| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_1334 |
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| Symbol | |
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| ID | 8224905 |
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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 | 1564352 |
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| End bp | 1567558 |
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| Gene Length | 3207 bp |
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| Protein Length | 1068 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 644929195 |
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| Product | protein of unknown function DUF1549 |
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| Protein accession | YP_003085747 |
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| Protein GI | 255035126 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | 21 |
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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 | ATGTCGTGCG ACAAAAAAAT AGACTTGCCG GACGACGTGG CCGCCGAGAT GAACACCCTG
GTTGCACCCG TGGACTATAC CTACGATGTG AAGCCGATCC TTTCGGACCG GTGCTTCGCA
TGCCACGGCC CCGATGCCAA TCACCAGAAA GCCGATTTGC GCCTCGACGT GGCCGAAGTG
GCTTATAAAA AGGAAGCCGA AAGCGGTTTG AAGGCCATTA AGCCCGGGAA GCCAGGCAGC
AGCGAGCTTG TGCATCGCAT CCTCTCGGCC GATCCCGACA TCGTCATGCC CACGCCCGAA
TCGCATTTAT CGCTCACCGC CCGGGAGAAG GCCATCCTCA TCCGCTGGGT GGAGGAAGGC
GCCGGGTATG AGCCGCATTG GGCGTTCACC AAGGTTGAAA AGCCCCGGTT GCCGAAGGTG
AAAAATGAAG CCTGGGGGCG CAACGATATC GACCGCTTTA TCCTTAAAAA GCTGGAAGAC
AAGCAAATAA AGCCTTCGCC GGAGGCCAGT AAATCAACCT TGCTGCGGCG GGTTTCCCTG
GATCTGACTG GCCTGCCGCC CACGCCTGCG GAGGTGGAAG CCTTCATGAA CGACAAGTCT
CCGGATGCCT ACGAAAAGGC GGTGGACCGG CTGCTTGCAT CGCCGCATTA CGGCGAGCAT
ATGGCCGTTC CCTGGCTCGA TGCCGCCCGA TATGCGGATA CTCACGGCTA CCAGGATGAC
GGCCTGCGCA CCGCCTGGCC GTTCCGCGAC TGGGTGATCA ACTCGTTCAA CAAAAACCAG
CCATACGACC AGTTTGTGAT CTGGCAGCTC GCCGGTGATA TGCTGCCTAA CCCGACCCGA
GAAATGATGG TGGCGACGGC ATTTAACCGC ATGCACCAGC AGAGCCAGGA GGGCGGCATT
ATCCCGGAGG AATACCGCGC CGCCTACGTG TCCGACCGGG TGGATACGTT TGGCAAGACA
TTCCTCGGCC TGACCGTCGA ATGCGCGCGC TGCCACGACC ACAAGTATGA CCCGATCAGC
CACAAGGATT ACTATTCGCT ATATGCGTTC TTCAATAATA ATGATGAAAA CGGCCAGATT
CCCTACAACG GAGAGGCCAG CCCTGCAATA ACGCTGCCGA CTCCGGAAGC GGATGCCAGG
CTGAAATTCA TCCACGCTAA CCTGGCAAAG GAGCGGTCGG TGCTGGCTGG CAATGCGGCA
GTGTATGAAA AAAACTTCCG GCAATGGCTG GTCACGGCCC AGGCGGCACC CGAAAAGGCA
TTACTATCTG AAAAAGCAGA TTTGCTGGGG CATTTCACGT TCGATGAACC GACGGGTAAG
GAGTTTGCCA ATCTTGCTAA TCCAAAGCAC AAAGCAACGG CCGAAGGCGA CGATAGCTTG
TCCAATGTGG CTTCACGAGC CGGGCGGATT GGTAAGGCGC GGGATATTTT TGGTGAAAAT
GCGGTGAGCT TCGGTGATAA TTTCGCCTTC TTCGAACGGA ACCAGCCGTT CAGCATCAGC
ATTTGGCTCA ACCTGCATGA TCCATCGGTG AGCGGGTCGC TGCTGCATAA GTCCAATGGC
GTCATGAACG GCTACCGCGG CTGGAATGTG TTTCGTGAAA AAGACGGGCG CATCCGGCTG
ACGATCAGCC ATGTGTGGCC CGAGAATGCG ATTGAAATTC AGACGGTAGA CAAATTCCCG
ATGAACAAAT GGACGCAGCT GGGCTTCACG TATGACGGTT TGAGCAAAGC GGCCGGGCTG
