| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_2090 |
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| Symbol | |
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| ID | 8597555 |
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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 | 2215841 |
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| End bp | 2220106 |
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| Gene Length | 4266 bp |
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| Protein Length | 1421 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 polymerase III, alpha subunit |
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| Protein accession | YP_003308875 |
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| Protein GI | 269120698 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.591044 |
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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 | ATGAGTATTA AATATATGAA ATTAAAACCA TCGGATGATA TATACGAGAG ACTTAACATA
AAAAGTTTTT CCATAGAACA CATTAATTTA TTCTCCAAAA AAAAGGAAAT GGAAGTTTTG
ATCAAAATTA TCCATATAGA TGCTTTCAAA GAAGTGATGG ATCTGCGGCG TGAGCTGACC
AAAACCTTCA GCGACAGCAT AAGGGTAAAA ATGAAATTTC TTATGAATAC TGTTGTAGAA
AGTGATAAAC TGACAAGTCT CGTGGAATTT CTTCTGGATA ATTACAAAAA TGAAAGTATC
AGACATCAGT ACATTTTCTC AGATTATGAA ATTTATTACA GAAATAATAA AAATATACAA
ATAGAGCTGA AAAGTCACCA TCTGATAGAA CAGGCAGTCA GTCAGGGAAT AGATAAGGAT
CTTCAGATAA AACTAAAAGA AGTTACTGAC CGGGAGTTTA AAATAAGCTT TATAAGCGAG
AAAGAAGAAG GGGAATTTAT AGCAGAAGCC ATAGAGGAAT ATGCGGTGAT AATGGAAGAA
ACTTTTATGG TGGAGGATAC CACATCACAA AGCTCCACTC CGGTATTATA CGGTGAGGTA
ATAAAGAGCA GAATCATGGA CTATTCAGTA TTTGATCAGC TTCAGGTCGG GGAAAACATG
ACTATTGAAG GGGAAGTATT CAATATAAAT ACAAGAGAGC TGAAAAATGA CAAGCTGCTT
ATTTCCTTTA ATGTTACAAA TTACAAGGAT TCTATTTCAT GCAGGCTTTT TCTTTTGAAA
ACGGAAGATT TGAAGCTGAA AAACGGTGAA TGGGTAAAGC TTAAGGGAAG AGTTACACAG
GACAGATTTA ATATCGAAGA TTATTATCTC ATTATTTCAT CAATAGAGAG AATTCCGTCA
AGACTGGAAA GAAGAAAAGA CGAAGCGGAA GTAAAAAGAG TGGAATTACA TGCACATACC
AATATGAGCG AAATGAGCGG CGTAGTATCT GCTAAAGATC TCATAAACAG AGCTGTAGAA
TACGGACATA ATGCTATAGC CGTTACAGAT TACGGAGTGG CATATTCGTT TCCTTTTGCA
TACAAAGCGG CGCCAAAAGA CTTTAAGGTT ATTTTCGGCG TAGAAGCCTA TGTGGTGGAT
GACGAACAGA ACATGGTGGA AAGACCGAAA GATGCCATGA TAGAACAAGA GGAATATATT
ATATTCGATA TAGAGACTAC CGGTTTCGAT CCGTATAAAG ATAAAATAAT AGAAATAGGT
GCGGTAAAAC TAAAAGGCCG TAATATAATA GACAGATTTT CCGCTTTTGT AAATCCGGAA
