| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4242 |
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| Symbol | |
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| ID | 5092284 |
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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 | 5110777 |
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| End bp | 5113488 |
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| Gene Length | 2712 bp |
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| Protein Length | 903 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644743661 |
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| Product | hypothetical protein |
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| Protein accession | YP_001196569 |
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| Protein GI | 146301978 |
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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 | 0.37715 |
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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 | ATGAAGACCA CAATTACTTT TTTCATTTTT ATGATCACCA CAATCAGTCT CTCGCAAAGC
TCTGATAAAT GGAAACAATA CATGAAAAAG GAAAATGATA TAAAATTTGA AAAATATTAT
TTTACGTCTT TAGAGAATGC ATACCTCAAC CATTATAAAA TTGTAAAAAA ACTTGACAGT
ACTTTTTGTA TTGTTGAAAA CCAAAAGTCC AGATCTGGCA AGTCTTTACA AAAGATGCTC
CCGGTTAATA ATTTATGGAA ACTGCCTTCT AATTTTTCAA ATCACAACGA AGACAAACCG
TATATAATAG CTGCTGATTC TCTTCAAAAT TTAATTTACG ACCTGAAATC ACTCGACATT
ACAGACATTA AAATACTTAA TGATCATCTT GTATTGATAA AAAGTGATTC TAAAAAAATT
ATGGATCAGG TTGCTGCCCT GAGCAGTGTC TCTTCTATTT CGCAGGAATC GCTTTTAGCG
AAAACCGAAT CTAAAATAAC CGATCAAAAT TTTAGTATTA ATTATATCAA TAAAGCCCAT
ACTGATTTTC CTCTTTTAAG AGGTGAAGAT CAAACCGCAG TAATTAAAGA TGATTTTTTT
GATGTTAATG ATGTCGATAT TTTGAACAAG CATATTGCTT CTACAACACA ATCTGCTGTG
GTATCGAACC ATGCAACGGC CATGGCTACT ATAGTGTGCG GTTTAGGAAA TAGTTCTGTA
TTAGGAAAAG GTGTCGCTCA AAAAGCCAGA CTCGTCTCAT CTGATTTTAT GAATATTTAT
CCTGATGAAA TTGAGACTTT ACAAGGAGCC ACGACTTCAA ATCATTCCTA CGGGACAATA
ATTGAGAATT TTTACGGCTC GCTCGCTAGT GCTTATGACG ATCAATTATT TTTAAATACA
GATTTAACGC ATTGTTTCTC ATCTGGAAAT ACTGGTCTTG AAGGTTATAA ATCTATTACT
GGTAATTTTA AGCAGTCTAA AAATAGTATT GTTATGGGCT GTGTTGACCA AAACGAAGTA
ATTATGCCTT TTTCTTCAAA AGGTCCCGCG TATGACGGCC GGATAAAACC AGAACTGGTC
GCGTTCAGTA CTCAGGGAAC TTCAAATTCA ACCGCATTGG CTACAGGAAT TATAACTCTG
ATGAAACAAC ATTATAAAAA CATACACAAC AAGACTCTCT CTAATGCCGC AACAAAAGCA
ATTTTGATTA ACAGCGCCAA AGATTTAGGC AGTACAGGTC CTGATTTTAC TTATGGTTAT
GGCAATATCA ATGCTGATAA ATGCCTGAAA ACCATCAGCG AGAACAGAAT TATATCCGAC
AGTCTGACCT CTGCCCAAAC TAACGCACAT ACGATTAATG TTCCTGAAAA TGCAAAAAAC
