| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_3441 |
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| Symbol | |
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| ID | 8227021 |
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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 | 4209690 |
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| End bp | 4213010 |
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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 | 53% |
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| IMG OID | 644931273 |
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| Product | hypothetical protein |
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| Protein accession | YP_003087816 |
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| Protein GI | 255037195 |
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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 | 13 |
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| Plasmid unclonability p-value | 0.248128 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.639428 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGGACG TGTTCAAGGC GGCGCTCTTG TTAATTGTAT TATTGGGCAG CCTGGGGGTA
AGGGCGCAGT GGTCGGCGCC CTATGCGAAC AGCTGGATCA AGTACGGCAA ACCCTATGTG
AAAATCGGCG TTGCCAAAAA GGGGCTGCAC AGAATACCGT TTTCCGCGCT GCCTAAAAAC
TTACCGGTGG GCTCTCCCGA GAAATTGCAG CTATGGCGAC GGGGCAGGCA GGTATCGATC
ATCAGCACAG ACCATCAGGA AATCGTCTTC TATGGCCTCC CGAACGACGG CGCGAGCGAT
TCACTGCTTT ACCGGCCGGC GACCGCGCGC ATGAACCCGT ATTTCAGCAT GTATTCCGAT
GAGGGCGCGT ATTTCCTCAC GGCAGGCGAT GTGGCCGGCA GCAGGGCAAG CATGGTGAAC
CAGCCGATAG ATGCGCAACT TCCGCCTCTG GCGTCTCACA ACGAGCATTT TATCAAGCTT
TTTCAGGAGG ATTACTCACT CTCGACCAAG ACGCCCGTAC GCCCGCATTT TTTCAATAGC
TTTTTCGAAC TGGGAGCGAG CCGGACGAGT GAGCCATACA AAGAAGGCAC GGACCTGATT
CTCGATTTTA AACTGGAACA TTATGTAGAA ACGGGTCAAA AGCCGACCGT AAAGCTGCTG
CTTCACGGCA GAAGTAACAA CAGCCGGAAA ATCCAGGTCT ACATCGGTAA AAATAAAGGC
TCACTGCGGC TTGTGAAAGC ATTGGACAAT ACCGATTTCG CGGGAGTTGA ATGCACTTTT
GAAATGGAAG TGGGAGATGT GGATGCGGAA AAGAGCGGAA TATTGCTGGT CAAATCGGTG
AGCGGGGAAC GTTCGGAAGG ATTTTCGGTG GCTTATTTCT CAGTCCGATA TCCGCAATCG
TTCCAAATGG GTAAGCTGGC GATGAAAGAA TTCGCGCTCG GAGCAACAAC GGAAAAATGG
AGCAGGGCCT CGGTGGAGGG TCTATCATCC AAATTCATGA CGCTCGATGT ATCCGATGCC
GACAATCCGA TCGTGTTGAA AGCGACCGGC GAAAGCCTGA TGATCCCGCG CAAGGCAAAC
CAAAAGCAAC TCATACTAGC CACCAGCGAA ACTACCGACG TCGTTCCTGC AAAAATCAGC
GCCATCGACT TCGAACCTCA CGATCCCAAA GCGGGCAACT ACATTATCAT CACCACCGAC
GAGCTCCGGG ACGGTGCTGC TGCCTTTGCC GAGTACCGTT CATCGCCGGC AGGCGGATCG
TTTAAGCCAT TGATCGTCAA TATCCGCGAT ATTTACGACC AATTCAATTA CGGCGAGCCC
AGCCCGGTAG GCATCAAGCG ATTTATGTCC TACATGCTCT CGGATAGTAA GGATAAATAC
CTTTTCTTGA TCGGTAAATC CATCACGCAG AATGAAAAAA TGGTGCGCGA GCTGCCCGGC
GAAGTGCCTA CGATAGGCTA TCCCGGTTCC GATATCCTGC TCGTGGAAGG CATTGCAGGC
GCGCCCGTGA ATGCGCCGGC CATTCCCGTC GGCCGGTTGT CCGCCAACAC AAACCAGCAG
ATCATGGATT ACCTCGAAAA GGTAAAGGCC TACGAAAGCA ACCAATCGGG CGAATATGCC
TGGCGGAAGA AGGTTTTGCA TCTCAGCGGC GGCAAAACGA CGTCCGAGAT CTTGCAGCTC
AAAAACCATT TGCGCGGTCT GGAACCGTAT GTGATGAATG GATTGCTGCG CGGAAAGGTG
