCAAAAAT TGATATGGAT
GGAAAGACGG ATTTATATGA TGGTATGACC GGTCAAAAAA TGCATGAAAA AGTTAACGTG
GGTTACATGT ACATGTTAAA ACTCCACCAC TTGGTTGACG AAAAAGTGCA TGCACGAAGT
ACAGGACCTT ACTCTTTGGT CACACAACAG CCAGTGGGTG GTAAAGCACT TTTTGGTGGT
CAAAGATTTG GTGAGATGGA GGTTTGGGCT CTTGAAGCAT ACGGTGCAGC TCATACCCTA
AGAGAGATGT TAACTGTTAA ATCAGATGAT GTTGAAGGAC GTATTTTGGC GTACAAAGCG
CTTACTCGTG GGGAGAATGT TCCACAAACG GGTATTCCAG AAACATTCTA CGTTTTAACG
AATGAGTTGA AGTCTTTGGC TTTAGATGTT GAGATTTATG ATGAGGTGGA AGAAGATGAC
ACGACTAGAA CCAATTGA
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| Protein sequence | MLNSLKSGNR LRVDFSKVPK KIDVPNLLQL QQKSYEQFLN VENLKDESGV EKVFKSIFPI
HDPQNRITLE YAGSEIGKPR YTVRECMERG LTYSVSIKMN IRLILWDKDE KTGEKTGVKD
IKEQAIFIRE IPLMTDRTSF VINGVERVVV NQLHRSPGVI FKEEESPTVA NKLIYNAQII
PDRGSWLYFE YDAKDTLFVR INKRRKVPIT ILFRALGYSK QDILKLFYPV LNIMIRENKF
LIEFSADNFL GRVDFDLKDE HGNLLLAAGK RLARKKAEKF IEDGVKFIEY PVEILVNRFL
SSPIIDQESG EVLYDTLAQL DEGKLAKIIE QKCETIEIAN DLASGVDDAI INSFIADTET
LKLLRQTENV EDENDLAAIR IYKVMRPGEP VTKEAAKLFV KDLFFNSERY DLTKVGRMKM
NHKLGLSVPE YVTIMTSEDI IKTAKYLIKV KNGQGHIDDR DHLGNRRIRA IGELLANELH
SGLIKMQKAI RDKFTALSGS VEELMPHDLI NSKMITSTIA EFFSSGQLSQ FMDQTNPLSE
ITHKRRLSAL GEGGLVKERA GFEVRDVHPT HYGRICPVET PEGQNIGLIN TLSMYAKVND
LGFVEAPYRK VENATITDEI IYITATQEEG LVIAPASTKI NENNEIVEDL IEVRVDGETV
MIEKEKVDLI DLSSMMIAGV AASLIPFLEH DDANRALMGS NMQRQAVPLV KSDAPIVGTG
VEKIAARDSW EAIKARRAGI VEKVDNKNIY ILGEDEDGAF IDHYALQKNL RTNQNTTFTQ
KVIVRRGDFV EKGGVIADGP SMDQGELAIG KNAMVAFMPW NGYNYEDAII ISERMIREDA
FTSVHIYEKE VEARELKDGV EEITKDIPNV KEEELAHLDD SGIVKVGTYI TPGMILVGKV
SPKGEVKPTP EERLLRAIFG EKAGHVVNKS LYASPSLEGI IVDVKIFTKK GYDKDPRAVQ
AYEQEKEILD REHHDKLLML DREEMLRINA LLLKNPLQED QEINKQSYKK GQFIKAEDLQ
NVNRFSINSI VKAFDDGVQD AYKDLKAYFQ NEKKKLKEEH DEKLNILEKD DILPSGVVKL
VKVYIATKRK LKVGDKMAGR HGNKGIVSNI VREVDMPYLK NGEIVDIVLN PLGVPSRMNI
GQILEVHLGL IGKRLGDQIE DIFKEKQGDW IKSLREKMIS IADVAKLMDS RNFMDTLNDE
QLLGYARDWS KGVRFASPIF EGVNTEEFAK LFEMAKIDMD GKTDLYDGMT GQKMHEKVNV
GYMYMLKLHH LVDEKVHARS TGPYSLVTQQ PVGGKALFGG QRFGEMEVWA LEAYGAAHTL
REMLTVKSDD VEGRILAYKA LTRGENVPQT GIPETFYVLT NELKSLALDV EIYDEVEEDD
TTRTN
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