| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Acid345_1387 |
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| Symbol | |
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| ID | 4068922 |
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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 | Candidatus Koribacter versatilis Ellin345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008009 |
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| Strand | - |
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| Start bp | 1678692 |
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| End bp | 1683164 |
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| Gene Length | 4473 bp |
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| Protein Length | 1490 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 637983396 |
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| Product | integrin-like protein |
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| Protein accession | YP_590463 |
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| Protein GI | 94968415 |
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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 | 9 |
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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 | 5 |
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| Fosmid unclonability p-value | 0.051369 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGAAGAACT CTCGCATTCG TTTGCTTGCC GTTCCTCTCC TGCTTGCCAG CGTTCTTCTT
TTCGTTCCGC CAATCGCGAT AGCCGGCACC TCGACCACCA CGACGCTGAC GATCACCAGT
GGTGGCTCTT CTGTATCGAG TGTTACGCCG GGCACTGTTG TCGCACTCAA TGCGCTGGTC
AAAGCGGGTT CTACCGCGGT GCTCCCGGGC ACCGTGCGGT TCTGTGATAC CTCGGTGAAT
TCTCATTGTC TGGACGGTGC TTTGCTCGGC ACGGCACAAT TACTCTCCGA CGGTTCTGCG
AGCATCAAGC TACGCCTCGG TGTAGCGACA CACTCCATTC AGGCGAAGTT TGACGGGACC
CTTACCTACT CCGCCTCCGC CTCGAGTACT TCCTCCCTCA CCGTCTCGGG TGGAAAATCT
CCAACCCTCA CCACGTTATC CTGGGTTAGT GGCTCAACGT CGGTATCCGC GACGGTCGCA
GGTTTTCCGC CATCCACTGT TACCACCTCT CCCAGCGGAA CCGTCACGCT CCTCGACACG
AGCCATGGCA ATGCGGTTGT CGGAACAGGA TCTCTCACTG CCGGCAGCCT CGGAGATGGG
ACTGTCAGTT TCTTTCCATC GCAAACTCTA TTCGATGATC ACGACGGCAA TAATCCGCGA
GAGACGCTGT TCACCGATCT CAACGGCGAC GGGATACCCG ATCTGATCTT GGTGAATTCT
GCGTATAACG TCACAGGCCA TCTCTCGATC TGGCTCGGAA ATGGAGATGG AACCTTTCAA
CCTCCGCTGG CTTCCTATGC TATTGACAAG GATGCCCAGG GACTTCTGGT AGCGGATTTC
AATAACGATG GCATCCCCGA TGTCGCCGTT GGCTCTGACG GTGGGACTCT TATCTGGATA
TTCCCTGGAA ATGGCGACGG CACGCTGAAC GCGCCAGTCT ACGTGGAAGT GGAACACCAT
GGAGACGACG GCGACCCCCA TCCACTTCGG CTCGTGGCCG GCGACTTCAA TCATGATGGC
AACCTTGATA TCGCCGCCGC CACCTCAGGC AATCTCGCGA ACTCCATCAT GGTCGTCCTC
ATTGGCAATG GCGACGGCAC CTTCCATACC CCGGTCCGTT ACAACTTCAC CGGTTCCTGC
