| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3920 |
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| Symbol | |
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| ID | 5090150 |
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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 | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | + |
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| Start bp | 4666832 |
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| End bp | 4670047 |
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| Gene Length | 3216 bp |
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| Protein Length | 1071 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644743341 |
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| Product | hypothetical protein |
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| Protein accession | YP_001196249 |
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| Protein GI | 146301658 |
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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 | 13 |
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| Plasmid unclonability p-value | 0.818859 |
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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 | ATGACAAAAC TAAAACTCTT TTTTTCAGCT TTAATGCTCC TTACCATCGG GAACATTTTT
GCTCAAATTA CAACGTCATC TTTATCTGCT AAAGTTAATG ATGGTACAAG TCCTCTTGCA
GATGCTGAAG TAACCTTGAC TCATATTCCT ACTAACGCAG TTTATAGAGC TGTAACGAAT
AAGCAAGGAA GATTCAGCTT TGAAAATTTA AATGCCGGCG GACCTTACGA ATTAGAAATA
AAAAGTAAAG ACACCAAAGA TTACACTAAC TCTCAGATTC ATTTAGCACT TGGCGACAAT
GATCTGCCTA CAATAGTACT AAGCAAAGTT GATAATACTA TATTAGAAGA AGTTGTAATA
ACAAGCTCTA AACCTTCTTC TAAAAATAAC GGAACCAATA TCAACGAAAA ACAGGTAAAT
GGCCTTCCGT TAATAAACAG AGGAATTCAG GACGTTACGA AATTAGTTCC TCAAAGTTCT
AATAACTCTT TTGCCGGAAC CAATTTTAGA TACAACAACG TTACAATCGA CGGTTCTATA
AATAATGATG CTATTGGTTT CAGTCCATCA TTAGGAGGAC AGTCCGGAAC ATCAGGAATG
CCTGGAAGCA GTACACGATC TAACTCAATA AGTTTAGATG CAATACAGGA TATTCAGGTT
TACATTGCTC CTTATGATAT TAAATTAGGA AACTTTTTAG GAGGAAGTGT TAATGCTGTT
ACCCGAAGCG GAACAAATAC TGTAAGCGGA TCTATTTACA GCTACGGAAG AAATGCTTCT
ATTACAGGTC CAAACAATGC CGGAGACGGT TCTAAAATGC CAAAATCTTT TGGTGATTAC
CAAATTGGTT TCAGATTGGG ACTTCCTATT GTAAAAGACA AATTGTTTTT CTTTACAAAT
ATGGAATATG CTGAAAGAAC AGATCCTATT TTCTACAATG CCGGACAAAC TGATGCAAAC
GGAAAATTAA CTTCATTGGT TGATAATGCT ACTGCAGATC AGATTTCGAA CTTTGTTAAA
ACGAACTATG GTTTTGATCC GGGAACTTAC AATTCATACA ACAATTTTGC AATGAGCCGT
AAATTTTTCA ACAAACTAGA CTGGAAAATT AACGAAAAAC ACTCCATCTC ATTACGAAAC
AATACAGTAG TTTCTCAGGC TACAAACTTA GAGCGCGATG CGGCAAACTT CCGATTCTCA
GACATGGATT TTACACAGAA AAACCAGTCA ATCAGTACGG TTTTAGAATT AAAGAGCCAC
TTTAACAGCC AATGGTCTAA CTCTTTTATA GCAAGTTATT CGGCTATTAA AGATTACCGT
GATCCAAAAT CAAATAATGT AATGTTTCCT CAGGTAGAAA TTGGTTACAA CGGCGGTACT
ATCTTTTTAG GAAACGATCG TGAAGCTACT GTTTTCAACA TGAAACAAAA TACTGCTGAG
ATTACAGACA ACCTTACTTA TAAAACTGGA AATCATACTT TATTGTTTGG TACGCACAAC
GAATTCTACG ATATTAATTA CGGATTTGTA AATGCTTTAA ACGGAAGGGT TTCTTATAAA
TCATTAGCTG ATTTTTACAA TAAACTGCCT TCTCGTGTTC GTGGTACTTA TCCTTTTGAT
