| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2695 |
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| Symbol | |
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| ID | 5090270 |
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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 | 3208411 |
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| End bp | 3211437 |
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| Gene Length | 3027 bp |
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| Protein Length | 1008 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644742119 |
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| Product | hypothetical protein |
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| Protein accession | YP_001195037 |
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| Protein GI | 146300446 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | [TIGR00348] type I site-specific deoxyribonuclease, HsdR family |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.285383 |
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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 | ATGAGAAATA ACCAAACTAA AGAAATAGCT TTTGAAAAGT GTATAGAAAC CGTATTGCTT
GCCACAGGTT ACAAAACTAT AGCTAGTAGC AGTTATGACA AAGACAAAGC TATTTTTCCT
GAAACTACAC TTGCTTTTAT ACAAAAGACC CAGCCTAAAA CGTGGGAGAA ATTGCAATCT
ATTTTAGGGG ACAACACAGG GAATCAAATT TTTTATGATT TAACAAAATG GATTGAGCTT
CACGGCATTT TGTCCACCTT ACGTCACGGT TTTAAATGTT ATGGTAAACA ATTGCAGTTG
GCTTATTTTA AACCTTCGCA TTCTATGAAT GAAGAAGTTT TAGAACGTTA TCATAAAAAT
ATATTCGGGA TTACGCGTCA GCTCTATTAT AGTAATCGCA ATCAAAATTC AATCGATGTC
GTTTTAAGTG TAAACGGTAT TCCTCTGGTA ACCTTAGAAC TTAAAAATCA ACTATCACAT
CAAAACATTA CCCACGCCAA AAAGCAATAT TCCAACGATC GTGATCCGCG TGAGCTATTG
TTTGAATTTA AAAAAAGAAC ATTGGTTCAT TTTGTGGTAG ATACCGATGT GGTCGAAATG
ACGACTCGTT TAGCCAAAGA AGCCACTTAT TTTCTTCCTT TTAATAAAGG AAACGAAGGT
GGTGCTGGCA ATCCTGTAGA TATACTAGGA TTGAGTTATA AAACATCCTA CCTCTGGAAA
GAAGTCTTGC AAAAAGATAG TCTAATGGAT ATTTTAGGTA AGTTTATTCA TTTACAAGTA
GAGGAAAGAA TCACTGATGA AGGGAGAAAA ATAAAAAAAG AAACAATGAT TTTCCCTCGT
TATCATCAGT TACAAGCTGT TCGCAGTATG ATTGAAACGG CATTAAAGGA TGATGTTGGG
ACTAATTATT TAATAGAGCA TTCCGCAGGA AGTGGCAAAA GTAATACCAT AGCCTGGGCA
GCGCATCGTT TATCTTCTTT ACATAAAACA GACAATACCC GTTTGTTTGA TTCGGTAGTA
GTTATTACAG ATCGATTGGT ATTAGATAGA CAATTACAAG ACACTATTTA CCAGTTTGAA
CACAAAAAAG GCGTTGTTTT AAAAATAGAT AAAGACTCTA AACAATTAGC CGAGGCTTTG
GAAAATGGTG TTCCAATTAT TATAACCACC TTACAAAAGT TTCCGTTTGT AACGGATCAA
TTACGAAAAC TAGCCGAAGA ACGTGGAGAA GAAACAATAG GTTTGCTAAA GACAAAAAAT
TACGCCATTT TAGTTGACGA AGCCCATAGC TCACAATCAG GAGAAACTGC TGCCGATTTA
AAAGAAGTAC TTGGAGGCGA AGCCTTAGCA CAAGAAGCGC AAGAAAAAGC ACAAGAGGAA
GAAGCCTACG GTCTAGAGGC TCTTTACCGT AATATGGCAA AACGTGGACA TCAAAAAAAC
ATTAGTTTCT TTGCTTTTAC AGCCACGCCC AAACATAAAA CCATAAAATT ATTTGCTACC
AATGGCGAAC CGCTTCATAA ATACACGATG CATCAAGCCA TTGAAGAAGG TTTTATCTTA