AGCGGCGTCA GCGAACACTA CCTGGTTGGC GGCGATCTCA ACGGCGATGG CAACGTCGAT
TTGGTGATGA ACGATGACGA GTGCTCAAAC CTGATCTGGG TGTTCATCGG CAATGGCGAC
GGTACCTTCC AAACGCCCTA CAGCGTAACC GTTACCACAG CCTCCGAAGT GGAATCACCA
ATCGTCGCCG GAGATTTCGA CGGGGACGGT GTCCCGGATA TTGCGGTTAT CGGAGCCGAC
GAACAGGTTG TGCACGTACT GCTCAGCAAG GGAGATGGTA CGTTCAAAAC GCCGGCGAGC
TACGGCATAG GTCAGGTAGG ACTTAAGATT GCCACCACCG ACTTCAATGG AGATCACATA
CCTGACCTGG TAATTCTAAA TTCCTACGAC TCCACCCTCT CGGTCCTGCT CGGGAAAGGC
GACGGTACAT TCCTTCCGCA AATCACGCTT CCTTCTTTGA ACTATGGCCT CAATGTGGCA
GACCTGAATG GCGACGGCAA GCCCGACATC GCCAGCACCT CTAACCCCGC GTCGAACACC
CTGAAACCAC TACCCCCGCA AGCAAGTATC ATGCTGAATG CCTCGGACGC CGCCTCCGCG
ACCGTGAGCT TCGATGTCAC CAGCCTCTTG GCATCCGGAG TCCACGTACT GCAGGCCTCG
TACCCGGGAG ATGCCAACTA CTCCGCGGGT GTTTCTCGTC TGTTGCCTCT CGTGGGTATT
GGCGCAACAA CCTTAAACAT GAGTCTTTAT CCCGAACCCG TGCCTTACGG TGGCACAGTC
ACCCTCACAG CAACCCTAAC GCCGAATTCC GGTACAGACG GCGAGATCAT CTCATTCTTC
ACGAACGGAA GTCACTTGGG CACGGCAACG CTGAGCTCTG GCGTCGCCAC CCTTTCCACC
TCCACACTCG CGGCCGGTCT TAATTTGCTC ACTGCCTCTT ACGCGGGCAA CGTGAACTAC
TCCAGTTCCG TCTCCGATCC CGTCGACGAG ACGGTGCGCG GAATCGAGAC GACACTGAGC
TTAGGCGCCA GGCCCAACCC TGCGTCCTAC GGGAGCCCTG TCTCCCTCAA GGCAACCCTC
ACCCCAAGCG CTGGCACGGA TGGCGAACAG ATCTCCTTCT ACGAACAGGT TTCCCCCTCT
TTCTCCGCGA GAATTTTCAT TGGAACCGCC ACGCTGGCTT CTGGTGTCGC CACCCTATCT
ACCTCCGCCC TCGGGGTCGG CGACCACTCG CTGTGGGCTG CTTACCCCGG CGATACCACC
CACGACATCG AAAGCTCCAG TACTGTTTCG GAAACCGTGT TAGGGACTGC ACCCGCCCTT
ACCCTCGGTG CTAATCCAAA ACCGGTGGAT CACGGTCATC TCGTGACCCT TACCGCAACC
ATCTCTCCAA GCTCCGGCAC AGACGGAGAG AGAATTACAT TTTTTAGCAA CGGAAATATC
CTCGGCAGCT CCGCGCTGAG TTCAGGAGTG GCGACCCTAT CAACCGCTGC GCTCGTAGCC
GGCACCGATT CGCTTACCGC TTCTTACCCC GGCGATGCTA ATTACGGTAA TCGAACCTCT
AATACCGTTT CGGTCACCGT AAACCCGCCA GCCTCCACGA CTACCGTGCT GCATGTTTCG
CCGCCTCGGT TGAGCACGCC TGCAACCGTG GTTCTGAGTG CAACCGTCAC GGCATCGAGT
GCCCCGCTCT CTCCCGGACA AGTTAAGTTC TGCGACGCGT CGATCAATGC ATCCTGTAGT
GGGAACGCGT TTCTCGGGAT CGCCCAGCTT CTGTCGAACG GCACGGCGCA ATTGACCACG
CGTCTCGGCT TTGGCGTTCA CAACCTTCAA GCCGCTTTTG TTGGCCAGCG CAATTACGCC
TCGTCTTCTT CGTCGGTGGT CGTGTTCCAC CAAAGCTGGA AGACCGGGGC CGCTATGTTA
TGGATCACGG CCTCCACAGG TACACTTTCC GGAAGCTACG ATCTTTCGGT GACGCTGGAC
GGCCTCATGA ACTCGAGCAC ACCCGCGGCG CCCGCTGGCT CCGTCTCTTT CCTTGACGCA
AGCAATAGCA ACGCGGTGGT CGCGACCGGC TCTCTCGTCG CCGCTTCGGC GCCTGCACTC
ACCCTGAAGA ATGTTTTCCA GCCCACCATC GGGACTAACC CCGACACCAT GGCGTTTGGC
GACTTCAACC ACGACGGCAT TCCTGATATG GCCATCAGTG GGTGGGACAA CAACCTCTGG
GTCCTCCTCG GCAATGGCGA TGGAACCTTC ACCGTGAAAC CGAGCTTGCC ACTCGTAACT
CTTTCTGGCC CCGATTTCCG TAATCATCCA CTCGTTGTTG CTGACTTGAA CGGCGACGGA
AACATCGATG TTGCTGTAAC CAATCGCTAC GGCAAACTTG CAGTCTTCCT CGGGAACGGT
GATGGAACCT TTCAATCGCC ACTGACCACC AATCTGCCTG GCGGGACGTC GCAGATGATT