GGTTCTACAA GAGATGAAAT CTTTAATAAT CCTTATGCAA AATTCAAAGT AAATCTATAC
AGCGTTTATG TTCAGGATGA AATTAGAATT GGAAACAAAT TAAAAGTTAC TCCGGGTGTT
AGAATTGATT ATACTGATCT GCCTAATAAA CCAAAATTAA GCACACAGGT TCAAAATTCT
CCTGCTGATC CAAACTATGG CACAACTTAC AGCTATACGC CATTAAGCCA GATAAAAAAC
AACTTTTTCA GCACTGCTTT AGTTTCTCCA AGAATTGGAT TTACTTATAA TGTAGACGAA
GACAAAACGC TTGTTTTAAG AGGTGGATCT GGAGTTTTTA CAGGCCGAGT TCCGTTTGCA
TGGTTAGGAT ATGCTTATTA TAATGATGGT GTAGGTTATG GAAGTTACGA CAAAAACAAC
CTAACTGCTG CACAGGTTGC AGCGGCTGGT GATCCTTTAT CTGCAAATGG ATTAAACGGA
TATCATGATG CAACACCAAA AGTACAAGCT GACTTAATCG ACAATAAATT TAAAATGCCG
GCTGTACTAA GAAATTCGCT TGCTATAGAT AAAATTATTG CAGGATATAA GTTTACAACC
GAAGCTATTT ATACAAAAGT AATTCGTGAT CTTGAATTTC AACAGGTAAA TAAAACAGAT
AATCCAACTT ATTTCTCTTA CGATACAAAA CACGAAATGC CAATTTATGC GGCTAATATT
AATGCTGCAT TTTCAAATGC TTACTTACTT TCAAATACAA ACAAAGGATA TAGATACAGC
ATTACTGAGA TGATCTCAAA AACATACGAT TTTGGAGTTA ATTTCATGGT GGCTTATACT
TACGGAGATT CAAAAGACGT AACAAACGGA ATTCGTAATT CGATGGAAAG TAACTTCCAG
ATGAATCAGT CTTTAACTCC TAACGATCCT CAATTGGCAA CTTCTAATTT TAACATCAAA
CACAGAATTG TTTCTAATGT AGGATATGCA GTAAAATTAG CTGATAACAA TACATTCTCT
GCCAATGTGT ATTTTAATGC ACAATCAGGA AATCCTTTTT CATGGGGATT TGTTAACTCA
ACAATCGCAG GAACAGGACA AGCAGCAGGA TTGGCTTATA TCTTTAAAGA TGCAGCAGAA
GCGGCTAAAT ATATTGGGGT AAATAATGCA GGAGTTCCAT CTGCAACAGC TGCACAGCAA
GTAGCAGATT ACGAAGCTTT TATTAATGGA AATGATTACT TAAAAAGCCG AAGAGGAACA
TTTACTCAAA GAAATGGTGA TACAACGCCT TGGAACATTC AGGCTGATTT GAAATTAATG
GACGAAATAA AAGTTGACAA AGTAGGTTCA TTCCAAATTT CATTCAGCGT GGCAAATATT
GGAAACCTGA TTAATAAAGA TTGGGGAAGA AGTTATTTTG TTCCAAATAC ATACAATTCA
ACAGCCAGTA TTGGGTTAAC AAAATCTGGA AACTTAGGAG GTCTTGCAAC TGGAGATCCT
ACTTATACTT TCCAAAAACC TACATCTGCA CCTTATACTA TAGATCAATT AGCTTCACGA
TTCCAAGGAC AGCTTGGTGT GAGATACTCG TTCTAA
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| Protein sequence | MTKLKLFFSA LMLLTIGNIF AQITTSSLSA KVNDGTSPLA DAEVTLTHIP TNAVYRAVTN
KQGRFSFENL NAGGPYELEI KSKDTKDYTN SQIHLALGDN DLPTIVLSKV DNTILEEVVI
TSSKPSSKNN GTNINEKQVN GLPLINRGIQ DVTKLVPQSS NNSFAGTNFR YNNVTIDGSI
NNDAIGFSPS LGGQSGTSGM PGSSTRSNSI SLDAIQDIQV YIAPYDIKLG NFLGGSVNAV
TRSGTNTVSG SIYSYGRNAS ITGPNNAGDG SKMPKSFGDY QIGFRLGLPI VKDKLFFFTN
MEYAERTDPI FYNAGQTDAN GKLTSLVDNA TADQISNFVK TNYGFDPGTY NSYNNFAMSR
KFFNKLDWKI NEKHSISLRN NTVVSQATNL ERDAANFRFS DMDFTQKNQS ISTVLELKSH
FNSQWSNSFI ASYSAIKDYR DPKSNNVMFP QVEIGYNGGT IFLGNDREAT VFNMKQNTAE
ITDNLTYKTG NHTLLFGTHN EFYDINYGFV NALNGRVSYK SLADFYNKLP SRVRGTYPFD
GSTRDEIFNN PYAKFKVNLY SVYVQDEIRI GNKLKVTPGV RIDYTDLPNK PKLSTQVQNS
PADPNYGTTY SYTPLSQIKN NFFSTALVSP RIGFTYNVDE DKTLVLRGGS GVFTGRVPFA
WLGYAYYNDG VGYGSYDKNN LTAAQVAAAG DPLSANGLNG YHDATPKVQA DLIDNKFKMP
AVLRNSLAID KIIAGYKFTT EAIYTKVIRD LEFQQVNKTD NPTYFSYDTK HEMPIYAANI
NAAFSNAYLL SNTNKGYRYS ITEMISKTYD FGVNFMVAYT YGDSKDVTNG IRNSMESNFQ
MNQSLTPNDP QLATSNFNIK HRIVSNVGYA VKLADNNTFS ANVYFNAQSG NPFSWGFVNS
TIAGTGQAAG LAYIFKDAAE AAKYIGVNNA GVPSATAAQQ VADYEAFING NDYLKSRRGT
FTQRNGDTTP WNIQADLKLM DEIKVDKVGS FQISFSVANI GNLINKDWGR SYFVPNTYNS
TASIGLTKSG NLGGLATGDP TYTFQKPTSA PYTIDQLASR FQGQLGVRYS F
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