| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_1880 |
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| Symbol | |
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| ID | 5090407 |
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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 | 2166234 |
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| End bp | 2168996 |
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| Gene Length | 2763 bp |
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| Protein Length | 920 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 644741297 |
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| Product | hypothetical protein |
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| Protein accession | YP_001194231 |
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| Protein GI | 146299640 |
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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 | 20 |
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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 | 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 | ATGACCAAGA TTTATTCATT TTTATCGTTT TTATTCCTTT TTGTTTTGAC TGCCAATGCA
CAAAACGACG TTACACTTAG AGGAACCGTT TTAGACGTTA ACACACAATT GCCTCTGGAA
ATGGCAACTG TTTATTTTAC TACTATAAAA GATTCTACCG TTATCGAATA CGCCACTACA
GATAAAAATG GTGCTTTTAG AATGGATATC AAAAAATATG AAAAGCCTGT TTTTTTAAAG
GTGAGTTATA TGGGATATCA AACCTATTAC GAAGAATACA AGGGGCTTAC TGAAAACAAA
GATTTCGGAA AACTTTACAT GATAGAAAAT GTAAATACGC TGAATGACGT TGTTATAAAA
ACCGAAGCAG CGCCAATTAC TATCAAAAAA GATACGTTAG AGTTTAACGC GGCTTCTTAT
AAAGTCCGTC CGGATTCTAA TGTTGAAACT TTATTAAAAC AACTGCCGGG ATTTGATGTC
GATAATGACG GAAAAATTAC GGTGAACGGA CGAGAAGTGA ATCAGGTTTT GGTAAACGGA
AAAACGTTTT TTGATAAAGA CGGAGCGATT GCCATTAAAA ATCTGCCGGC CGATATTATT
AAAAAAATTC AGGTTTCTGA TTTTAAAACC AAAAAAGAAG AGCTTTCTAA ACAAGAATCA
ACTTCAGATT TTTCGAGTAT TAATATTACT ATTGATGAAA AGAAAAACAA AGGATATTTT
GGAAAAATAA TGGGCGGTTA TGGTACCGAT GATCGTTATG AAGCCAATGT GAATCTGAAT
TATTTTAATA ACAAGCAGAA AATAAGTTTA CTGGCTTCGT CAAACAATAT CAATTCGACC
GGATTTTCAA TGGACGATGT TTTTGATAAT ATGGGAGGCG GAAGAAATAG CAGCGGAAGA
GGAGGAAGTA CAAGCTCTGG TTCTAGTGGA AAAGGAATTA CGCAGTCAAA TTTAGTGGGA
GTTAATTACT CTGATGACTG GACTGAAAAA CTGCTGGCTA TGGGAAGTTA CAATTTCTCA
AATACCATTA ATAACAACGA CAGTAAATCA AACCAGCTTA GTTTTTTACC AACCGGAAAT
ATTATAACCG AGGCCGAAGC TAAAACAAGA AATGAAAGTA CAGGAAATAA CGTCAATTTT
GAATTAGAGT ATAAAATCAG TCCAAGTATT CGATTGGTTG TAGCACCAAA ATTGAATCAA
TCGAGAACCA ACAGTAATTC GACTTCGTCT AGCTTTTCTG AAGATGAAGA TGGAAACGAG
TTGAACAGAA GTACTTCAAA ATCATATTCT GAAGGTGATA ATACCAATTT TGGAAACACA
ATCAATTTTA ATAAATCTTT CGAAAAGAAA TCTCGAAATT TTAGTTTTGT TTTTACCAAT