GTACCTATAC CGGAAGAAAT AATAAAGCTT ACAAATATCA CAGATGATAT GGTAAAGGAT
GCAGAGCTTA TTGATACAGT CCTTCCGCGT TTTTTGGAAT TCTGCGGAGA TTGTACAATG
GTAGCCCATA ATGCGAAATT CGATGTGGGA TTCCTTACGC AAAAGGCAAG ACAGCTTGAA
CTGGAATTTC TGCCCAGTGT CATTGATACC TTATACTGGG CAAGAGTCCT TATCACAGAC
CTGAAAAGAT TTAACCTGAA AGCACTCGCC AATTATTTTA ACATATCTCT TGATAATCAT
CACAGGGCAG TAGATGATGC TGAAGCTACG GCTTCTATCT TTATAAAAAT GCTGAATATG
GTTTTATCAA AAGGTATACT CCAAATTTAT GAAATAAATG ACACATTTCA GAATAACGTT
CAGACAGCCG ATACTATGAA CACAATGATA CTGGTAAAGA ACAGGGAAGG GCTCAAGGAT
TTGTACGAGC TTATTTCAAG ATCGCATCTG GATTTTTTTG GTGAGAGAAA GCCCAGAATT
CCCAAGAGTA TGCTTAAAGA AAAAAGAGAA CATCTGTTAA TAGCAAGTTC TGCGAATTCA
GTATTTAGAA ATGACGGAGA ATTGGTAAGA GCATATTTGA GAGGTATGTC AAAAGATGAA
ATAGAAGAAA GAGCAGATTT TTATGATTAT ATAGAAATAC ATCCTGCTGC CAACTATATT
GAAATGGTAA ATAACGGAGA GATGGAAAGC CTGGATATAG CCATGGAAAT GAATAAATAT
TTTTATGAGC TGGGTAAAAA AACAGGGAAA ATCGTAGTGG CAACAGGAGA TGCACATTAT
CTGGAAGAGT GGGAATCTGT TAACAGAAGC GTATTGATAC TGGGATCGGG TATGGGACAC
AGGTCATTTA AGCATGACAG AAAGCTTTAT TTCAGAACAA CTGACGAAAT GCTTGATGCT
TTTGCATTCT TAGGTGAGAA GGAAGCATAT GAGGTGGTAA TAGAGAATAC CAACAAACTG
GCTGATATGA TAGAGCGGCT AAAACCGATT CCTGACGGAT TTTATCCTCC GAAAATAGAG
GGTGCGGAGG AAGAAGTACG GGAAATGACC TATAACAGAG CCAAAAAATT ATACGGGGAA
AATCTTCCCG AAATTTTGGA AAAAAGAATA GAACATGAAT TGGAAGCAAT TATAGGCAAC
GGCTTTGCGG TACTTTATCT GATAGCGCAA AAGCTGGTTA AAAAATCACT TGATAACGGA
TATCTCGTAG GTTCAAGAGG ATCGGTAGGT TCGTCAATAG TTGCTTATAT GATGGAGATA
ACAGAGGTAA ATGCTATGTA TCCGCATTAC AGATGTCCTA ATCCTGAATG TAAACACAGT
GAATTTACTG ATATGGCAGG CAGCGGAGTC GATCTTCCCG ATAAAAACTG TCCTAAATGC
GGAACAAAGT ATATAAAAGA CGGGCATTCA ATTCCGTTTG AGGTATTTAT GGGATTCAAA
GGTGACAAGG TACCGGATAT TGACCTTAAC TTTTCAGGGG AATATCAGTC AGAGATTCAC
AGATACACAG AAGAGCTTTT TGGAAAAGAT CATGTATTTC GTGCAGGGAC AATATCGACA
CTGGCTGAAC GAAATGCATT TGGTTATGTA AAAAAGTACT TTGAGGAAAG CGGTATTCAT
AAAAGAAAAG CTGAAATAGA AAGAATAGCA AAGGGGTGTG AAGGAGCAAG AAAGACAACA
GGACAGCATC CGGGAGGAAT GATAGTACTT CCGAGTGACA AGTCGATATA TGAATTTACC
CCTATACAAA AACCGGCTAA TGATAAAACA GCAGAATCCA TAACTACACA CTTTGATTAC
CACGTAATGG ACGAACAGCT GGTAAAGCTG GATATACTCG GACATGATGA TCCTACTACT
CTTAGAATAC TTCAGGATCT TACAGGGATT GATATATACC AGATACCTCT TGACGACCCT
AAGGTACTCA GTATATTTAA CTCTACAGAA GCATTGGGTG TTACACAGAA GGACATAGGT
TCCGTAATAG GATCATTTGG TATACCAGAG TTCGGTACTA AGTTCGTACG GGAAATGCTT
ATAGAAACAA AGCCGAGCAG TTTTGCAGAA TTGGTGAGAA TCTCGGGACT TTCACACGGA
ACAGATGTAT GGCTGAATAA CGCCCAGGAT TATGTAAAAG CAGGAATAAC AACTCTTAGT
GAAGTTATCA CCGTGCGGGA TGATATTATG AACTATCTTA TAGATCACGG TCTTGATAAA
