| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tter_1100 |
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| Symbol | |
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| ID | 8645595 |
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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 | Thermobaculum terrenum ATCC BAA-798 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013525 |
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| Strand | - |
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| Start bp | 1185599 |
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| End bp | 1188796 |
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| Gene Length | 3198 bp |
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| Protein Length | 1065 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | |
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| Product | FG-GAP repeat protein |
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| Protein accession | YP_003322838 |
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| Protein GI | 269926215 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGTATAGTC GCACTCTTGT AATTACATTG TTTCTAATAG CTATGCTCCC GATACGAATT
ACTCATGCAG CATCTACATC AACCCAAAGT TGGATGTTTG ATTTCGGCTG TGATAATAGC
CCTGTAGCCG AGGGGTATAT ACAGGTTTCG AACACTATGC TCTACGATAC CACTAGAGGT
TATGGTTTAG ATAGAGAAAC AAGTTGTCGA GATAGAGGGA CACCAGACCC TGTACGTCGC
GACTTTACTA ATAGCTCAAA TTACAACTTT CTGCTGGATG TGCCCAATGG AGACTATCAG
GTAACTATCA TCGCAGGAGA TGCAATTGCC TCAAACAATA CCTCAGTGAT GCTAGAAGGA
CAGAACGTAG GCACTATCTC TAGTCGCAGC GGTAGCTTCG GAGAGCTAAC GACCGTGACC
AGAGTAATGG ATACGCAACT AACTATGGGC TTTGGTAGGG ATGGTAGAGT AAATGGAGTA
ATCGTTATAG CAATCCCCTA CCCTACAGGT CTAAGGCTGG AAGATAGAGT CTTAATACCA
GATCCCTCTG TAACTATCTC GTGGAATCCT GTTGAAGAGG CGATCAACTA TAACATATAC
CGAGCCGAGG GCAACGATGG GTTTGAAAGG ATCGGAAGTA CAACCAAATC CTCGTATGTC
GACACGACTG TGGAGTTAGG GCTTTCCTAT AGATATGCCG TTACTCAGGT AAATAGCAGG
GGAATAGAGT CCGCGAAGAG TAACGTACTA ACAATAAATA TGTGGGATGA ATCACACCCG
GCTCCCAGGG CCCCACAAGG GATCGAATTA GATACAGCTA CAAGAGACGC TCTGGAATTT
TCTTGGAATC CTGTGGATGA TGCAATCTTA TACTATGTCT ATAGATCTAA GAATCCTACT
GGGCCCTTTG AGCGAATAGG AGCTATAAGT GAGGCTCAAT ACCGAGACAA CTTAAACCCT
ACCATAAACT ATTACTACCA AGTACGTGCA GTTGGGATTG GTGGACTATC ACTACCATCT
GAAACCCTGA AAACGCCTAT AACCAAAACC CCAATTAGGC GTATGGAGAA AATTAGCCGT
GCTCCAATAG CAGTACATAC TGATAACGGC ATCTTAGTTA GTTGGAGACT ACTTGCATCG
GATCCTCCAA ATATAGCATT TGATGTTTAT AGAAATGGGC ACAAAATAAA TAAGTCACCA
ATCAGAGACC GAACAAATTA TTTAGATAGG TCTGGCGATA CCGAAGCAGT ATATACCGTG
AAGCCAATCG TTCGAGGACA TATATGGGGC AAAATAGAAA GCACTACTGT ATGGGAAAAG
AATTATCTAG ATGTTCCCCT TCACAAGCCG CAAGGTGGAG TCACACCAGA CGGGGTTGAA
TATACATATA GCGCTAACGA TGCTAGCGTT GGGGATCTAG ATGGCGATGG AGACTACGAG
ATCGTATTGA AATGGGATCC GTCAAACTCA AAAGACAATT CTCAAGCCGG CTATACCGGT
GAGGTCTTGT TGGATGCATA TGAGCTCGAC GGCAGCCTTC TTTGGAGAAT AAATCTAGGC
AAGAACATTA GGGCTGGAGC TCATTATACG CAGTTCTTGG TTTACGACTT CGACGGAGAT
GGTAAAGCAG AGGTGGTAGC AAAGACTGCC GATGGTACTA TCGACGGCAC AGGAAGAGTC