ACGCATTACG TAAAGCAGCA GCCGATGGAG GAGACGGAAT CGGTGAACAT TACGAAGGAA
GTGAATGAAG GCGTCGGGCT GATCACGCTG TTTGGTCATG GCGCGGCTGT CATCGTCGAT
CCCAACATCG GCTATGCGAG GGAAGCCGCG AGGGGTTATA ACAATGTCAA CAAATACCCC
GTCATGTTTT TCCTGGGATG CGGGGTCGGG AATGTATTCG GTAACAGGTT CAATGTAAAT
CCGCCAAATC CGAAGAGCGC CGACCGCATT CCGTTATCGC TCGATTGGCT GCTTGCGCCG
GGACGCGGGG CCATTGCGGT GGTAGCGGGC TCGTATGAAA GCTTTGCCAA CACGGGAATC
AACCATTTAG AGGCACTTTA CCAGCATGCA TTGGCCAATC CAACATCGGC CGATCTTTCG
ATTGGAAAGA TTCACTGGCT GGTATCGAAC GAGATTTTGG AAAAGTTTAA GGACAAGCAC
CACATTGCGC ACGTACACCA GTCGCTGTTG CAGGGTGATC CGGCATTGAA ACTGATCACG
GTCGACCGGC CGGACTATGC CATTGGCAGT GAAGAAGGGA TTACGCTGCT TTCCGGCGCG
GCGGATCAGC CGATCGGGGA AGCGGATTCG TTGCGGGTAA GTCTGGCACT GTCCAACTTC
GGCCGGTTTG TGAAAGAGCA GCAGGTGCAG GTCAAAGTAA CGAGCGCCGG GAAGAACGGG
ACGCAGGCTA AAACAATGGA TGTTACGGCA TTTCCCTCTG AAAAGGTGCT GAAAGTCGCT
TTCCGGCTTG ATAAAGAGGT TCAGACAATC CGCGCGGAGA TTGACCCCGA ACGGGCTATA
AACGAGCTCA GCCGCAACAA TAACGTAGCC GAACTGGACA TCGAGTGGGA TCTGGTGAAA
GACAAACCGG CGTTTTCCAA TGCGAATAAC AAGGACAACA TTCCTCCGAT CATTGAGGTG
AAGGTCAATG GCCGCCGACT CAAACAGGGC GAGCCCGTGC TGCCCGAACC GGAAATCAGT
ATTGCCGTTT CGGACAACAG GCTGCTCTAT ACCGACACCA CGCTGGTCGA TCTGTTTATC
AAAAGGTGTG CCGGCGACGA CTGCGATTTC GAGCGGATCA CCTATGCCGG AGGCAAACTG
ACGATGTCCG AAACCGGTAG CAAGGAGCTG GCGCTCAACT ATCCCAGTGA CCTCGCGCCG
GGTGAATATG AAATAATGGT GAATGCCAAA GATCCGTCAG GCAATGCGGT TGTCCAGCAG
TACAGAATGC CTTTCAAGGT CGAAGAGCCG GGCAAAATGC AGTACGAACT CGTCTTGAGT
CCGAATCCCG CTACTTCTTA TTTGCGGTTT GAGGTTAAGA CGGGCGGATT GCCGGTGAAA
TCGCTTCGTT ATGTAATCCA TGATCAGCGT GGGAATGAGA TATCGGACAA GACTTTCACA
GTCCCGGATA ATTCGTCGGT GTTAGAGTGG TATTGGCAGC GAGGGGCTGC TGCGTCGGGG
CTGTATATTT ACAAAATTTT TTTGATTGGA GAGGAAGAAA AGATACTCGG CACGAAGTCG
GGTGTAGTGT CATTTCCATG A
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| Protein sequence | MKDVFKAALL LIVLLGSLGV RAQWSAPYAN SWIKYGKPYV KIGVAKKGLH RIPFSALPKN
LPVGSPEKLQ LWRRGRQVSI ISTDHQEIVF YGLPNDGASD SLLYRPATAR MNPYFSMYSD
EGAYFLTAGD VAGSRASMVN QPIDAQLPPL ASHNEHFIKL FQEDYSLSTK TPVRPHFFNS
FFELGASRTS EPYKEGTDLI LDFKLEHYVE TGQKPTVKLL LHGRSNNSRK IQVYIGKNKG
SLRLVKALDN TDFAGVECTF EMEVGDVDAE KSGILLVKSV SGERSEGFSV AYFSVRYPQS
FQMGKLAMKE FALGATTEKW SRASVEGLSS KFMTLDVSDA DNPIVLKATG ESLMIPRKAN
QKQLILATSE TTDVVPAKIS AIDFEPHDPK AGNYIIITTD ELRDGAAAFA EYRSSPAGGS
FKPLIVNIRD IYDQFNYGEP SPVGIKRFMS YMLSDSKDKY LFLIGKSITQ NEKMVRELPG
EVPTIGYPGS DILLVEGIAG APVNAPAIPV GRLSANTNQQ IMDYLEKVKA YESNQSGEYA
WRKKVLHLSG GKTTSEILQL KNHLRGLEPY VMNGLLRGKV THYVKQQPME ETESVNITKE
VNEGVGLITL FGHGAAVIVD PNIGYAREAA RGYNNVNKYP VMFFLGCGVG NVFGNRFNVN
PPNPKSADRI PLSLDWLLAP GRGAIAVVAG SYESFANTGI NHLEALYQHA LANPTSADLS
IGKIHWLVSN EILEKFKDKH HIAHVHQSLL QGDPALKLIT VDRPDYAIGS EEGITLLSGA
ADQPIGEADS LRVSLALSNF GRFVKEQQVQ VKVTSAGKNG TQAKTMDVTA FPSEKVLKVA
FRLDKEVQTI RAEIDPERAI NELSRNNNVA ELDIEWDLVK DKPAFSNANN KDNIPPIIEV
KVNGRRLKQG EPVLPEPEIS IAVSDNRLLY TDTTLVDLFI KRCAGDDCDF ERITYAGGKL
TMSETGSKEL ALNYPSDLAP GEYEIMVNAK DPSGNAVVQQ YRMPFKVEEP GKMQYELVLS
PNPATSYLRF EVKTGGLPVK SLRYVIHDQR GNEISDKTFT VPDNSSVLEW YWQRGAAASG
LYIYKIFLIG EEEKILGTKS GVVSFP
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