| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_2399 |
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| Symbol | |
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| ID | 4183829 |
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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 | 2757718 |
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| End bp | 2761938 |
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| Gene Length | 4221 bp |
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| Protein Length | 1406 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 638072394 |
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| Product | hypothetical protein |
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| Protein accession | YP_678997 |
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| Protein GI | 110638788 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR03296] M6 family metalloprotease domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 14 |
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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 | ATGCTTTCTT TTCAGGATTA TCCGATTAAT GATCCGATCC AGGCCGTTGA TGACCTCATG
AACAAACAGG GCTATACCGG AAACGGACAA TTGGGCTCTG TACGTGATTA CTTTTACACG
CAAACAAGCG GTAAGGTAGT AATTACAAGT ACAATAGTTA AAGTCACGGT GGCTCACACA
CGTGCGTATT ACGACGACAA CAATGTAAAT TATGTAGATG AAGCTATTGA TTTAATAAAT
CAAAATTATC CGGCAGGTTT TCAGGATTTA ACAGCCGATC CGTTTGATGG AAAGCTCATG
CATTTAAATT TTATAGCACG ATCACCCGGA CATTCATCAA CCGTTGGTGC AAGTGCCGGC
AAATTTTTTA AGAACAATAC TACCGGCCAG CTTGAGATCG TTGGAGGAAA CATGACCTAT
TTCAATGTAG ATGACCCTTT GATCATCAAT GTTATTTGCC ATGAAATGGG ACATAGTGTA
ATGAGCTGGA CAGATTATTA CAGAACTGCA TATTCAAACC TGGGAAATTT TTGTGTGATG
GGATCTGCCG GAACAGCTGT TGCACCTATG CCCATCAATC CTGCATTGCG TATGCAGCGT
GGCTGGATCG ACAACATTAT TCCGGTTTCC GGAACAACTA CACAGACGTA TACGCTTACA
GCCAACAGCT ACACAACGAT CCACAAATAC ACGAATCCAA ACAACCCAAA GGAATATTTA
TTATTCCACG CCTTTAAACA TGGTGGTTAT TATCAACCCG TAGTAGGCGG GCCTATGCCT
GAAGGATTGG CTATCTGGTA TGTAGACGAA GAAACCGGTT ATGATTCTCC TTTAAATCCC
AATCACGACA ACCAGTATTA TATCCGGCTG GTGCAGGCAG ATAACAAAGA CGAAATGCAT
GATGAATTCT TAGTGCCTGC AGATGTACGG GGAGATATGG AAGATCTTTA TGGAAATGCA
AACAAATCAT TTCCTAATGG TACACCGTTC AGATGGAAAG ACGGTGGCGA GTTCGGCATT
AATATTACGA ACATTTCCAG TCCAGGTGCT ACGATGCAGT TTACTGTAAC GGCAAGACCA
AACACAGTAG TTTCAAGTTC AGATATATTT GGTACGATAG CACCCAAAGG AACATTAGGA
GTTGCCAGCG GACAAACAAA AACATTCAGC CTTACACCGA ATCCGGGATA TGAAGTGAAT
GTTTTAAAAG TAGATAATGC AACCGTTACA GCTGCCAATC CATACACAAT GTCAGGTATC
