| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_0456 |
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| Symbol | |
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| ID | 4186323 |
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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 | Cytophaga hutchinsonii ATCC 33406 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008255 |
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| Strand | + |
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| Start bp | 533905 |
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| End bp | 537093 |
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| Gene Length | 3189 bp |
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| Protein Length | 1062 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 638070463 |
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| Product | hypothetical protein |
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| Protein accession | YP_677085 |
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| Protein GI | 110636878 |
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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 | 14 |
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| Plasmid unclonability p-value | 0.97303 |
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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 | 13 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAATACC TAGATTGTAA TCTTATTGAT AAATATGATT TTAATATGAA ATTAATTTTA
CTGATTTTTA ACAAAGTGCA CCTTGTGCTG ATGCTCTTAC TTATTTCGGG TTCAACAATT
GCCCAGCACT GTGGAGTAGG GCATGAGTTT CACGAAACAT TGAAACAAAA CGATCATTTT
TCACAGGCAT CCAGAACAGC AAGTATATCT CCTGTTAATG GTATTCTTTA CATTCCTTTA
ACGATACATT TTGTACGCCA TACAAATGGT TCTTATTCTA AAAACAATTC TCTTGAACCC
CTGTATCATA GTTTGCTAAG CCTGAACAGA GTCTTCTCCA ACGCACATAT TCAGTTTTAT
ATAAATGGAA ATATTGATTA TATAAACAAT GATGACTATT TATATCCTGT ACGGGATGGT
GCAAAGCACA TTGAATTGCT TGCAAATTAT AAAAATCCGA ATACCGCTAA CATCTGGATC
CTGGATGGCT GGTCAGGTTC TCCGGGAATT GCAGGTTTAG GCGGGCCATC CGGTGTTGAA
TTAGCTGACC TTTCTGAGCG AACAGTAATT CATGAGTTCG GGCACTTTTT TACATTGATT
CATACCTTTG ATTTTGCAAA AGGTGTTGAA AAGGTTAAGC GAGTTGGTGG AAACTGTGCC
ACTGCCGGCG ATGAAATTTG TGATACAGAA GCAGACCCAT CTGATCTGAA GGCACCTCAG
CTTATTGGTG AAGTTTTAAG TCATGAAAGA TGCGTGGTCA CTTCCAACAC AAGAGATCTT
AATAATGATC CATACACGCC GCCATTTGAT AACTTCATGT CTTATTATGA TAACAAATGC
GGATTCAAAT TTACGCCTCA GCAATATGAG CGCATGGTTG CAAGTATACC TTTGTATCAT
TCTTCTTATA CAGATATGCA GGGAGCCGGA CTTTCCGGAG CGCCGGCATC GTTAAAAATA
ACAGCAAAAC AGGGATATGA TGAAATTTCC TGGGTGAACA GCTCAGGTTC ATTGGGTACA
ATCGTTGAAT ATTCAACGGA TGGAGGCGGA AGCTGGACTG TAATGATTGG TGTTAAAGCT
GCTGTTACGA AAAGTTTACT TTCAGATATC CGTACCGGTA ATGCCTATTT ATTCAGAGCC
CGGCATTTAA ACAGTATTAC CTATTCTTCT TCCGTAAGCT ATACGCCAGC CAACGCACAT
CCAATTATTC CTATCGTTTT AGATGCTCCT GTAACTGATT TCTCTTCAAT AGGGGGCGTT
TCTGTTGCAA ATACAAGTTT GAATAATCAA ACAAATATTC AAGAGAATTA TACGTTTAAT
GCGTTCACAC CTACTCCTGC CTTTTTCATC GGAGGAAATT TTAATCTTGA TCTGAAAGTT
AAAGTCATTG AAGATGGTAA TGGCGGTACA GGCTGGGGGC CTACATATAT GTATGTATAT
TTAGATGAAA ATGGAGACGG TGATTTTGAT GATGCCGGAG AAGTTAAATA CCGGGAACCA