GACGTTTTAG AAAATTATAC ATCTTATGCT ACTTTTTACA AATTGATTAA AGCTTCTGAA
GAAGACCCTA AAGTAGAACG CAAGAAGGCT GCTAGAGCCT TAGGTCGCTT TATGCGTTTG
CATCCGCACA ATATTGCACA AAAAACAGAG GTAATGGTTG AACACTTTTA CCAATCGACG
CGGCATAAAA TAGGAGGTAA AGCAAAAGCA ATGGTCGTTA CGGGTTCTCG ATTAGAAGCG
GTTCGCTATA AGCAAAGTTT TGACGAAGTA ATTAAAGCCA AAGGCTATAA TATAAAATCA
CTAGTGGCTT TTTCGGGAGA AGTGAAAGAC GATAAATTGC CCGACACTCT TTATACAGAA
GTTGAAATGA ATAAGGGAAT CAAAGAAAAA GAGTTACCGG AACATTTTGC TACTCCAGAG
TATAGTATTT TATTAGTAGC CGATAAATAC CAAACAGGAT TTGATCAACC GCTTTTGCAT
ACTATGTATG TAGATAAACG TTTGTCGGGT ATTCAATCAG TACAAACTTT ATCACGTTTA
AATCGTACCC ATCCACTCAA AGAAGATACC TTTGTTCTTG ATTTTGTAAA TGACCGCGAG
GAGATTCAAG CAGCTTTTAA AACCTACTAT GAAGGTGCTG TACTAGGTCA GGAAGCAGAC
CCTAATAATT TATATCGTAT TCAACAAGAA TTATTATTAG AAGATATATT TACTTATGAT
GATATAAACC ATTTTACTGA AATCTATTTT AAACCTAAGG AAAAACAGAG CAACAAGGAT
CACGAGAATA TGAATCATAT CTTAGATATT CCTGTTGAAA ATTTCAGACA TTTTTTACAA
GAGCAAAAAG AAGAAGCCGA ATTATGGAGA GGTAAAATAA CAGCCTATAA AAATTTGTAT
GCTTTTTTAA GTCAAATTAT ACCTTATCAG GATTCTGATT TAGAGAAACT ATTTATTTTC
TTAAGGCATT TATCAAACAA ATTACCCAAA CGAAATACAG GAGCAGGCTA TAATTTTGAT
GACACGGTTC GTTTAGAATA TTATCGCTTA CAAAAAATTA GTGAAGGCTC TATAAGTTTA
AAAACACCCA AACAATACCA ACTTGATGGT CCAACAGATG TTGCTACAGG AATGGTACGA
GAAGAATATA CCCCTATATC TAGAATTGTA GATGTAGTAA ATGAACGTTA CGGGACTGAT
TTTACCCAAT CCGATCAATA TTTCTTTGAT CAAATTATTG AATCAGCCAT TGAAAATGAT
GACATTGTAC AAGCAGCACA ATCTAATCCA CAAGATAAAT TTACCTTGAT GTTTAAAAAT
GTTTTACAAC AACTATTTTT AGAACGTATA GATCAAAATG AAGATATATT TGCAAGATAT
ATGGAAGAAA AAGATTTTAA TAAAACGGTG ACTGGATTGT TAGCTAAAGA GGCATTTAAT
AAGATAAACA AATTACATAA CGAATAA
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| Protein sequence | MRNNQTKEIA FEKCIETVLL ATGYKTIASS SYDKDKAIFP ETTLAFIQKT QPKTWEKLQS
ILGDNTGNQI FYDLTKWIEL HGILSTLRHG FKCYGKQLQL AYFKPSHSMN EEVLERYHKN
IFGITRQLYY SNRNQNSIDV VLSVNGIPLV TLELKNQLSH QNITHAKKQY SNDRDPRELL
FEFKKRTLVH FVVDTDVVEM TTRLAKEATY FLPFNKGNEG GAGNPVDILG LSYKTSYLWK
EVLQKDSLMD ILGKFIHLQV EERITDEGRK IKKETMIFPR YHQLQAVRSM IETALKDDVG
TNYLIEHSAG SGKSNTIAWA AHRLSSLHKT DNTRLFDSVV VITDRLVLDR QLQDTIYQFE
HKKGVVLKID KDSKQLAEAL ENGVPIIITT LQKFPFVTDQ LRKLAEERGE ETIGLLKTKN
YAILVDEAHS SQSGETAADL KEVLGGEALA QEAQEKAQEE EAYGLEALYR NMAKRGHQKN
ISFFAFTATP KHKTIKLFAT NGEPLHKYTM HQAIEEGFIL DVLENYTSYA TFYKLIKASE
EDPKVERKKA ARALGRFMRL HPHNIAQKTE VMVEHFYQST RHKIGGKAKA MVVTGSRLEA
VRYKQSFDEV IKAKGYNIKS LVAFSGEVKD DKLPDTLYTE VEMNKGIKEK ELPEHFATPE
YSILLVADKY QTGFDQPLLH TMYVDKRLSG IQSVQTLSRL NRTHPLKEDT FVLDFVNDRE
EIQAAFKTYY EGAVLGQEAD PNNLYRIQQE LLLEDIFTYD DINHFTEIYF KPKEKQSNKD
HENMNHILDI PVENFRHFLQ EQKEEAELWR GKITAYKNLY AFLSQIIPYQ DSDLEKLFIF
LRHLSNKLPK RNTGAGYNFD DTVRLEYYRL QKISEGSISL KTPKQYQLDG PTDVATGMVR
EEYTPISRIV DVVNERYGTD FTQSDQYFFD QIIESAIEND DIVQAAQSNP QDKFTLMFKN
VLQQLFLERI DQNEDIFARY MEEKDFNKTV TGLLAKEAFN KINKLHNE
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