TCTGGCACGA AAACAATTTC AGTTACATAC AAAAGAAAAA CAACTCAAAC GGCATTGCCT
TCTCCATGGC AAAAGGCGAC AATAGGAAGT GTAAGCAGTT CAGATTTTGT AGCACATTCA
GGTACAAATT TTTATATGGA AACGTACGGA AACACCGTTG GTGGTTCGGG TGATAATTTC
ACATTTACTT ATCAGCTTTT GAATGGTGAC GGAACATACA TTGCACACCT TGGAAACTAC
AATACTCTTG AAAGCCAACG AACAGGTATC ATGATCCGGG AATCTTTACA ACCGGATGCA
GCATTTTCTG CAATCGCAAA AATAGATATG GGTGGTGCTA TTGTACAGCA AAGAGCATCT
TCAGGAGGTT TAACACAAGA CAACCCGAAT GATCAAAAAA ATTTACACAT ATATGAATTG
CACAATTGGT TAAAGATTGT GAGAAGCGGA AATGTAATCG TAAGTTCTGT ATCAAAGGAT
GGAGTAACGT GGTATGAAAT CGGAAACCAA AACATCTCAA TGGCTTCTCA GGTATATGTA
GGATTATTTA CAAAAGGAAC CGGATACACC ACATATCCTG CACAGGCTTT ATTTGATACA
ATTTCTTTCA CATCAAGTCC GTTCCCAACA GTGCATATAA CCTCTCCGGC AACTGGTACA
GTACTTTCTT CGAATTCAGT AACCATCAAT GCTACAGCTG CGCCAGCTGC AGCAAACGGT
TCTATTACCA AAGTAGATTT CTATGACAAT ACTACGTTGA TCGGAACGGA TAATACTGCT
CCTTACAGCT TTGTATGGAA TAATGTTAGT GGCGGCATAC ATGCGCTGAT AGCAAAAGCT
ACAGACAATA CAGGAAAAGT TGCTGTTTCT GCTAAAGTAG CAATTGTTGC ACCTTGTACT
GCTGCAGGTT CAAAATTACA GGGTACGGTA ATTGGCACCC CTGGTTCATG GAACGGATCA
GGAAATACAC GCGAAAAAGC ATTTGACGGA AATATCAACA CGTACTTTGA TGCATCGGTA
GACGTAGCAT GGACGGGGTT AGATCTTTCT GCTACCTATA AAGTTACCAC TATCCGTTAT
GTACCAAGAG CTGGTCTGGA AGGCCGTATG ATTGGCGGAA AATTCCAGGG TAGTAATGCT
GAAGATTTCA GTACGTATAC AGATTTAGCT ACAGTAGTTG CAAAGCCATC ATTTACCTGG
AACTGCTTTG ATGTTTCCAG CACAGCATCT TTCAAATACC TGCGTTACAT AGGGCCTGAA
GGTGGTGTCG GAAACATTGC CGAAATCGAG TTTTACGGAA CACCACAAGC GGCGAATCAG
CTGCCAACGG TAGTAATTAC AAGTCCTGAA AATGGCAATA CCTTTACATC TCCTGCAACA
ATTACCATCC ATGCAAATGC TGCTGATGCA GATGGCTCTA TTGTAAAAGT AGAATTTTAT
TCAGGCGTTA ATTATCTGAA CAGAGATACG GTTGCTCCCT ATTCCACAAC CATTTCAAAC
CTGCCGTCAG GCGTATACAG CTTCACTGCA CGGGCATATG ACAATCTGGG CGCAACATCT
GAATATACAG TAACAAATAT TACTGTTGGT ACCAATACGG CACCTGTTGT AAGCATTACC
AGTCCGGTTA CAAACCAGAG TTTTTCTGCT CCTGCAACAA TTGTAATCAA TACGGATGTA
ACCGATGCAG AAGGTAATAT CTGGAAGGTT GAATTCTATA ACGGTTCTAC CTGGCTTGGG
AGTGATTTCA CTGCTCCGTA TTCGTATACC TGGAGCAATG TACCGGCTGG AGTATACAAC
ATTACGGCAC TGGCAATTGA CAACCTGGGC GCATCTGCTT CATCTACAAG AAACAATATT
GCGGTAGTTG GCAATACTGC ACCAACGGTA AGCATTACCA GTCCGGTTAC AAATCAGAGT
TATACTGCAC CTGCAACCAT CTATATTGAT GTTACAGCAA CAGATGCCGA TGGTTCAATC
ACGAAGGTAG ATTTCTATAA CGGTTCTACA CTGTTAGGAT CTGATCTTAC TGCTCCCTAT
ACCTTTACAT GGAGTAATGT ACCTGCAGGT GTATATAACA TCACGGCACT GGCAATCGAC
AACCTGGGTG CTTCTGCATC TTCTACAAGA AACAACATTG CCGTAATTGC AAATCAGGCA
CCTACCGTGA GCATTACAAG TCCGCTTACA AATGCAAGCT ATACGGCACC CGCTACGATT