AAACTGTATG TGAACGGCCA GCCCGTGAAA GTCGCCGTGC ATAACGACCA TCTGACGGAA
AGCATTTTGT ACGGAAAAAA TAAAACAAAC TGGTACGTCG ACAGGCTGAA TATCGGCCGG
TTGTCGGACC AGCGGACAAA GAATTTCGAA GTCGATGAAT TCCGGATCTA CACCCGTGCG
ATCAGTCCGT TGGAAATGCA GGGGATGTTT ACATTAAAAA ATGAACTGCT TGCAGCATTG
CAAACGCCTG CCGCACAGCT GAAACCTGCC CAGCTGGCCT CATTGAAGAA CTACTACCTG
ACCAACGTCG ATCCCGCCTA CAGAAAAGCA TTGGCCGACA GCCGCGCGCT GATTGGCGAG
GAAACGGAAA TCATGGACAA GGAGATTGAC GTAATGGTGA TGAAAGAGCG GAAATATCCA
CGCAAGACGT TCATCCTCAA TCGCGGAGCT TACGATGCGC CCGGTAAAGC GGTCACGATG
GATACGCCCG GCGCATTTTT TAAAATACCC AAAAATTACC CCAAAAACCG CCTCGGCCTG
GCGAAATGGC TGCTCGATCA GGACCATCCG CTTTTCACCC GGGTGACGGT GAACCGTTTC
TGGATGATGT ATTTCGGCAA GGGCATCGTG ATTTCGAGCG ACGATTACGG AAACCAGGGC
GAATTGCCCA CGCATCCGGA GCTGCTCGAT TATCTGGCGG CACGCTTCCG CGAATCGGGC
TGGAATGTGA AGGCCATGCA AAAGCTGATC GTCACTTCGG CAACTTACCG GCAGTCGTCG
AAGATCGGTC CCGGTGCGCA GGACGTCGAC CCTGATAACC GCCTGTACGC CCGCGGCCCC
AGCTACCGCA TGAGTGCGGA GCAAATCCGG GATAATGCAT TGGCGTCTAG TGGATTGCTT
ACGCGGCGGA TCGGGGGTAA GAGCGCGTAC CCGTACCAGC CTGCGGGCCT TTGGGAAGCG
CTCGCTACGC GTAACGAGGT CACTTACAAG CAACAGCACG GCGACTCGCT TTACCGCCGA
AGCCTCTATA CCATCTGGAA ACGCAGCTCG CCGCCGCCGA TGATGCTCAA CTTTGACGCT
GCCGAACGGC ATTTCTGCAT TACCAAACGG CAGAAAACCA GCACGCCTTT GCAGGCATTG
GTAGTCATGA ACGACCCGCA GTTTGTAGAA GCATCGCGCG TGCTGGCGCA GCAGATGCTT
AAAAACGGCA AAACCATCGA CGAGCAGCTC GATTACGCAT TCACCGCATT AACGAGCCGC
AAGCCCGATA CCCGGGAGAA AACAGTGCTG CGCGAGCTGT ATGACGAAGA ATTGAAGGAT
TTTACCCACA ATCCCAAACG CGCGAAATCG ATTCTTTCGG TAGGGGAATA CCCCGTGGAC
AAAACCCTGA ACCCGGCGCA GCTGGCGGCG GGGACCATCG TGGCGAGCAC GGTGATGAAT
TTCGACGAAT TTTTGATCAA GCGATAA
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| Protein sequence | MSCDKKIDLP DDVAAEMNTL VAPVDYTYDV KPILSDRCFA CHGPDANHQK ADLRLDVAEV
AYKKEAESGL KAIKPGKPGS SELVHRILSA DPDIVMPTPE SHLSLTAREK AILIRWVEEG
AGYEPHWAFT KVEKPRLPKV KNEAWGRNDI DRFILKKLED KQIKPSPEAS KSTLLRRVSL
DLTGLPPTPA EVEAFMNDKS PDAYEKAVDR LLASPHYGEH MAVPWLDAAR YADTHGYQDD
GLRTAWPFRD WVINSFNKNQ PYDQFVIWQL AGDMLPNPTR EMMVATAFNR MHQQSQEGGI
IPEEYRAAYV SDRVDTFGKT FLGLTVECAR CHDHKYDPIS HKDYYSLYAF FNNNDENGQI
PYNGEASPAI TLPTPEADAR LKFIHANLAK ERSVLAGNAA VYEKNFRQWL VTAQAAPEKA
LLSEKADLLG HFTFDEPTGK EFANLANPKH KATAEGDDSL SNVASRAGRI GKARDIFGEN
AVSFGDNFAF FERNQPFSIS IWLNLHDPSV SGSLLHKSNG VMNGYRGWNV FREKDGRIRL
TISHVWPENA IEIQTVDKFP MNKWTQLGFT YDGLSKAAGL KLYVNGQPVK VAVHNDHLTE
SILYGKNKTN WYVDRLNIGR LSDQRTKNFE VDEFRIYTRA ISPLEMQGMF TLKNELLAAL
QTPAAQLKPA QLASLKNYYL TNVDPAYRKA LADSRALIGE ETEIMDKEID VMVMKERKYP
RKTFILNRGA YDAPGKAVTM DTPGAFFKIP KNYPKNRLGL AKWLLDQDHP LFTRVTVNRF
WMMYFGKGIV ISSDDYGNQG ELPTHPELLD YLAARFRESG WNVKAMQKLI VTSATYRQSS
KIGPGAQDVD PDNRLYARGP SYRMSAEQIR DNALASSGLL TRRIGGKSAY PYQPAGLWEA
LATRNEVTYK QQHGDSLYRR SLYTIWKRSS PPPMMLNFDA AERHFCITKR QKTSTPLQAL
VVMNDPQFVE ASRVLAQQML KNGKTIDEQL DYAFTALTSR KPDTREKTVL RELYDEELKD
FTHNPKRAKS ILSVGEYPVD KTLNPAQLAA GTIVASTVMN FDEFLIKR
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