| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_3800 |
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| Symbol | |
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| ID | 8227389 |
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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 | Dyadobacter fermentans DSM 18053 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013037 |
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| Strand | + |
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| Start bp | 4625070 |
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| End bp | 4628390 |
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| Gene Length | 3321 bp |
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| Protein Length | 1106 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 644931635 |
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| Product | hypothetical protein |
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| Protein accession | YP_003088169 |
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| Protein GI | 255037548 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.562819 |
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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 | 19 |
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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 | ATGGAAGGCC TGTTGCTACG CATTCAGGAA TACCGTCAGA AATATTATCA GAACCAGCTG
CTCAAAGGCG CGATCTTTTC GATCGGTCTG CTACTCACTG TGTTTCTGTT TTTCAATACC
ATCGAATACT TCGGGCGGTT TAGCTCGCTG GTGCGCGGGA TGCTGTTTTT CGGCTTCCTC
GCCGTGCTGG TGTTTTCGTT CGTGCAATGG GTGATCCAGC CATTGATCCA TTTGTATGGG
TTAAGAAAAC CGCTTTCCGA CGAGCAGGCC GCATTGCAGA TCGGGCAGTA TTTTCCTGAG
GTGGGAGATA AGCTCGTAAA TACATTGCAG CTCCGGAATT TGACCGGCAT GCAGTCGGAT
CTCATTGAGG CGAGTATCCG GCAGAAGTCG AGCCAGCTGC TGATTGTCCG CTTTTCGGAT
GCCATTCGTT TTAATGAGAA TAAAAAAAGG CTGAAATACG CGGTGTACCC GCTGGCGGCC
ATTGCGGTGA TTCTGCTTTT TAACCCCTCA TTCTTCTCTT CCAGCTCCGA GCGCATTATC
CATTTCCAGA AGAATTATAC CTATGCTCCG TTCTCATTTG AGGTTCAAAA CAAGAGCTTG
AAAGCATTTC GAAATGAGGA TTTTATATTA AAATTAAAGC TGCAAGGCGA GGCATTACCA
TCGGCCGTTT ACCTGGTGCA AAACGGGACG CGGTTTAAGC TGACGCAGGA AAGCGCCAAG
GATTTTTCCT ACACATTTAA AAACCTGCAG CGCGACGTTG CATTCTCTTT CGACGCGGCG
GGCTATGCTT CGGAACAGTA CCGCATTGTA GTGAACGAAC GACCGTCCCT GCTGTCATTT
GATGTGAATC TGCATTACCC TGCGTATTTG AACAAACCTT CGGAAGGACT GAATAATGTA
GGAAATCTCT CGGTGCCGGA AGGCACGACG ATAGAGTGGA ATTTCAATAC CAATTCTACC
AAAGCACTGG CCATTAAATT TGAAAACGAT TCGGCATTAT ACACCGCAAA AGAGCGTGAC
GGCGATCACT TCGAGATCCG CCGGACAGTC CGAAAATCAG CCCAGTATCA GGTGAACCTG
AAAAACGACC AGACGACCAA TTCTGATAAG ATCGGCTATT TCATCAATGT GATCCCCGAC
AAATACCCGG TGATGAACCT GGAAAATTTC CAGGACACTA CATTGTATAA TTACCTCGTG
CTGGGCGGGT CGATCAGCGA CGATTATGGG TTTTCACAGT TGCGGATGTT CTATTCGGTG
AAAAGAGCGA ACGAAGACAA CCCCGCCGCG CCGAAAAGCA TTCCCATTCC ATTTAACAAA
ACCGTCAATA CCCAGAGCTT CTTTTTCCAA TGGTATGTGG ACAGCCTGCA ACTCGCGCCG
GGCGACAAGA TCGAGTATTA TGCCCAGGTG TGGGATAACG ACGGCGTGAA TGGCGCGAAA
AGCGCGCGCT CGCGGTCGAT CCAGTTTACG GTTCCGTCCA AAGATCAGCT CGAAGCGGAG
GTGAGAAAAT CGGAGCAGGA AACGGAAAAC CAGATGCAGT CGGCGATGAA AAAGGCGCAG
AGCCTGCAAA AGGACATTGA AAACCTGGAT AACCGTTTGA AAAGTAACAA AGAGCTCGAT