ATTATCAATG CAACAGCAGC GGACGCGGAC GGATCAATCT GGAAAGTTGA GTTCTACAAC
GGATCTACGT GGTTGGGAAG TGATTTCACT GCTCCGTATT CGTATACATG GAACAATGTA
CCTGCAGGTG TTTACAACAT CACTGCACTT GCAATTGACA ACCTGAATGC TACTGCTTCT
TCTACCAGAA ATAATATTGC CGTAACAGCT CCTGCAGCGG ATATCACAGG TCCTGCCTGT
GCGGGTAACA ATACAACGAT TACCTACGAA CTGGCTGCTT CAAAAAGAGT AAACGCAACG
AGTTATGGCT GGTATTTTAC AGGATCAACC CAGAGCTTCA CGCCATCAGC AACTACGCAG
TACCAGGCTA CGTTGGTTAC AGGCAATAAC TACGGCCAGG GTCAGTTGTG TGTAGGTGTT
GGTTACGCAT CTGCTCCATA CCATACTACA TATTGCATTA CCTTACCTAA ATGCGCAACT
TCAAGAGAAG CAAGTTTTGA AGAATCAGAA TCTCTGACGC TTCAACCGGT AGGTTTCCCA
AATCCTTTTG CATCAGAGAC TACGATAAAC CTTGCCGCAC CGGACAGCAA AATAGAGGTA
TATAACGCAA ATGGTATATT AGTGGAAGAA ACAATTGCCA GCGGATCATT CACCTTTGGT
CAGCATCTGG CATCCGGTAT CTACTTTGTT AAAGTCACTA CAGGTAACAA AACCGAAACG
TTAAAAGTAG TGAAAGAATA A
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| Protein sequence | MLSFQDYPIN DPIQAVDDLM NKQGYTGNGQ LGSVRDYFYT QTSGKVVITS TIVKVTVAHT
RAYYDDNNVN YVDEAIDLIN QNYPAGFQDL TADPFDGKLM HLNFIARSPG HSSTVGASAG
KFFKNNTTGQ LEIVGGNMTY FNVDDPLIIN VICHEMGHSV MSWTDYYRTA YSNLGNFCVM
GSAGTAVAPM PINPALRMQR GWIDNIIPVS GTTTQTYTLT ANSYTTIHKY TNPNNPKEYL
LFHAFKHGGY YQPVVGGPMP EGLAIWYVDE ETGYDSPLNP NHDNQYYIRL VQADNKDEMH
DEFLVPADVR GDMEDLYGNA NKSFPNGTPF RWKDGGEFGI NITNISSPGA TMQFTVTARP
NTVVSSSDIF GTIAPKGTLG VASGQTKTFS LTPNPGYEVN VLKVDNATVT AANPYTMSGI
SGTKTISVTY KRKTTQTALP SPWQKATIGS VSSSDFVAHS GTNFYMETYG NTVGGSGDNF
TFTYQLLNGD GTYIAHLGNY NTLESQRTGI MIRESLQPDA AFSAIAKIDM GGAIVQQRAS
SGGLTQDNPN DQKNLHIYEL HNWLKIVRSG NVIVSSVSKD GVTWYEIGNQ NISMASQVYV
GLFTKGTGYT TYPAQALFDT ISFTSSPFPT VHITSPATGT VLSSNSVTIN ATAAPAAANG
SITKVDFYDN TTLIGTDNTA PYSFVWNNVS GGIHALIAKA TDNTGKVAVS AKVAIVAPCT
AAGSKLQGTV IGTPGSWNGS GNTREKAFDG NINTYFDASV DVAWTGLDLS ATYKVTTIRY
VPRAGLEGRM IGGKFQGSNA EDFSTYTDLA TVVAKPSFTW NCFDVSSTAS FKYLRYIGPE
GGVGNIAEIE FYGTPQAANQ LPTVVITSPE NGNTFTSPAT ITIHANAADA DGSIVKVEFY
SGVNYLNRDT VAPYSTTISN LPSGVYSFTA RAYDNLGATS EYTVTNITVG TNTAPVVSIT
SPVTNQSFSA PATIVINTDV TDAEGNIWKV EFYNGSTWLG SDFTAPYSYT WSNVPAGVYN
ITALAIDNLG ASASSTRNNI AVVGNTAPTV SITSPVTNQS YTAPATIYID VTATDADGSI
TKVDFYNGST LLGSDLTAPY TFTWSNVPAG VYNITALAID NLGASASSTR NNIAVIANQA
PTVSITSPLT NASYTAPATI IINATAADAD GSIWKVEFYN GSTWLGSDFT APYSYTWNNV
PAGVYNITAL AIDNLNATAS STRNNIAVTA PAADITGPAC AGNNTTITYE LAASKRVNAT
SYGWYFTGST QSFTPSATTQ YQATLVTGNN YGQGQLCVGV GYASAPYHTT YCITLPKCAT
SREASFEESE SLTLQPVGFP NPFASETTIN LAAPDSKIEV YNANGILVEE TIASGSFTFG
QHLASGIYFV KVTTGNKTET LKVVKE
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