| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4224 |
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| Symbol | |
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| ID | 5092266 |
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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 | 5081688 |
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| End bp | 5085098 |
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| Gene Length | 3411 bp |
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| Protein Length | 1136 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644743643 |
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| Product | hypothetical protein |
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| Protein accession | YP_001196551 |
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| Protein GI | 146301960 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3408] Glycogen debranching enzyme |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | ATGGGAATTA AAAAACGAAC TATTTGCACT TTAGCGGGCT TATTTCTGAC TTCAACTCTG
ATTGTTTTTG GTCAGGAAAA AACACCGATT CGTAAAATGC ATTACGCACC CGAAGGAAAT
AGTTTTGTTT TAAAAAATGG AACCCGAAAA TTCAACCGTG CTCTTTATGG TTCGAATACG
GGATTTAGAG TTGAAACCGG AGATTTACCG GAATTTGCCA TGTATATGCC CGGAATGGGA
GGCAATTTTA AACTAGGATT GTCAAACGGA AAAGAAAGTA AATGGATTAC CGAAGCGGCA
AAAATTGATA CACGCTATGT TTTGGGAACG ATGCAATATA CCATTGAAGA TCCTATTTTA
GAAGGAAGTA AATTGTTTAT TGATGTTGTG GCATTAAAAG AAAGCGAAGG TTTTATTGTA
AAAGTGTATG GTCAAAAAAT ATCTAAAAAC ATCAATTTAA TCTGGGCTTT TGGCGGAGCA
ATAGGTAAAA AGTTCAGTCG TGACGGTGAT ATTGGCGCAG ATCCGGAATC GGTTTTTTAT
TTACAGCCCA ATTACTGCCT CAATAATAAA TATACGCTCA AAAAAGAATC CTTCCTTTTA
GATTATGGTT CTGAAAGCAA CAAACAAAAA ACAGGAAATA ATAAAAGTCT GAGCGGTTTT
TTTCCCAATT CAGAAATTCG TTTAGCAGAT GCCAATATTC AGAATAAACC TTTAGAACTT
TTTAAATCTA AGGCTGAAAC ACTGCCTTTA ATAAGCGGAA AAATAAATTC AGTTTCAGAA
AAAGCCAATT ACTGGCTGTT TGTTCCTGAG ATTTCAAAAG TCAATTACAC ACAAAAAACG
ATTGCCCAAC TTTATGAAAA ATCAGTTACG GCAACACATC TTTTAGCCAA TAGAATAAAA
GTGAAAACGC CTGATGTATA TATTAACACG CTGGGTTCTG CACTTGCGAT TGCTTCTGAC
GGAATTTGGG AAAGTCCGGC GTATCTTCAC GGAGCTATTG CGTGGCGTAT GTATTTAAAT
GCATGGCGGG GCGCTTATAC GGCAGATCCA TTGGGCTGGC ACGACAGAGC CAAAACGCAT
TTTAAAAGTT ACAGCAATTC GCAGGTAACT TCGCCGGAAA GCGGTCCTGT TGTTTTTGAT
GAAGAAAAAA ATCTTGCTCG ACAAAAAGAA GAAATAGGAA CATCCATGTT CAGCAGCGGT
TACATCAGCC GAAGTCCGAA TAAGAACAAT GTGGCGCATC ATTATGATAT GAATCTGGTT
TTTTTCGATC AGATGTTCCG CCATTTTAAA TGGACGGGAG ATACGGCTTT CTTAAAAGAA
ATGTGGCCGA CGATTGAACG ACATTTAAAA TGGGAAAAAC GAAATTTTGA TCCGGATAAT
GACGGACTTT ATGATGCTTA TGCTTCGATC TGGGCAAGTG ATGCTTTGCA ATACAGCGGC
AGCGGCGTAA TTCATTCTTC GGCTTATAAT TATTATGCGA ATAAAATGGC GGCAGAACTG
GCAAAAAAAT TAAACATCGA TGCCGCACCT TTTGAAAAAG AAGCAGACAA AATTTTAAAA
GCCGCAAACA ACCAGCTTTG GATTCCGAAA AAAGGCATTT TTGCTGAATA CAAAGATGCT
TTAGGAAATA GAATACTGCA CGATACGCCG GGAGTATGGA GTATTTATCA TACTATCGAT
TCAGAATTAT CAAATCCTTT TGAGAGTTAT CAAATGTTGG ATTATGTAAA TAATCAGATT
CCACATATCC CAATTAATGC AGAAGGATTA GAAAAAAAAG ACTTGTACGT TATCAGCACC
ACCAATTGGC AGCCTTATAC GTGGTCGACC AATAATGTGG CTTTAGCAGA ACAATTGCAT