TTAAAAATCA CCTTAGTCTG GAATGATCTG CCGGCTGCAA TTAACAGTAA TATAAGTTTG
GTAAATGATT TAGACCTTGA AGTTATTACG GCTGACAACT CTGTTTTTCT GCCTTGGGTT
CTTAATCCTA ATATTCCTGA GCAGCAAGCA CAGAGAGGAA AAGACAAACT TAACAATATT
GAACAGGTTA CTATTGAAAA TCCCGTATCG GGATCCTGTA CGATCAATAT CACGGGTTCA
TATATTTCAA ATACTTCCCA GATATACAGC ATTGCTTATG AATATGAACT GGAAAATCAA
TTTCAGTGGA ATTATCCCGC TGCTAATGAT AATTTCCCTT ATGATGGTAA AACGATTTCA
CCCTTTAAAT GGGATTCTTC TTTTTCGGGC AGCTCAGGAA AATTATCTAT TAGTTATGAT
AATGGACAGA ACTGGGAAAT TATTGCAGAC GGCATCAATC TGGATTCCGA ACAATTAACC
TATACGCCTT CTGAAAAAAG ATTTTCAAAA GCAAAATTAA AAATGACTAT CAATGATACT
GCTTATATAT CGGATGATTT TATTATTTCT TATGATTTAA ATATCCGTAC CAGCTTAGTT
TGTGACGGCA CAACTGAAAT TAATTGGGAC AAGCCCGCCG GTATTGCTTC TTTTAATATT
TATCAGCTTC AAGGAGATGG TTTTGAATTT AAAGAACAAA TAACAGCCGC AGATTATACT
TATACAGATG GAAATATTTA TACTGTAACT CCTGTGTTTG ACAACAGTGA AGGAATTAAA
AGCGAGTCAG CACTACAATA TGCCCAAAAT TCAAATTGTT ATTTTGAACT GGCTTCTGCC
GAAATTTATC AGGAAGATAA AGTAAAGATT GATGCCGGTC TTTTCAGCTT GTACAATATC
AAAAGAATTG AGCTGGTCAA AATAATTAAT AATGTTCAGA GTATTATCAG TACAATAAGT
GATGTCAATT CCAAAACATT TTATTTTTTA GATACTGAAC CTGCTAAGGG CAGAAATCAA
TATAAGATAA ATTTAATTTT AGAAAATAAC AATGTAATAA GCTCCTCAAT TCTTGATGCT
GATTATAGAG ATAGTGATTT CTTTTTTATC CATCCTACGC TTATAGGCAA AAATGAAGAA
TTATTTATCG AAGCCCCAAA AGAACAAAAT GCTGTTTTCT ATCTCTACAC TATCAGCGGA
CAAAATACGA TTACTTCACC TCTCATTTCC TTAACTAATA GCATTACTTT AAATACTGCC
TCAGGAATTT ATATCTACAA AATAATTACG GGTTCAGGTA AAGTGCAGAC AGGAAAAATT
GCTATTTTTT AA
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| Protein sequence | MKTTITFFIF MITTISLSQS SDKWKQYMKK ENDIKFEKYY FTSLENAYLN HYKIVKKLDS
TFCIVENQKS RSGKSLQKML PVNNLWKLPS NFSNHNEDKP YIIAADSLQN LIYDLKSLDI
TDIKILNDHL VLIKSDSKKI MDQVAALSSV SSISQESLLA KTESKITDQN FSINYINKAH
TDFPLLRGED QTAVIKDDFF DVNDVDILNK HIASTTQSAV VSNHATAMAT IVCGLGNSSV
LGKGVAQKAR LVSSDFMNIY PDEIETLQGA TTSNHSYGTI IENFYGSLAS AYDDQLFLNT
DLTHCFSSGN TGLEGYKSIT GNFKQSKNSI VMGCVDQNEV IMPFSSKGPA YDGRIKPELV
AFSTQGTSNS TALATGIITL MKQHYKNIHN KTLSNAATKA ILINSAKDLG STGPDFTYGY
GNINADKCLK TISENRIISD SLTSAQTNAH TINVPENAKN LKITLVWNDL PAAINSNISL
VNDLDLEVIT ADNSVFLPWV LNPNIPEQQA QRGKDKLNNI EQVTIENPVS GSCTINITGS
YISNTSQIYS IAYEYELENQ FQWNYPAAND NFPYDGKTIS PFKWDSSFSG SSGKLSISYD
NGQNWEIIAD GINLDSEQLT YTPSEKRFSK AKLKMTINDT AYISDDFIIS YDLNIRTSLV
CDGTTEINWD KPAGIASFNI YQLQGDGFEF KEQITAADYT YTDGNIYTVT PVFDNSEGIK
SESALQYAQN SNCYFELASA EIYQEDKVKI DAGLFSLYNI KRIELVKIIN NVQSIISTIS
DVNSKTFYFL DTEPAKGRNQ YKINLILENN NVISSSILDA DYRDSDFFFI HPTLIGKNEE
LFIEAPKEQN AVFYLYTISG QNTITSPLIS LTNSITLNTA SGIYIYKIIT GSGKVQTGKI
AIF
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