AACAACACTA ACAATACGGC AGATGGTTTA AATCTTTCGG AAACGATTTT CTATCAGGAC
AATCAGCCGA ATGATGAAAG AAATCAAACT ACAAAAAAGA AAAACACCAG CGATTCTTAT
TCGGCAGATA TTGAATATAC TGAGCCAATA ACAGATTCGC TTCGAGTACG ATTTGGATCT
AATTTTGATT GGAAAAGTAC TTCAAACGAC GAAAGAACTT TTAATTTTGA TCCAGATACA
CAAGAATATA CCGATCTTAA TTTAGCATTG AGTAATTATA CAAGTTCAAT TCAAAACTCG
GTTACGCCAA AAGTTGGAGT TACGCTTCAA AAAAATAAAT TTACGCTTAA CCTTGACAGC
CGAACATCGA TTGTAAATTT TGATAATCAC TCACTGTATT TGAATAATGC GACAGATTTA
AGTAAAAAAT ATGCTTTACC ATTTGCAACA GCGGTACTGC GATATAAATT TGACCGTTCT
AAAAATCTAT CATTCAAATA CGATTATTCT AATACTCTGC CATCGGCTGC ACAATTAATG
CCGGTTGTAA ATCTTAATAA TCCATTGAAT ACCATTATCG GAAATCCTGA TCTGCATCCT
GTAGAAAAAA ACAGTATTAA TTTTAATTAC AGAAATTACG ATTTTCGTTC TCGTTCTGGG
TATAGCTTGT ACATAAAAGG AGATTATTAT GATAATGATA TTGTTTCGAC TTCAATTTAT
GATGAAAGCG GAAAAAGAAC GACAACGTAT GTAAATATTT CGGGTGTTTA TAATGCTTCG
ATTGGAGCAA ACTGGAACCA GTCTATAAAA TCTGGCGCGC ATACACTGCG TTACGGATTA
GGATTAAATG CTGGTTATAC TTTTGATAAA GGTTTTACAA ATGCTGTTTT GTATAATGCA
AAATCGACTT CTATTACGCC AAAAGTATAT TTATCATACG ATTATGGAGA TGTTCTGACG
ATTGCACCAT CTTATAATTT ATCCTACAAC CAGTCGAAAT ACGAGAATTA TTCGAGAGAT
GCTACTTCAA ATGTTGTACA CAGAATCAAT TTACAAACTA CAACTTACTG GCCAGAAAAT
TTAATCTTCG GAAATGATTT TGGTTATACT TATAATTCAA ATATTTCAGG CGACTTTAAA
AAAGATTTTT ATTTATGGAA TACGAGTTTG TCGTATGGAT TTTTAAATAA AACACTTTAT
GCTAAAGTAA AAGTATATGA TGTTTTAAAT CAAAATTTAA GTGCAACAAG AACCATTTCG
GCAACTTCAA TCCGCGATGA AGAAAATACG GTTTTAAGAC GTTATGTAAT GTTTTCTCTG
GCTTATAAAA TAGGAAACTT TACAGGGTCT GAAAAAGGAG GAAAGAGAAG ACCGAGAGAT
TAA
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| Protein sequence | MTKIYSFLSF LFLFVLTANA QNDVTLRGTV LDVNTQLPLE MATVYFTTIK DSTVIEYATT
DKNGAFRMDI KKYEKPVFLK VSYMGYQTYY EEYKGLTENK DFGKLYMIEN VNTLNDVVIK
TEAAPITIKK DTLEFNAASY KVRPDSNVET LLKQLPGFDV DNDGKITVNG REVNQVLVNG
KTFFDKDGAI AIKNLPADII KKIQVSDFKT KKEELSKQES TSDFSSINIT IDEKKNKGYF
GKIMGGYGTD DRYEANVNLN YFNNKQKISL LASSNNINST GFSMDDVFDN MGGGRNSSGR
GGSTSSGSSG KGITQSNLVG VNYSDDWTEK LLAMGSYNFS NTINNNDSKS NQLSFLPTGN
IITEAEAKTR NESTGNNVNF ELEYKISPSI RLVVAPKLNQ SRTNSNSTSS SFSEDEDGNE
LNRSTSKSYS EGDNTNFGNT INFNKSFEKK SRNFSFVFTN NNTNNTADGL NLSETIFYQD
NQPNDERNQT TKKKNTSDSY SADIEYTEPI TDSLRVRFGS NFDWKSTSND ERTFNFDPDT
QEYTDLNLAL SNYTSSIQNS VTPKVGVTLQ KNKFTLNLDS RTSIVNFDNH SLYLNNATDL
SKKYALPFAT AVLRYKFDRS KNLSFKYDYS NTLPSAAQLM PVVNLNNPLN TIIGNPDLHP
VEKNSINFNY RNYDFRSRSG YSLYIKGDYY DNDIVSTSIY DESGKRTTTY VNISGVYNAS
IGANWNQSIK SGAHTLRYGL GLNAGYTFDK GFTNAVLYNA KSTSITPKVY LSYDYGDVLT
IAPSYNLSYN QSKYENYSRD ATSNVVHRIN LQTTTYWPEN LIFGNDFGYT YNSNISGDFK
KDFYLWNTSL SYGFLNKTLY AKVKVYDVLN QNLSATRTIS ATSIRDEENT VLRRYVMFSL
AYKIGNFTGS EKGGKRRPRD
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