| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Acid345_3840 |
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| Symbol | |
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| ID | 4070991 |
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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 | 4543883 |
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| End bp | 4547251 |
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| Gene Length | 3369 bp |
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| Protein Length | 1122 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 637985863 |
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| Product | hypothetical protein |
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| Protein accession | YP_592914 |
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| Protein GI | 94970866 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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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 | 11 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGCAGA TGAGGCAAGC GATAGCGAGG GCGCGCATAG GCAGTCCTTG GAAGAGTGTG
AGCACGATCT TGATCATGCT CTGCCTGACG GTCGGAGCGA TGGCACAGAG GATCACCGGC
ACATTGCGCG GTCAAGTAAC CGATTCCGCC GGCAGCGTGG TGGTTGGTGC GAAGGTCACC
GCCGCAAACC AAGACAGCGG GGTCACCGAG AAAACGGCAA CCAACTCGGC CGGCACCTAC
ATATTTCCGG AACTGTTGCC GGGACCGTAT ACCGTGACGG TGCAATCGGA GGGCTTCGCC
ACGAGCGCGG TCCGCGACGT GCGGGTCGCG ACCAATGTGG TCAACGACCG GAACGTCTCA
TTGGCAGTCG GCGGGTCGAC GACCACCATT GATGTAAACG CGGCTGCCGA GACGGTGGAT
CTCTCTTCGT CGACGGTTGC CACTACGTTT GATACGCGAG AAACTCTCGA TATTCCCAGC
GGATCCAACA GTCCGCTGCA ATTGGCATTG TTTTCGGCGA ACACTACGGC GCAACAAGGC
GGCGTAACCG GCACTGGCGG ATCCGTTTCC GGTACACGTC CACGGTCCAA CTCCTTCAAC
ATTGACGGCG TGGACGATAA CAACGCGGGC ACTTCCGGCC AGATCTCGAA CGTCATTCAG
GATGCAGTCG CCGAATTCAA CCTGGTGACG AATCCGTTTT CCGCGGAGTA CGGGCACGCG
GGCGGCGGGC AATTCAACAT CGTCACCAAG ACAGGCACCA ACAGTTGGCA CGGGTCAGGG
GAGTACTACC TGCAGAACCG CTTCCTGAAT GCGCTCGACA ATTTGACGAA AGATGCAATC
GCGCAAGGCG CCATCGACCA CACTCCCAGG CTTGACGTCA GCCGAGTAGG TGGGACGATA
GGTGGCCCGA TCATCAAGAA CCGCTGGTTC ATCTTCGGCG CCTATGAATA CTTCGACCAG
CGCGCGGACA GCCTCGGAGC CGACATAGAA ACGCCTACGG CAGCAGGCAT CAGCACTTTG
CAGTCGCTGG CGGCAACTCC GTACATTGCG AACCTGATTG GCACGCTGCC TGCGGCGCAA
ACCGCAAACT CCGCGCCGCT TCTGGTGAAC GGCGTCAGCA TTCCCACCGG CTTGGTTCCC
CAGGTGGCGC CCAATCCGTT TAAAGAACAT GATTTTCAGA TCAATAGCGA CCTAAAAGAA
GGTCGCCATG AACTGAGCGC GCGCTTCCTG TTCAACAAGC AAGACATCAT AACCGCCGGT
GCGATCAGTA CGCCTGAATA CAATCTGCCT ACCACCCTCA CAAATTACAA AGCGGCCTTG
ATTGACACCT GGTCGATCTC CAACACGCTG GTCAACGACC TGCGGATCTC GTACTCCCAT
TCTCTGCAGA GCCTCGCGGT TCCAGAGCCC TTCAGCAACA ACCCACTCAT TTTCCTGGCC
GACATGAATG GCATCACCTT CGGGGCCAAT GATCCGCAGA GGATCTTGCA GGATGTGTAC
CAGGTCATCG ATACGCAAAC CAAGATTTTC GGCCGGCACA CATTGAAGTA TGGCGGTGAA
TATCGTCATT ACATCGCGCC GGCATTTTTC CTGCAAAGAT CCAACGGGAA CTACTTCTAT
CTTTCGACAC AGACGTTTAT CAACGACGGC GTGCCGGAGA TCCAAATGCT CCGCGGCGCC
GGAGACCCGG TGTTTCCGGA AACGCAGAGT GCCGTCGGGG CATTCCTGCA GGATGACTTC
AAGGTGAGCA ATCGGCTGAC CCTGAACCTC GGTCTTCGAT ATGAGTTCAC CAACAATCCC
