| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_2340 |
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| Symbol | |
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| ID | 8597805 |
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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 | Sebaldella termitidis ATCC 33386 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013517 |
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| Strand | - |
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| Start bp | 2483165 |
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| End bp | 2487616 |
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| Gene Length | 4452 bp |
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| Protein Length | 1483 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 | Glutamate synthase (ferredoxin) |
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| Protein accession | YP_003309125 |
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| Protein GI | 269120948 |
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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 | 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 | TTGGAAAAGA AAAGATTTAT GGAAAAATCA TTGTTTGAGA GAGAATTTGA AAAAGATAAC
TGCGGGATGG GGTTTATAGC TAATATAGAC GGGCTGAAAA CCAACAAAAC AATTAAAGAC
GGAATAAGAA TACTAATGGG ACTGGAGCAT AGAGGAGCTT CCGGATATGA TTCCGAAACC
GGAGACGGAG CAGGTCTTCT TTTCGAGATT CCCGATGCGT TCTTTAGGGA TATTTGTGAA
AATCTGCCGA AAATGGGGGA TTATGGAACA GGAAATATAT TTTTGCCGGT AAATCCTGAT
CATGCACGTA TAATAAAGGA AATAGCCGAA AAAACTGTAA AAGAAGAGGG GGAAAAGATT
CTTTACTGGA GAAAAGTTCC TGTAAACAGA AATGCGGTAG GTATAGAAGC ACAAAGAACC
CTTCCGGAGA TAGAACAGCT TTTTATTGAA AGAACAGCTT CGGCAAAAGA AGAGTTTGAA
AAAAAATTAT ATATTATAAG AAAAAAAATA GAAAATAAAG TGAAAACTCT TGATATAAAT
ATTGAAGAAT TTTATATTAC AAAGCTTTCA TCAAAAATAA TTGTATATAA GGGCTTAATA
AAGCCGGACC AGATAGAAAA ATTTTATATT GACCTTCAGT CTGATAAGAT GGAAAGTCAG
TTTTGTCTGG TACATCAGAG ATTTAGTACC AATACCTTTC CAAAATGGGA ACTGGCTCAT
CCTTTTCGTT TTCTTGCACA TAACGGGGAG ATAAATACTG TAAAGGGAAA TGTTAACTGG
ATGGTTTCAA GAGAGCCTGC CCTGAGCTCG GAAGCATATT CCGAAATAGA AGCACTTTTT
CCTGTAAATG ATCATTTAGC AAGTGATTCA GCTAATCTGG ATACAGCGCT GGAGTTTTTA
CTTTTTTCCG GAAAGACATT AATAGAAGCA ATTTCAATGT TAGTCCCTGC AGCATGGGAA
AAAGACAGTG AAATGCCGGA AAAACTTAAA AATTTTTATG ATTATTATTC CAGTCTTATG
GAGCCGTGGG ACGGTCCGGC GGCACTTGCC ATGACAGACG GAAGATATAT ACTGGCAAAG
CTTGACAGAA ACGGACTGAG ACCGCTTAGA TACCTGATAA CCAAGGATAA TTACATAATA
GCCGGGTCGG AAGTAGGAAC TCTTCCTACA GAGTTTTCAA ATATAAAGGA AAGCGGAAGA
GTGAGACCGG GTGAAATTCT TCTTTTGGAT ATGAAAGAAG GCAAGGTTCT TGATAAGGAA