TCGGCCGATG TAAACGGCGA TGGCAAACCC GATCTGGTGC TCATCGGCGG CGCTACGTCG
CCGATCCTAA TTCTATTGGG CAATGGCGAT GGTACGTTCA TCACCGGCAG TGCCCCAGTG
GATGCAGGTC TCTGCGGGAC GCCTTACCAG AATTCGATCG CCAGCAACGA CTTCAATGAA
GACGGTGTGC CTGATCTCGT CCTTGTTCCT GTAGCCAACC CATCTTCTCC GCAACCCGGC
TGCGTCCTAT TCGGAAATGG GGACGGCACT TACTCGCGGC CGCAGAGTCT CGCGGTGGGC
AACGGTGCCG GATGGGTCGC CACCGCCGAT CTCAATGGCG ATGGCCATGC CGACCTCGTC
GTCACGGATT CCATTGCGAA CACCGTTTCC GTCTCCCTCG GAAATGGCGA CGGTACCTTC
CAGACGGCGG TGCCCTACGC CGTCGGCTTG AATCCTGAGC ACGTCACGAT CGCGGACTTG
AACCAGGATG GGAAGCCCGA CCTGATCGTG ACCAATGACA ACTACCACGG CACCGTTTCC
ATCCTTTTGG GAAATGGCAA CGGCACGTTC CAGCCTCAAC AAACCATTAA TGCGGGGGGC
AATTCCATCT TCACTGCGCT CACCGACATG AATGGTGACG GCAAGCCTGA TATCGCAGTG
GTGAATTACC AGGGCGCCGG GACAGGCCCT GAACGGCTCT CCGTCTTCTT GAACTATTGG
GGGCGCAACG CCACTGCCAC CGCAAACAAC GTAATCGTCA CGGGTACCGG AACACATCAG
ATCAAGGGGT ATTTCCCGGG CGATACGAAT TATCGGCAAG GAACGTCCGC TGGGGTCGGA
CTAACGGCGG TACCAGCGGC GCCTCAAAAA TAA
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| Protein sequence | MKNSRIRLLA VPLLLASVLL FVPPIAIAGT STTTTLTITS GGSSVSSVTP GTVVALNALV
KAGSTAVLPG TVRFCDTSVN SHCLDGALLG TAQLLSDGSA SIKLRLGVAT HSIQAKFDGT
LTYSASASST SSLTVSGGKS PTLTTLSWVS GSTSVSATVA GFPPSTVTTS PSGTVTLLDT
SHGNAVVGTG SLTAGSLGDG TVSFFPSQTL FDDHDGNNPR ETLFTDLNGD GIPDLILVNS
AYNVTGHLSI WLGNGDGTFQ PPLASYAIDK DAQGLLVADF NNDGIPDVAV GSDGGTLIWI
FPGNGDGTLN APVYVEVEHH GDDGDPHPLR LVAGDFNHDG NLDIAAATSG NLANSIMVVL
IGNGDGTFHT PVRYNFTGSC SGVSEHYLVG GDLNGDGNVD LVMNDDECSN LIWVFIGNGD
GTFQTPYSVT VTTASEVESP IVAGDFDGDG VPDIAVIGAD EQVVHVLLSK GDGTFKTPAS
YGIGQVGLKI ATTDFNGDHI PDLVILNSYD STLSVLLGKG DGTFLPQITL PSLNYGLNVA
DLNGDGKPDI ASTSNPASNT LKPLPPQASI MLNASDAASA TVSFDVTSLL ASGVHVLQAS
YPGDANYSAG VSRLLPLVGI GATTLNMSLY PEPVPYGGTV TLTATLTPNS GTDGEIISFF
TNGSHLGTAT LSSGVATLST STLAAGLNLL TASYAGNVNY SSSVSDPVDE TVRGIETTLS
LGARPNPASY GSPVSLKATL TPSAGTDGEQ ISFYEQVSPS FSARIFIGTA TLASGVATLS
TSALGVGDHS LWAAYPGDTT HDIESSSTVS ETVLGTAPAL TLGANPKPVD HGHLVTLTAT
ISPSSGTDGE RITFFSNGNI LGSSALSSGV ATLSTAALVA GTDSLTASYP GDANYGNRTS
NTVSVTVNPP ASTTTVLHVS PPRLSTPATV VLSATVTASS APLSPGQVKF CDASINASCS
GNAFLGIAQL LSNGTAQLTT RLGFGVHNLQ AAFVGQRNYA SSSSSVVVFH QSWKTGAAML
WITASTGTLS GSYDLSVTLD GLMNSSTPAA PAGSVSFLDA SNSNAVVATG SLVAASAPAL
TLKNVFQPTI GTNPDTMAFG DFNHDGIPDM AISGWDNNLW VLLGNGDGTF TVKPSLPLVT
LSGPDFRNHP LVVADLNGDG NIDVAVTNRY GKLAVFLGNG DGTFQSPLTT NLPGGTSQMI
SADVNGDGKP DLVLIGGATS PILILLGNGD GTFITGSAPV DAGLCGTPYQ NSIASNDFNE
DGVPDLVLVP VANPSSPQPG CVLFGNGDGT YSRPQSLAVG NGAGWVATAD LNGDGHADLV
VTDSIANTVS VSLGNGDGTF QTAVPYAVGL NPEHVTIADL NQDGKPDLIV TNDNYHGTVS
ILLGNGNGTF QPQQTINAGG NSIFTALTDM NGDGKPDIAV VNYQGAGTGP ERLSVFLNYW
GRNATATANN VIVTGTGTHQ IKGYFPGDTN YRQGTSAGVG LTAVPAAPQK
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