| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_3499 |
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| Symbol | |
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| ID | 4183893 |
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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 | 4048380 |
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| End bp | 4051628 |
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| Gene Length | 3249 bp |
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| Protein Length | 1082 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 638073486 |
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| Product | hypothetical protein |
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| Protein accession | YP_680075 |
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| Protein GI | 110639865 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.722152 |
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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 | 11 |
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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 | GTGCGTGGTT CATTAATCAC TATTGGATTA TTGTCTGCTG TATTTTTAGC TCTTGCTCTA
TCTGAGCATT ATGGCAGGTT TAATAGTATC GTCCGTTTAT CTTTTCTTTT ATTGCTTATG
GCCAGTGTTG GCTATACATT AATCAGCTGG GTAGGAAATC CGATCATTAA GCTGCTACAG
CTTGATAAGG CATTATCCAA TGAAGAAGCA TCCAGACAAA TCGGACAATT TTTTCCGGAG
ATAAAAGACA AGCTTACCAA TACGCTACAG CTTCATGCCA GTACAAACCG ATCCAGCAAC
GATCTCATTC TGGCCAGTAT CAAACAAAAG ACAAAAGAGC TAAATACCTT TACATTTTCT
GGTGCGATTG ATCTATCAGA AAACCGTAAA TATTTCAGAT TTGTTCTACC ACCTATATTT
CTAATAATCA TATTATTAAT TGTTATACCA AGTTTATTAA CAGATAGTGC AAACCGTATA
ATTAAATTTG ATAAGCAATT TTTAGAACCG GCACCGTTTC AGTTCAATCT TTTGAATAAA
AATTTGTCTG CCTACAAAAA TGAAGATGTT GAGGTAGAGC TGGAATTGAT CGGAAATGAA
ATTCCGGATC AATGTTATAT TCTGATTCAC GATCAGCGTT TTAAATTGAA GCGTAAAACC
AACGGTGTTT TTACCTACGA TTTTAAAAAT GTTCAGCGGG AAGAAACATT TGCTTTCGAA
GCTGCCGGTT TCAGATCTGC TGAATACAAT CTTGATGTGC AGGTTAAACC TGATATCAAA
GGCCTGGATA TTGTTTTAAA TTATCCGGCA TATCTTAAGA AACCAGCTGA ATCCATTAAA
AATGGCGGAA ACCTGACCAT ACCTGAGGGA ACGACCGCCA CGTGGAACAT AGAAACCGTT
CACACGGAAA CCTTATTCAT TTCTTTTGAA AGTGAAAAAG GGAAAGAAGT CAAAGGAGAA
AAAGATGGAG AAACATTCCG TTTCAAAAAA ACCATTCGAA ACGATGATAA ATACTCCTTG
CTCGTTAATC AATCCAAACT AAACCAACCG GCACCGATAC AATATAGTCT GCACGTTATT
AAAGATCAGT ATCCGGCACT ATTGGTGGAA GAGTTCAGAG ACTCTACCTT GATGGAAGCA
ATTCAATTTG GAGGTTCATT ATCAGATGAT TATGGAATTA ATCGACTGCA ATTGCATTAC
GTATTAAAAG ATGCTTCTAA GAAACCGGTA AAAAAAGGAA GCAAAACTAT TCCGATCGAA
ACCGGTAAGT CCAATCAGAC TTTTTATTTC ACATGGAACA TTGATTCCGT TCAAATAAAT
CCGGGACAGG AGCTGGAGTA TTATTTAGAA GTATTTGATA ATGATGGCGT AAATGGTTCA
AAAAGTACAA AGTCTTCCGT ATTCTCCTGG AAAATACCAA GTAAAGAAGA GTTATCAGAA
GAATTAAAAA CTGCTTCAAC GTCTGCATCC AATCAATTCC AGGAAGTGGC AGAACAAGCT
AAGCAACTGC AAAAAGAAAT GCAGCAGCTG GAAGAACGCC TTAAGTCTAA AAAGCAATTG
AGCTGGCAGG ATAAAAAAGC GATGGAAGAG ATGGTTAAAA AGAATCAGGC GCTGGAAAAA
GAGCTGGAAA AACTTCAGGA AAACCTTAAA AAGCTTCAGG AAAAACAAGA TAAATTTGAT