TTCAAAGAGC AGAAGCAGAT TGAAGAAGTG CTGCGCAAGC GTGAGGATTT GATGAAGGAA
TTGGAGGCTT TGAAAGAAAA GCATCAGAAC GCAAATGAAA AGGCGCGGCA GTTCAACCAG
CAGAGCCCCG AGTTGCAGGC GAAGATCGAG CAGTTGCAGA AGCTCATGAA CGATCTCATG
GACGAGGACA CCGAAAAGCT GTACAAGGAG CTGAAAAAGT TGTTGGAACA AAAACAGAGC
GAACGGATGT CGACCATGCT CGAAAAGCTC CGCAACAAGG AAAATAACCT CGAGAAAGAA
CTGGAACGGA CGATGAAGCT CTTCAAGCAA ATGCAGATGG AGCAGAAAAT GGAAAACCTG
GCCGAAAAAC TGAACGATCT GGCGGATAAG GAAGAAGAAC TCGCCGAAAA ATCGGAACAG
AACGATAAGA ACAAGAACGC CGACGATAAG CAAGGCAAAA ACCAGGACTT GAAAAAGCAG
CAGGAACAGA TCCAGAACGA TTTCAAAAAA GCCCAGGAAA ACAGCAAGGA GCTGGAAGAA
ATGGCGATGG AGCTCGAACA GCAACTCGAC ACGAAGGAAG AGGAGCAAAA AAACGCTTCT
GAGCAGATGG AACAGAGCAA GCAGCAGCTC GACAAGCAAC AGAACCAGAA AGCATCCCAG
AGCCAAAAAA ATGCGGCAAA ATCGATGAAG AAAATGGCGC AGTCGATGCA GGAAAATATG
GAGTCTGCTG AAATGGAGCA GATGCAGGAA AATATGGACG CATTGCGAGA CATTCTGGAA
AACCTGATCA CATTATCCTT TGATCAGGAG ACCCTGATGA AAGACTTCCG CGGCGTGAGC
CTGCAAGACC CGCGCTTTGT GAAACTCGGC CAGCAACAGC TGAAACTGAA AGACGACGCG
AAGATCGTCG AGGATAGCCT GTATGCATTG GCCAGCCGCG TGGTGCAGAT CCAATCGTTC
ATCACGCGCG AGCTGAATGA CATGAAATCG TACATGAACG AAAGCGTGAA GAGCATCAAG
GACCGGCAGA TCAATGTAGC GACCTCGAAG CAGCAATTTG CGATGACGTC CATGAACAAC
CTCGCCTTAA TGCTGAGCGA CGTGTTTAAC CAAATGCAAC AGCAAATGGC GATGGCCATG
CCCGGCGCCG GCAAGGGCAA AAAGGGCAAG CAGAAAGGCG ACCAGCCAAG CCCCGGCGAA
ATGCAGCAGC AACTGAACGG CCAGATGAAG CAACTCGGGC AGGGTAAGGA AGGGCAGGGT
AACCAGTCGG AACAGCTCGC CAGAATGGCC GCGCAGCAGG CCGCGATCCG TAAGATGATC
CAGCAATTGA TGGAGCAGCA GAAAGGCACG GAGCAGGGCA AGCAGTTCGG CAAGGAATTG
CAGGATATCT CCGACAAGAT GGATGAAACC GAAACCGACC TGGTTAACAA ACGAGTGACG
CCGGAGCTGA TCAAGCGCAA CCAGGAGATC ACCACGCGTC TGCTGGAATC GGAGCGGGCG
ATGAAAGAGC AGGACGAAGA CGAGCAGCGC AAAGCCCAAA GCGCGAAGCA GCAGCCAAAA
CAACCGCCGG CAGCATTCGA AAAGTACATT CGTGAGAAGG AGAAGCAAAC CGAGCTGCTC
CGCACGATTC CTCCGACATT CTCACCATTC TACAAGCGTG AGGTAGACAC CTACTTCCGT
AAATATCAGG CCAAGAACTG A
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| Protein sequence | MEGLLLRIQE YRQKYYQNQL LKGAIFSIGL LLTVFLFFNT IEYFGRFSSL VRGMLFFGFL
AVLVFSFVQW VIQPLIHLYG LRKPLSDEQA ALQIGQYFPE VGDKLVNTLQ LRNLTGMQSD
LIEASIRQKS SQLLIVRFSD AIRFNENKKR LKYAVYPLAA IAVILLFNPS FFSSSSERII
HFQKNYTYAP FSFEVQNKSL KAFRNEDFIL KLKLQGEALP SAVYLVQNGT RFKLTQESAK
DFSYTFKNLQ RDVAFSFDAA GYASEQYRIV VNERPSLLSF DVNLHYPAYL NKPSEGLNNV
GNLSVPEGTT IEWNFNTNST KALAIKFEND SALYTAKERD GDHFEIRRTV RKSAQYQVNL
KNDQTTNSDK IGYFINVIPD KYPVMNLENF QDTTLYNYLV LGGSISDDYG FSQLRMFYSV
KRANEDNPAA PKSIPIPFNK TVNTQSFFFQ WYVDSLQLAP GDKIEYYAQV WDNDGVNGAK
SARSRSIQFT VPSKDQLEAE VRKSEQETEN QMQSAMKKAQ SLQKDIENLD NRLKSNKELD
FKEQKQIEEV LRKREDLMKE LEALKEKHQN ANEKARQFNQ QSPELQAKIE QLQKLMNDLM
DEDTEKLYKE LKKLLEQKQS ERMSTMLEKL RNKENNLEKE LERTMKLFKQ MQMEQKMENL
AEKLNDLADK EEELAEKSEQ NDKNKNADDK QGKNQDLKKQ QEQIQNDFKK AQENSKELEE
MAMELEQQLD TKEEEQKNAS EQMEQSKQQL DKQQNQKASQ SQKNAAKSMK KMAQSMQENM
ESAEMEQMQE NMDALRDILE NLITLSFDQE TLMKDFRGVS LQDPRFVKLG QQQLKLKDDA
KIVEDSLYAL ASRVVQIQSF ITRELNDMKS YMNESVKSIK DRQINVATSK QQFAMTSMNN
LALMLSDVFN QMQQQMAMAM PGAGKGKKGK QKGDQPSPGE MQQQLNGQMK QLGQGKEGQG
NQSEQLARMA AQQAAIRKMI QQLMEQQKGT EQGKQFGKEL QDISDKMDET ETDLVNKRVT
PELIKRNQEI TTRLLESERA MKEQDEDEQR KAQSAKQQPK QPPAAFEKYI REKEKQTELL
RTIPPTFSPF YKREVDTYFR KYQAKN
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