ATTGGTGATC CCAATGCTGA CTATAGAAAC AGCGAAGGGC GAATATTAGA AGGGCCGGAA
TACTTAACCG TATTCGATGG TCTCACTGGT AGAGCCCTTG CTACCACAAA CTATGATCCA
CCCAGAGGAA ACGTGTGTGA TTGGGGTGAT TGTTATGGCA ACAGAGTAGA CAGATTTCTT
GCTGGAGTAG CATATCTTGA CGGTCAAAAT CCAAGTTTCA TTATGGCTCG AGGCTACTAT
ACACGTACAG TGTTAGTGGC CTACAACTGG CGAGATAATA AGATCACCAA ACTCTGGAAG
TTTGACAGCG CGACCCCTGG ATATGAATCT TACGCTGGGC AAGGTAATCA CCAACTTAGT
GTTGGTGATG TAGATAACGA TGGCCGAGAT GAGATAATTT ATGGCTCGAT GGCTATAGAT
GATGATGGAA GTCCCATGTA CTCAACAGGA CTAGGGCATG GAGATGCTAT GCATCTTGGC
GACTTAGATC CCCAGAGGCC TGGTTTAGAA GTCTTTCAGG TTCATGAGAA CGCTAATAGT
CCGTACGGCT ACGAAATGCA TGATGCTGCC ACTGGGGAGA TCTTATGGGG AGTTAGGACA
GGCATAGATA CAGGTAGAGG TCTCGCGGCA GATATAGATC CCAGATACAT AGGGTATGAA
GCTTGGGCTG TTAAGGGAGA ATGGAACAGC CCTACAGGGG GATTACATAC AGCTAATGGA
GATAAGATAT CAGATAACAT ACCACCGGCA AATTTCGCTA TATGGTGGGA TGGGGACCTG
ACAAGAGAGA TTCTGGACCA CAATTGGTCT CAGGAGCAAT ATGTAGGGGT TGGTACTATT
GGTAAGTGGG ATTATGAGCA CGAGAAGATG GTCAACCTCC TAACGGCTCA CGGCACTTAC
TCCAACAACG GTACCAAGGG TAACCCTAGC CTACAGGCAG ATATATTCGG AGACTGGCGA
GAAGAAGTTA TATGGAGAAC TGAAGATAGC AGCGCGCTTA GGATCTACAC TACTCCTTAC
CCAACCGAGT ATCGATTTGT AACCCTCATG CAGGATCCGA TTTATAGACT GGGTATTGCA
TGGCAGAATG TTGGATATAA CCAGCCTCCG CACACCAGCT TCTATCTAGG CTCTGGTATG
CCAAAACCCA GCTGGAAACC ACTAAGCACT GATGAACCCA TCAAGGTTAA ATTGGACCTC
TATCCAAACA GGATAACCCA TACAAACGAG AAGCATAACA CGCTCAGAGC ACTTATAAGG
TTTCCAGCTG ACATACAAGG CGATGTTGTT GCGGCAAATA GCATCCATTT ATTAGTAGAC
GGCGATGACC TATCTCCCAA GAATAGTAGG TTTGGAAAAG TCATAAGCAA AGGGAACGCC
ATTCTAGTAC CTTTTAGAAT GAACGACTTA GTTAACGCAG CAGCTGAGTA TACAGGAAAG
GTCGAGATAA CAATCCTTGG ATACACACAA GAAGGTAAAA CTTTTTGGGG AACTGCTCTT
ATTAGGGTTG GGGAATAG
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| Protein sequence | MYSRTLVITL FLIAMLPIRI THAASTSTQS WMFDFGCDNS PVAEGYIQVS NTMLYDTTRG
YGLDRETSCR DRGTPDPVRR DFTNSSNYNF LLDVPNGDYQ VTIIAGDAIA SNNTSVMLEG
QNVGTISSRS GSFGELTTVT RVMDTQLTMG FGRDGRVNGV IVIAIPYPTG LRLEDRVLIP
DPSVTISWNP VEEAINYNIY RAEGNDGFER IGSTTKSSYV DTTVELGLSY RYAVTQVNSR
GIESAKSNVL TINMWDESHP APRAPQGIEL DTATRDALEF SWNPVDDAIL YYVYRSKNPT
GPFERIGAIS EAQYRDNLNP TINYYYQVRA VGIGGLSLPS ETLKTPITKT PIRRMEKISR
APIAVHTDNG ILVSWRLLAS DPPNIAFDVY RNGHKINKSP IRDRTNYLDR SGDTEAVYTV
KPIVRGHIWG KIESTTVWEK NYLDVPLHKP QGGVTPDGVE YTYSANDASV GDLDGDGDYE
IVLKWDPSNS KDNSQAGYTG EVLLDAYELD GSLLWRINLG KNIRAGAHYT QFLVYDFDGD
GKAEVVAKTA DGTIDGTGRV IGDPNADYRN SEGRILEGPE YLTVFDGLTG RALATTNYDP
PRGNVCDWGD CYGNRVDRFL AGVAYLDGQN PSFIMARGYY TRTVLVAYNW RDNKITKLWK
FDSATPGYES YAGQGNHQLS VGDVDNDGRD EIIYGSMAID DDGSPMYSTG LGHGDAMHLG
DLDPQRPGLE VFQVHENANS PYGYEMHDAA TGEILWGVRT GIDTGRGLAA DIDPRYIGYE
AWAVKGEWNS PTGGLHTANG DKISDNIPPA NFAIWWDGDL TREILDHNWS QEQYVGVGTI
GKWDYEHEKM VNLLTAHGTY SNNGTKGNPS LQADIFGDWR EEVIWRTEDS SALRIYTTPY
PTEYRFVTLM QDPIYRLGIA WQNVGYNQPP HTSFYLGSGM PKPSWKPLST DEPIKVKLDL
YPNRITHTNE KHNTLRALIR FPADIQGDVV AANSIHLLVD GDDLSPKNSR FGKVISKGNA
ILVPFRMNDL VNAAAEYTGK VEITILGYTQ EGKTFWGTAL IRVGE
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