TCTGGCGCAG AACGTCAGGC GAAGAACGCA ATTTCAAATG TTCCCGGAGT GATCGACTTT
CACGCACCGA ACACCGCGAA GCTGGATTTC GAACCGCGAA TCGGATTTGC GTGGGACCCC
ACCGGAACCG GCAAGACCTC GGTTCGTGGC GGAATCGGAT TGGGATATTC GCCTCCGGTT
AACAACTTCA ACCAGAATGC CCAGCCGCCG CAGGTACAGA CGGTCCTCAA CCTGGGAACA
GCGTGCTTCG GCGGCCTGAC CACTGCTCCT GCATGGTGCG CTTCAGGAGA CCACTTCTTT
GCGCAGGGAG CACTGCCGTC AACCTATACG CTCGCGCCCG GTCCCGACAT ACCGCGGGCA
CTCACGGCTT CCATCATGCC AGACACGATT GATGCTCGCA TCGTGAACTG GAGCCTCGGC
ATTCAGCGCG AGGTTTACGC TGGTGGCGTT TTGGATGTGC GCTACGTTGG TTCGCGGAGT
TTCCATCTGC CGACCCAGAT CCGACTGAAC AGCATTAGTG CTTTCGATGC CGGTCTGACT
GCGTTGCCGA CCTACTTCAG CAACTCCGAA GTCCCGTCGG CCGTTCCGAA CCCTGCATCC
ACGCAAGCGG ATTTCAAAAC CTTCCTTGCA AACCAGGGGT TCGCGCCGTA TTCACAGTAC
GGATTCGTCA ACGTGCTGAC CGAGATCGGG CCGTTTGGTG CGAGCGTCTA CCACGGCGCT
TCTGTGTCGT TCACACAAAG TCTGCGCCAC GGCTTGACGA TGCGTGCGAA TTACACCTGG
TCGCATAACA TCGACAACGC AACGAACGAA CTGAACTCGA GCTCGGTGAA TCCGCGCCGT
GCTGAAGATA GCTACGACCT CGATGCGGAA CGGGGAAATT CAGTGCTGGA TGTACGGCAT
AAGTTCGCCG TAGCCTGGAC CTATCACACC CCGAACCTGA CAAGCGGTAG CCGTTTGCTG
AGAGCGCTGG CGAACGGGTA CGAAATCAAC GGCGACTTCA TCGCCCAGAC CGGTCAGCCG
GTTACGATTC TGTCTCCTTA CGATGCGAAT GCAAACGGCG ACACCGCTGG CGAGCGCGCG
ATCTTCAATC CCCACGGTTC CCAGAACCTC TCTACCGATG TGAACTTCGT TTGTAACGAC
GGAAGCGGTG GCGCGACCAG AATCGTGAAT CCGCAAGATG CCGCGGCAAC GCCGTGTTCG
CCTTCGAACG TGGTGGGCTA CGTCAGCATG AATTCAGGCG CTGCTTTCGT TGCCAGTCAA
CTTGGTGCGC GTTCGAATCT CGGCCGTGAC ACGGTGTACT CGCCGGGATT CGGAGTATGG
AACGCGTCGC TCGGGAAGAG TTTCCGGGTG ACGGAAGGGA AGTCGTTCCT GGCGCGCGTA
GAAGTTTACG ACGTATTCAA TCATCGCAAC TTTACGGTGG CCGGTCCGGT TACGGTGTTC
GGAACCGCAA CTGGACTCCA AGCGTTCAAC CTTGGCTATG TGCAAACGGG GAGCAGCCAG
TTCCTGGATT CCAAGCAGTT TACCGGCGGC GCCCGTGCTT TGCAGTTGGT CTTCAAGTTC
ATCTTCTGA
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| Protein sequence | MKQMRQAIAR ARIGSPWKSV STILIMLCLT VGAMAQRITG TLRGQVTDSA GSVVVGAKVT
AANQDSGVTE KTATNSAGTY IFPELLPGPY TVTVQSEGFA TSAVRDVRVA TNVVNDRNVS
LAVGGSTTTI DVNAAAETVD LSSSTVATTF DTRETLDIPS GSNSPLQLAL FSANTTAQQG
GVTGTGGSVS GTRPRSNSFN IDGVDDNNAG TSGQISNVIQ DAVAEFNLVT NPFSAEYGHA
GGGQFNIVTK TGTNSWHGSG EYYLQNRFLN ALDNLTKDAI AQGAIDHTPR LDVSRVGGTI
GGPIIKNRWF IFGAYEYFDQ RADSLGADIE TPTAAGISTL QSLAATPYIA NLIGTLPAAQ
TANSAPLLVN GVSIPTGLVP QVAPNPFKEH DFQINSDLKE GRHELSARFL FNKQDIITAG
AISTPEYNLP TTLTNYKAAL IDTWSISNTL VNDLRISYSH SLQSLAVPEP FSNNPLIFLA
DMNGITFGAN DPQRILQDVY QVIDTQTKIF GRHTLKYGGE YRHYIAPAFF LQRSNGNYFY
LSTQTFINDG VPEIQMLRGA GDPVFPETQS AVGAFLQDDF KVSNRLTLNL GLRYEFTNNP
SGAERQAKNA ISNVPGVIDF HAPNTAKLDF EPRIGFAWDP TGTGKTSVRG GIGLGYSPPV
NNFNQNAQPP QVQTVLNLGT ACFGGLTTAP AWCASGDHFF AQGALPSTYT LAPGPDIPRA
LTASIMPDTI DARIVNWSLG IQREVYAGGV LDVRYVGSRS FHLPTQIRLN SISAFDAGLT
ALPTYFSNSE VPSAVPNPAS TQADFKTFLA NQGFAPYSQY GFVNVLTEIG PFGASVYHGA
SVSFTQSLRH GLTMRANYTW SHNIDNATNE LNSSSVNPRR AEDSYDLDAE RGNSVLDVRH
KFAVAWTYHT PNLTSGSRLL RALANGYEIN GDFIAQTGQP VTILSPYDAN ANGDTAGERA
IFNPHGSQNL STDVNFVCND GSGGATRIVN PQDAAATPCS PSNVVGYVSM NSGAAFVASQ
LGARSNLGRD TVYSPGFGVW NASLGKSFRV TEGKSFLARV EVYDVFNHRN FTVAGPVTVF
GTATGLQAFN LGYVQTGSSQ FLDSKQFTGG ARALQLVFKF IF
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