GCTACTCTGG AAAAAATACT GAATAACACT GATTATGCGG ATTTGCTTAA GAATAAAAGA
TACGCAGAAA AAGAACTGAA AAATTATAAA TATAAAGAAG AAAGAAGAGA GCTTTCCATA
ATAGAAGAAC AGCTGAGAAT TTTTGGTTAT ACCCGTGAGG ATCTCGGCAT AATAATATCT
GAAATGGCAT CCAGCAGTAA TGAACCGTTG GGATCAATGG GGAATGATAC GGCACTTGCT
GTATTTTCCG AAAAGCCGAG ACTGCTGTTT AATTATTTCA AGCAGTTATT CGCACAGGTA
ACGAATCCTC CTATAGATTC TATAAGAGAA AAATCGGTAA TGTCACTGAA AAGCGAACTG
GGAACAAAAG GGAATCTGCT TTTTAATACA CCGGAAAACA GCAGGACAAT GGTCTTTGAG
TCACCTGTTA TAGATAATAA AACTTTAGAT TTTATAAAAA ATGAATATAA AGAAAGCATA
GCAATAAAAG ATATTATATT TGATAAATCA GATGAAAGCC TTGAAGAAAA GCTGAATGAA
ATATTCAGAT CCGTGGAAGA AGATATAGAA AACGGAAAAA AAGTAATAGT TCTTTCAGAC
AAAAAGGCCG GGGAAAATAA AATACCAATA CCTTCTCTTT TGGCAACAGC CGGTTTACAT
CATTATCTGA TAGAAAAAAA GAAAAGAAGC GGTATAGATA TTATTCTGGA AACAGGGGAA
GCAAGAGAAA TAATGCATTT TGCCTTACTG GTAGGATACG GGGCACTTTT GATAAATCCG
TATCTTGCAT TTGATTCTGT GGATTATATG CTGGCAAAAA AATTATATCT TCAGTCTGAT
AAGCAGGAAT ACATAAAAAA TATAATAAAG GCACTGGAAA AAGCATTATT GAAAACAATG
GCAAAAATGG GTATCTCATC TGTGCAGAGC TACAGAGGGG CTCAGATTTT TGAAGCACTG
GGGCTTTCGC AAAAACTTGT GGATAAATAT TTCAGAGGAA CAGTTTCCAG AATAGAAGGT
CTGGATATAG AGGCACTGGA AAAGGAAACA AGACTCAGAC ATACAGAAGC TGTGAATGCA
ATAAAAAAAC ATTCGGAAGT ACTGAATAAT GACGGTGAAT ATCAATGGAG AAAAGACGGG
GTAAATCATA TTCTTACTCC CGAGGCAATA GCTAAAATAC AGGAAGCTAC AAGCAGAAAT
GATTATAAAG CATATAAAGA ATTTTCAAAT ATTATAAATG ACCAGAGCAA AAAACTTCTG
ACTATCAGAG GAATGTTTAA GATGAAAAAG CAAACTCCTG TCCCTTTGGA GGAAGTAGAG
CCTGTAGAAG CTATAATGAA GAGATTTGTT ACAGGTGCTA TGTCTTACGG ATCTATTTCA
AAAGAAGCAC ACGAGGCTTT GGCAATGGCT TTGAATGAGA TAGGAGGAAG ATCGAATTCC
GGAGAAGGCG GAGAGCTTTC GGAAAGATTT ACCGATAACA GAAGAAGTGC GACAAAGCAG
GTAGCTTCGG GAAGATTCGG AGTAACTACC TCATATCTGA TAAATGCAGA CGAGCTTCAG
ATAAAAATGG CACAGGGAGC AAAACCCGGA GAGGGTGGTC AGCTTCCCGG AGATAAGGTA
GATAAAGAAA TAGGAAAGAC AAGACATACA ACACCGGGAA TAGGTCTGAT ATCACCGCCT
CCGCACCATG ATATTTACTC AATAGAGGAT TTGGCACAGT TGATATTTGA TTTGAAAAAT
GTAAATCCCA AAGCAAGAAT AAGTGTGAAA TTAGTATCGG AAGCAGGGGT AGGGGTAGTA
GCTTCCGGAG TGGCAAAGGC TCATTCGGAG ATGATACTGA TCTCAGGACA TGACGGTGGA
ACAGGAGCAT CACCGCTGTC ATCTATTAAG CATGCGGGTC TGCCGTGGGA GCTTGGTCTT
GCAGAGGCGA ATCAGGTGCT AAAAGAGCAT AAATTAAGAA ACAGAGTAGT CCTGCAGGTA
GACGGAAAAC TGAAAACCGG AAGAGATATC ATATTTGGTG CCTTACTGGG AGCAGAAGAG
TTCGGATTTG CCACAATGCC TTTGGTGGTA TTAGGATGTA TTATGATGAG AAAGTGTCAT
ACGAATATGT GTCCTGTAGG AATTGCCACA CAATCTGAAG AATTACGTGC AAAATTTGTA
GGTAAATATA AAAATATAAT TACATATTTT AGATTTTTAT CAGAAGAGAT GAGAGAAATC
ATGGCAGAAC TCGGAGTAAC AAAATTAGAG GATTTGATAG GAAGAACCGA TCTTCTTGAG
GTAGATTACA AAAATGAAAA CTGGAAGTCA AGAAAAGTGG AGCTGACAAA AATACTATAT
AGAAATCCTG AGGATCATAC ACCTAATATT TGTACTGAAA AACAGAATTT CGGAATGGAT