AACAGATTTG GCCCTATGAC GGTTTCAGTT CCTGTATCCG TTTCGTCTCA GGCAACTACA
GGTTATAAAC GTATGCGTAT CCGTTCGTTT GCGCAAAATA ATACTAACAG TCCGAATGGA
ATGTATAACT ATAGCGAAAC AGAAGATTAT CTGATACAAT TTGTTAAAGA TGTAGCGTTG
ACTTCTATCA ACAGTGTTTA CAATGAATCA AACAAAACGA TTGAACTCAC CTGGACAGAT
AATACGAATG ATTATAATTA TGTGATTGAA CGAAGTATTG ACGGTGTCAA TTTTTTACCG
GTAGAAACAA CTACGGTTTC AACACCTAAA TTGTATGTTG ATTCGGATAT TGCACTGGGT
CAAAAATATT TTTATCGGGT AAAACATGTA CATGGCGCTT TATACAGCAC CGTAACGGAG
CAATTTATTA AAGATATACC TCCAACACTT ACCGGAGTTT ATAATCAACA GGATAACACG
ATTGACCTTA GCTGGACAGA TAATACCAAT GCCTATAATT ACATAATTGA AAGAAGTATT
GATGGAATTA ATTTTTCAAC AGTAAAAACA ACTACGGTTT CAACACCTAA AGTGTATGCA
GACACAGATG TTGTGCCCGA TCAGGAGTAT TCTTACCGGA TAAAACATGT CACCGGAACT
ATATATAGTT CTATAGCGGA TGTTATGACA ACTGTAATAA ACCCTGAGTT AAGTTATTGT
TTACCTGAAA GTAATTTTGG GTGCTATAGT TTTGAACTTT CTGAATTTGC TATCCCTTCG
ATTAATTTCG TTAATAATAC TGCGGGGAAT TGTGGGTATA CGTCAGAAGG CTATTCAGAT
CTATATGCTA CTAAAACAAT TAATCTTATA GCGGGGAATA GCTATGCATA CACCATGAAA
AATGATAGAG ATGAATGGTA TGATTTTAAT ATGCATTTGG ATGTAAATCA AAATGGAATT
TTTGAACCGT CAGAAGCACT TGTTAATTTC CATACGGAAG GTACTGATGC TCCTTTTGAT
GCGGGACCTT TTGTTGTTCC TGTATCAGCT ATTAATGGAT ATACACGTTT AAGACTTAGA
AATTATATTT ATACGAATGA CCCGTGTACA GAGGCGATAT TTGGTGAGAC GGAAGATTAT
AAAGTACTCA TTTCGGGAGG TAAAGAAGGC ATTGTAATTA ATACAACGAT TACACACGTT
GAGACAGATC AAATATCTGT TTCATGGTCT GCAAGAGCAG GTTCAAACCC CACAGGATAC
AAACTGAAAA TATCAACAGA TGGAATTTCA TATTCAAGTG TCATTACATT AACTGGCAGT
CAGGCATCAT ATACATATAC CGGTTTGCAA CCTAATCAAA GATATTTTAT ACAGGTTGTC
GCTTTAGGTA CAGTATCATC TGATCCTAAA ACAATGTGGA CCTACACATT GCCTTTAAGC
ACCTCAATTT TAGATGGAGC ACCGGTTGAA ACAAAAATAC TTTCTGCATA TCCCAATCCG
GTGTCTGGCA TATTAACCAT AAAAGCACAT GGTATTGCTT CACTGGTGAA TGAGTTTGGA
CAAGTTATAA TGAATGAGAA TATTGATGAG ATAACGTATT GGAATATGAA TGGTTTTTCA
TCAGGCGTTT ACTTTTTATA TATTCAAAAT GAAGATCATG CGCAGGTGTT AAAAATTATT
AAACAATAA
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| Protein sequence | MKYLDCNLID KYDFNMKLIL LIFNKVHLVL MLLLISGSTI AQHCGVGHEF HETLKQNDHF
SQASRTASIS PVNGILYIPL TIHFVRHTNG SYSKNNSLEP LYHSLLSLNR VFSNAHIQFY
INGNIDYINN DDYLYPVRDG AKHIELLANY KNPNTANIWI LDGWSGSPGI AGLGGPSGVE
LADLSERTVI HEFGHFFTLI HTFDFAKGVE KVKRVGGNCA TAGDEICDTE ADPSDLKAPQ
LIGEVLSHER CVVTSNTRDL NNDPYTPPFD NFMSYYDNKC GFKFTPQQYE RMVASIPLYH
SSYTDMQGAG LSGAPASLKI TAKQGYDEIS WVNSSGSLGT IVEYSTDGGG SWTVMIGVKA
AVTKSLLSDI RTGNAYLFRA RHLNSITYSS SVSYTPANAH PIIPIVLDAP VTDFSSIGGV
SVANTSLNNQ TNIQENYTFN AFTPTPAFFI GGNFNLDLKV KVIEDGNGGT GWGPTYMYVY
LDENGDGDFD DAGEVKYREP NRFGPMTVSV PVSVSSQATT GYKRMRIRSF AQNNTNSPNG
MYNYSETEDY LIQFVKDVAL TSINSVYNES NKTIELTWTD NTNDYNYVIE RSIDGVNFLP
VETTTVSTPK LYVDSDIALG QKYFYRVKHV HGALYSTVTE QFIKDIPPTL TGVYNQQDNT
IDLSWTDNTN AYNYIIERSI DGINFSTVKT TTVSTPKVYA DTDVVPDQEY SYRIKHVTGT
IYSSIADVMT TVINPELSYC LPESNFGCYS FELSEFAIPS INFVNNTAGN CGYTSEGYSD
LYATKTINLI AGNSYAYTMK NDRDEWYDFN MHLDVNQNGI FEPSEALVNF HTEGTDAPFD
AGPFVVPVSA INGYTRLRLR NYIYTNDPCT EAIFGETEDY KVLISGGKEG IVINTTITHV
ETDQISVSWS ARAGSNPTGY KLKISTDGIS YSSVITLTGS QASYTYTGLQ PNQRYFIQVV
ALGTVSSDPK TMWTYTLPLS TSILDGAPVE TKILSAYPNP VSGILTIKAH GIASLVNEFG
QVIMNENIDE ITYWNMNGFS SGVYFLYIQN EDHAQVLKII KQ
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