CCTGCTTCTC AGGAATTAGC CGAAAAAATG AAGCAGCTGG AAAAATTGAT GAATCAACTG
CTGGATGAAG AGACGAAGAA ATTAATGGCC GAACTTGAAA AATTGCTTCA GGAGAATGCC
AAAAAAGAAG ATTTAGACAA GGCGTTAAAA AACCTTACAA ATAAAGATAA GTACCTGGAG
AAAGAACTGG AACGTAATCT TGAACTTTTC AAGCAGATGC AGTTTGACCG CGAGCTGGAA
AACAATATTC AAAAACTCGA GGAACTGGCT AAAAAAGAAG AGGAACTGGC GGAGAAAACA
CTGGATCAGA AAATACCAAA AGAAGAACTT GTTAAGGAGC AGGAAGAGCT CAACAAGGAG
TTTGATCAAT TAAAAGAGGA AATGAAAAAC CTTGAAGAGT TGAATAAAGA ATTAGAAAAC
AAAAAACCGT TAGAAGATCT TGATCAGGAG CAGCAGGATA TTGATCAGGA AATGCAGAAA
AGCAGCGAGG AATTAAAAAA TAACCAGAGT AAAAAGGCAG GAGCTTCTCA GAAAGGTGCG
GCAGACAAAA TGAAAAAGAT GTCTGAAAAA ATGCAGCAGA TGCAGCAGGA CATGCAGGCT
GAAGAAGCGG CTGAAAATAT GAAAGATCTG CGGCAGATAC TGGATAACCT GCTTCACGTT
TCTTTTGATC AGGAAGCACT GATGAAAGAG TTCCGCAAGG TACAGCAGAC AGATCCAAGA
TACATCACCC TGGGGCAGCA GCAGGTTAAA TTAAAAGACG CAACAAAAAT CATTAAGGAC
AGCTTATATG CCTTAGCGAA ACGTGTTCCC CAGATTGAAG CATTTGTTAC AAAAGAGGTT
TTAGCCATGA ACCAACATAT GGATGCAGCC GTACAACACA TTAAAGAACG CCGGCCGGAT
CTGGCTGCTG CGGATGAGCA GTATGCGATG ACTTCTATGA ATAACCTGGC ACTGATGCTG
AATGAAGTGT TAAAACAAAT GCAGCAGGAG ATGGCAAGCT CACAGCCTAA AATGGGTAGT
GCACAATGCA ATAAGCCTAA GCCCGGTGCT TCAGGAAAAC CAAAGCCGGG TAATATGAGC
CAGATGCAGA AGAGCCTGAG TGAAAAAATT GAACAGCTGA AGAAAAGCGG ATTAAGCGGA
AAAAGCTATT CAGAAGAATT GGCTAAACTG GCGGCAGAAC AGGAGATGCT TAGAAAGTCT
TTACAGGAAA TGGAAAAGAT GATGAAAGAG CAGGGTGGGA AGCCGGGCAA TGAGTTGAAG
CAGTTGAGTG ATATGATGGA ACAAACGGAA CGCGATTTGG TAAACAAAAA CATTACCAAC
GAGACCATCA TGCGTCAGCG CGAAATCCAG ACACGTTTAT TAGAAGCAGA AAAATCTGTT
CGGGAACGTG AGTGGGATAA CACGCGCGAA TCTAAAACTG CTGATCAGAA GCCAAACGAA
TATCCTCCGT CCTTAGAGAA ATATTTAAAA GCGAAAGAAA AGCAATTAGA ACTGATTAAG
ACGATTCCGC CATCATATAC GCCCTATTAC AAAGAAGAAA TAGACGATTA TTTTAAGAAT
CTCGATTAA
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| Protein sequence | MRGSLITIGL LSAVFLALAL SEHYGRFNSI VRLSFLLLLM ASVGYTLISW VGNPIIKLLQ
LDKALSNEEA SRQIGQFFPE IKDKLTNTLQ LHASTNRSSN DLILASIKQK TKELNTFTFS
GAIDLSENRK YFRFVLPPIF LIIILLIVIP SLLTDSANRI IKFDKQFLEP APFQFNLLNK
NLSAYKNEDV EVELELIGNE IPDQCYILIH DQRFKLKRKT NGVFTYDFKN VQREETFAFE
AAGFRSAEYN LDVQVKPDIK GLDIVLNYPA YLKKPAESIK NGGNLTIPEG TTATWNIETV
HTETLFISFE SEKGKEVKGE KDGETFRFKK TIRNDDKYSL LVNQSKLNQP APIQYSLHVI
KDQYPALLVE EFRDSTLMEA IQFGGSLSDD YGINRLQLHY VLKDASKKPV KKGSKTIPIE
TGKSNQTFYF TWNIDSVQIN PGQELEYYLE VFDNDGVNGS KSTKSSVFSW KIPSKEELSE
ELKTASTSAS NQFQEVAEQA KQLQKEMQQL EERLKSKKQL SWQDKKAMEE MVKKNQALEK
ELEKLQENLK KLQEKQDKFD PASQELAEKM KQLEKLMNQL LDEETKKLMA ELEKLLQENA
KKEDLDKALK NLTNKDKYLE KELERNLELF KQMQFDRELE NNIQKLEELA KKEEELAEKT
LDQKIPKEEL VKEQEELNKE FDQLKEEMKN LEELNKELEN KKPLEDLDQE QQDIDQEMQK
SSEELKNNQS KKAGASQKGA ADKMKKMSEK MQQMQQDMQA EEAAENMKDL RQILDNLLHV
SFDQEALMKE FRKVQQTDPR YITLGQQQVK LKDATKIIKD SLYALAKRVP QIEAFVTKEV
LAMNQHMDAA VQHIKERRPD LAAADEQYAM TSMNNLALML NEVLKQMQQE MASSQPKMGS
AQCNKPKPGA SGKPKPGNMS QMQKSLSEKI EQLKKSGLSG KSYSEELAKL AAEQEMLRKS
LQEMEKMMKE QGGKPGNELK QLSDMMEQTE RDLVNKNITN ETIMRQREIQ TRLLEAEKSV
REREWDNTRE SKTADQKPNE YPPSLEKYLK AKEKQLELIK TIPPSYTPYY KEEIDDYFKN
LD
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