TCACTGGCAT TTACTATAAT GGAATTCGTT AGAAAAGGAC AGCCTTCAAA AAACAAAGAA
AAGTGGGAAG AATATGCCAA GGCAATGAAG GAAAAAAACA TAAAAGAATG GTATATAGAA
TCTTGCGAAA AGATAAAATA TATGTTCCCG AAAGGACATG CTGTGGCTTA TGTCATGATG
GCAGTAAGAA TAGCATATTT CAAGGTATAT TATCCTCTTG AGTTTTATAC GGCATTTTTG
AACAGAAAAG TAGACGGCTT CAGTGTTACC AAAATGTATA AGAAACTTGA CGAATTGAAA
GAAGCCAGAA AGCTTCTTGA TGAAAAGATG AATCTTGACG TTAAGGAAAA AGGTGATCTG
ACATTATATG AAATATTAAT AGAAATGAGC CACAGGGGAA TAGAACTGCT TCCTGTAGAT
ATATATAAAT CAGAAGCCAG TTTATTTCTG GTGGAGGACG GGAAAATAAG GCTTCCGCTT
GTTGCCGTGG ACGGGCTTGG GGAATCAGTC GCCAAAAAAG TAGTAGAAGA GAGAAAAATT
TCAGAATTTA TTTCACTTGA AGATATATTA AAAAGAACAA AATTAAATAA AACTGTGGTG
GAACTAATGA AACACTATAA GTTTCTGCCG GATATATCAC TTACAAACCA GCAGACATTA
TTTTAA
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| Protein sequence | MSIKYMKLKP SDDIYERLNI KSFSIEHINL FSKKKEMEVL IKIIHIDAFK EVMDLRRELT
KTFSDSIRVK MKFLMNTVVE SDKLTSLVEF LLDNYKNESI RHQYIFSDYE IYYRNNKNIQ
IELKSHHLIE QAVSQGIDKD LQIKLKEVTD REFKISFISE KEEGEFIAEA IEEYAVIMEE
TFMVEDTTSQ SSTPVLYGEV IKSRIMDYSV FDQLQVGENM TIEGEVFNIN TRELKNDKLL
ISFNVTNYKD SISCRLFLLK TEDLKLKNGE WVKLKGRVTQ DRFNIEDYYL IISSIERIPS
RLERRKDEAE VKRVELHAHT NMSEMSGVVS AKDLINRAVE YGHNAIAVTD YGVAYSFPFA
YKAAPKDFKV IFGVEAYVVD DEQNMVERPK DAMIEQEEYI IFDIETTGFD PYKDKIIEIG
AVKLKGRNII DRFSAFVNPE VPIPEEIIKL TNITDDMVKD AELIDTVLPR FLEFCGDCTM
VAHNAKFDVG FLTQKARQLE LEFLPSVIDT LYWARVLITD LKRFNLKALA NYFNISLDNH
HRAVDDAEAT ASIFIKMLNM VLSKGILQIY EINDTFQNNV QTADTMNTMI LVKNREGLKD
LYELISRSHL DFFGERKPRI PKSMLKEKRE HLLIASSANS VFRNDGELVR AYLRGMSKDE
IEERADFYDY IEIHPAANYI EMVNNGEMES LDIAMEMNKY FYELGKKTGK IVVATGDAHY
LEEWESVNRS VLILGSGMGH RSFKHDRKLY FRTTDEMLDA FAFLGEKEAY EVVIENTNKL
ADMIERLKPI PDGFYPPKIE GAEEEVREMT YNRAKKLYGE NLPEILEKRI EHELEAIIGN
GFAVLYLIAQ KLVKKSLDNG YLVGSRGSVG SSIVAYMMEI TEVNAMYPHY RCPNPECKHS
EFTDMAGSGV DLPDKNCPKC GTKYIKDGHS IPFEVFMGFK GDKVPDIDLN FSGEYQSEIH
RYTEELFGKD HVFRAGTIST LAERNAFGYV KKYFEESGIH KRKAEIERIA KGCEGARKTT
GQHPGGMIVL PSDKSIYEFT PIQKPANDKT AESITTHFDY HVMDEQLVKL DILGHDDPTT
LRILQDLTGI DIYQIPLDDP KVLSIFNSTE ALGVTQKDIG SVIGSFGIPE FGTKFVREML
IETKPSSFAE LVRISGLSHG TDVWLNNAQD YVKAGITTLS EVITVRDDIM NYLIDHGLDK
SLAFTIMEFV RKGQPSKNKE KWEEYAKAMK EKNIKEWYIE SCEKIKYMFP KGHAVAYVMM
AVRIAYFKVY YPLEFYTAFL NRKVDGFSVT KMYKKLDELK EARKLLDEKM NLDVKEKGDL
TLYEILIEMS HRGIELLPVD IYKSEASLFL VEDGKIRLPL VAVDGLGESV AKKVVEERKI
SEFISLEDIL KRTKLNKTVV ELMKHYKFLP DISLTNQQTL F
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