ACTTCGCTTG CTTTCTGGCA GGGCGGACAA TCTGAAAAAG CCTATACAAT GTGGGAAAGC
GCTTTGATCG AAAGTATGTA TTTGGGCGCT TCGCCGGGCG GTTTCGAACA GCTTTTGTTT
CAGGATGCGA TGCGAGGCGA ATTGTACCGC GATTTTGCTG ACCCAATTGG TATGGCTTCA
CGAACTTTAG TCGAAGGACT TTTCGGGATT CAGCCCTATG CTTTAAATGA AATTTTAATT
ATAAAACCCG GTTTTCCAGA AAAATGGAAT CAGGCTTCAC TAGAAATTCC AGATGTTTCA
ATTGATTTTA AAAGAGAAAA TAAAAAAGAT ACCTATATAA TAAAGAATCA GTTTTCAGCT
AAAATGAATT TGAAATTGGT TTTAAATGCC AATTTTGAAG CTGTTGAAAG TATTTTGGTA
AACGGAAAAT CAGTATTATG GAAAGCCGTT TCAGAGAACA TCGGAAAACC AAAAATAAGT
ATTGAGGTTC CGTATAGTTC CAATTATAAT ATTCAGATTA CTTGGAAAGG AGATTCTTTA
GAAGAAATCG TATCAAAAGA AAATTATGCT TTTAATGAAG CTTTAGAAAT CAATACCTCA
AAAGCCAAAA TCATTTCTGT TTATGATCCG CAGCAGGTTT TGAGTGGTGT TTCAAAAACA
GATGATTCGC TTAAAACGAA AGTGAATTCA GCAGGCAGTA AAGTCTTTTT TATAGAAGTA
AAACAAGGAG AATTCTCTTG GTGGCAGCCA ATTCATTTCA ATGCAAAAGC AGAAAAACAA
TTAAATGAAA CGGTTACAGA TTGGAATAAA CCTTTGGATA AATCCGCACG GTTAGAGACG
ATTTCTCTTG CTCCGTTTTT TAATGCAAAA GTTACTGATA TTTTTAATTA CGAATATTTG
TCGCCAAGAC CTAATACGGT AACCTTACAA TTACCAAAAC AAGGCATTGG AAACTGGTGT
TATCCCAATG TTTCGGTCCA GATTGATGAT AAAGGGCTGC GTGAAAAAGC AAAAAAAACA
GGGAAAATTT CAACTCCAAA CGGGATTTTA TTTCAAACGC CTTCTGATGA AAATCAGAAA
AATATAATCT TCACCTCTAT GTGGGATAAT TTTCCGGGAA GCATCACTAT TCCGTTAAAC
GGAAAAGCTT CTCACGCTTA TTTTATGCTG GCCGGAACTA CAAACCCTAT GCAGAGCCGT
ATTGTAAACG GAGAAATAAA AATAGAATAT ACTGATGGAA CTTCTGAAAT TCTGCCCTTA
AGAAATCCGG AAAACTGGTG GCCGATTGAA CAGGATTATT TTACAGACGG GCTTGCCTTT
ACAACCGATG CTCCAAAACC GCCGAGGGTT TATTTTAAAA CAGGAGAAAT TTCGAGAGAT
TTTAAAGATT TTAAAACCAT AAAAGGATTT AGTAATTACG GAGTTGATGG TGGAGCAGGA
ACGATTTTAG AACTGCCTTT GGATAAAAAT AAAACATTAA AAAACCTGAC TCTGAAAACT
ATTGCAAATG ATGTTGTGAT TGGTTTGATG AGTGTGACTT TAATTAGATA A
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| Protein sequence | MGIKKRTICT LAGLFLTSTL IVFGQEKTPI RKMHYAPEGN SFVLKNGTRK FNRALYGSNT
GFRVETGDLP EFAMYMPGMG GNFKLGLSNG KESKWITEAA KIDTRYVLGT MQYTIEDPIL
EGSKLFIDVV ALKESEGFIV KVYGQKISKN INLIWAFGGA IGKKFSRDGD IGADPESVFY
LQPNYCLNNK YTLKKESFLL DYGSESNKQK TGNNKSLSGF FPNSEIRLAD ANIQNKPLEL
FKSKAETLPL ISGKINSVSE KANYWLFVPE ISKVNYTQKT IAQLYEKSVT ATHLLANRIK
VKTPDVYINT LGSALAIASD GIWESPAYLH GAIAWRMYLN AWRGAYTADP LGWHDRAKTH
FKSYSNSQVT SPESGPVVFD EEKNLARQKE EIGTSMFSSG YISRSPNKNN VAHHYDMNLV
FFDQMFRHFK WTGDTAFLKE MWPTIERHLK WEKRNFDPDN DGLYDAYASI WASDALQYSG
SGVIHSSAYN YYANKMAAEL AKKLNIDAAP FEKEADKILK AANNQLWIPK KGIFAEYKDA
LGNRILHDTP GVWSIYHTID SELSNPFESY QMLDYVNNQI PHIPINAEGL EKKDLYVIST
TNWQPYTWST NNVALAEQLH TSLAFWQGGQ SEKAYTMWES ALIESMYLGA SPGGFEQLLF
QDAMRGELYR DFADPIGMAS RTLVEGLFGI QPYALNEILI IKPGFPEKWN QASLEIPDVS
IDFKRENKKD TYIIKNQFSA KMNLKLVLNA NFEAVESILV NGKSVLWKAV SENIGKPKIS
IEVPYSSNYN IQITWKGDSL EEIVSKENYA FNEALEINTS KAKIISVYDP QQVLSGVSKT
DDSLKTKVNS AGSKVFFIEV KQGEFSWWQP IHFNAKAEKQ LNETVTDWNK PLDKSARLET
ISLAPFFNAK VTDIFNYEYL SPRPNTVTLQ LPKQGIGNWC YPNVSVQIDD KGLREKAKKT
GKISTPNGIL FQTPSDENQK NIIFTSMWDN FPGSITIPLN GKASHAYFML AGTTNPMQSR
IVNGEIKIEY TDGTSEILPL RNPENWWPIE QDYFTDGLAF TTDAPKPPRV YFKTGEISRD
FKDFKTIKGF SNYGVDGGAG TILELPLDKN KTLKNLTLKT IANDVVIGLM SVTLIR
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