AAAATAAAAG ATCTGAAATT AATATCAGAA GCTGAGAAAT CCATCACAGA CAAGCAGGAA
ACAGTAATAA ACGATACTAT TACAAATGCT GACAGAAGTC TCGGGGCAAT GCTGAGCGGA
ATAATAGCCG AAAAATATGG TGAAGCCGGA CTTCCGGAAG ATACTATAAA AATAAATCTC
AGAGGTTATG CCGGGCAAAG CTTTGGAGTA TTTGGAATGA GCGGTATTAC TATTAACCTT
GAAGGAGAGT CTAATGATTA CATAGGAAAA GGACTTTTCG GAGCTAAAAT TATAATAAGA
AAGCCTAAAG ATGCTGCATA TGACAGTACT AAAAACATAA TAGGAGGAAA TGCAGTATTA
TATGGAGCAA TAAAAGGAGA GCTGTATCTT AACGGAGTAG CAGGAGAAAG ATACTGTGTA
AGAAATTCAG GTGCGGTATC TGTGACAGAA GGAGTAGGAG ATCATGGCTG CGAATATATG
ACAGGCGGAA GAGCAGTAAT ACTTGGAAGA GTGGGGAAAA ACTTCGGAGC AGGTATGAGC
GGTGGAATAG CCTATGTATA CGATAAACAG AATAAGCTTG AAAAGAGACT GAACAGGGAA
ATGGTCGAAA TACATAACTT AGAACCTGTA TATGAAGCAG AAATAAAAAA ATATGTGGAA
AATCATTTTA GATATACTCA GAGTGAAATT GCAAAAGAAA TTTTATCGGA CTGGGATAAT
TTGAAAAGTG ATTTTAAGGT AGTTGTATCG CCAAAATATA ATGAATTATT CCTTAAAGAG
GTGATAAGCT GA
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| Protein sequence | MEKKRFMEKS LFEREFEKDN CGMGFIANID GLKTNKTIKD GIRILMGLEH RGASGYDSET
GDGAGLLFEI PDAFFRDICE NLPKMGDYGT GNIFLPVNPD HARIIKEIAE KTVKEEGEKI
LYWRKVPVNR NAVGIEAQRT LPEIEQLFIE RTASAKEEFE KKLYIIRKKI ENKVKTLDIN
IEEFYITKLS SKIIVYKGLI KPDQIEKFYI DLQSDKMESQ FCLVHQRFST NTFPKWELAH
PFRFLAHNGE INTVKGNVNW MVSREPALSS EAYSEIEALF PVNDHLASDS ANLDTALEFL
LFSGKTLIEA ISMLVPAAWE KDSEMPEKLK NFYDYYSSLM EPWDGPAALA MTDGRYILAK
LDRNGLRPLR YLITKDNYII AGSEVGTLPT EFSNIKESGR VRPGEILLLD MKEGKVLDKE
ATLEKILNNT DYADLLKNKR YAEKELKNYK YKEERRELSI IEEQLRIFGY TREDLGIIIS
EMASSSNEPL GSMGNDTALA VFSEKPRLLF NYFKQLFAQV TNPPIDSIRE KSVMSLKSEL
GTKGNLLFNT PENSRTMVFE SPVIDNKTLD FIKNEYKESI AIKDIIFDKS DESLEEKLNE
IFRSVEEDIE NGKKVIVLSD KKAGENKIPI PSLLATAGLH HYLIEKKKRS GIDIILETGE
AREIMHFALL VGYGALLINP YLAFDSVDYM LAKKLYLQSD KQEYIKNIIK ALEKALLKTM
AKMGISSVQS YRGAQIFEAL GLSQKLVDKY FRGTVSRIEG LDIEALEKET RLRHTEAVNA
IKKHSEVLNN DGEYQWRKDG VNHILTPEAI AKIQEATSRN DYKAYKEFSN IINDQSKKLL
TIRGMFKMKK QTPVPLEEVE PVEAIMKRFV TGAMSYGSIS KEAHEALAMA LNEIGGRSNS
GEGGELSERF TDNRRSATKQ VASGRFGVTT SYLINADELQ IKMAQGAKPG EGGQLPGDKV
DKEIGKTRHT TPGIGLISPP PHHDIYSIED LAQLIFDLKN VNPKARISVK LVSEAGVGVV
ASGVAKAHSE MILISGHDGG TGASPLSSIK HAGLPWELGL AEANQVLKEH KLRNRVVLQV
DGKLKTGRDI IFGALLGAEE FGFATMPLVV LGCIMMRKCH TNMCPVGIAT QSEELRAKFV
GKYKNIITYF RFLSEEMREI MAELGVTKLE DLIGRTDLLE VDYKNENWKS RKVELTKILY
RNPEDHTPNI CTEKQNFGMD KIKDLKLISE AEKSITDKQE TVINDTITNA DRSLGAMLSG
IIAEKYGEAG LPEDTIKINL RGYAGQSFGV FGMSGITINL EGESNDYIGK GLFGAKIIIR
KPKDAAYDST KNIIGGNAVL YGAIKGELYL NGVAGERYCV RNSGAVSVTE GVGDHGCEYM
TGGRAVILGR VGKNFGAGMS GGIAYVYDKQ NKLEKRLNRE MVEIHNLEPV YEAEIKKYVE
NHFRYTQSEI AKEILSDWDN LKSDFKVVVS PKYNELFLKE VIS
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