| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_0155 |
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| Symbol | |
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| ID | 8223721 |
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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 | 177311 |
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| End bp | 181528 |
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| Gene Length | 4218 bp |
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| Protein Length | 1405 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 644928034 |
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| Product | malto-oligosyltrehalose synthase |
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| Protein accession | YP_003084591 |
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| Protein GI | 255033970 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3280] Maltooligosyl trehalose synthase |
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| TIGRFAM ID | [TIGR00217] 4-alpha-glucanotransferase
[TIGR02401] malto-oligosyltrehalose synthase |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | 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 | ATGAACAACC CAGTTTCTAC TTACCGGCTT CAATTCCATA AAGAATTTAC GTTTCAGGAC
TTCGAATCAC TGATTCCCTA TTTCCGCAAA TTGGGTGTCG GGACGATCTA CGCGTCGCCC
ATTCTCGCAT CCACCGCGGG CAGCACGCAC GGCTACGACG GCACCGATCC CGAGCGGATA
GACCCCGAAA TCGGCAGCGT GGAGCAGCTC CGGAATATCT CGGGCAGCCT GAGCGAGTCC
GGGATCGGCT GGTTGCAGGA TATCGTTCCC AACCACATGG CATTCCACGC CGAAAACCCG
TGGCTGATGG ATGTGCTCGA AAAAGGCAAA CAGTCAGCGT ATGCTTCGTT TTTTGACATT
GCGTGGAACA GCGAGCTTTT CCATGGCCGC GTGATGGTGC CCTTTCTGTC GAGGGAAGTA
GATGAAATGA TCGCCGCAGG AGATGTAAAG GTACATTTTG ACGGCAGCCG TTTCAGCCTC
GACTTCGATG GCCTTTCATT CCCGCTAAAC CTGCGGTCCT ACGCAACCAT CCTCGCAAAA
GTGGAGGCAA AATCCCAGGC CATCACCCAG CTCGCCGAAC AGCTCGAAAC GATGAACCAG
ATCGAGGATG CAGCGGCTTT TTCGCAGCGT TGGGACGAAT GGATTATGCA GCTACGCGCG
CTCTACAATA ATGAGGAGGT GAGGCTCGGG ATCGACGCGG CATTGTCGGC GATCAATGCG
GACAAGGCCC TGCTAACCCA ACTTTCGGAA CAACAAAACT ATGTGCTTTG CCATTGGCAG
CGCACCGAAG AGCAGATCAA TTTCCGACGC TTTTTTACTG TCAACGGGCT GATTTGCCTC
AATATCCAGG ACGAGGCTGT GTTTGAAAAA TACCATGCAT TCACGCGTCA GCTGGCCGAG
GAAGGTATTT TCCAGGGCAT ACGCATCGAC CATATCGACG GACTTTTCGA CCCCGCGGGC
TATTTGCAGA AACTACGGGA AGCGTTCGGA AACGAAACGT ACATTGTAGC GGAGAAAATC
CTCGGGGAGG ACGAAGATTT GCCTACTCAA TGGCCCATTC AGGGAACGAC GGGCTACGAA
TTCCTTGCGG TCGTGAATAA CCTGTTCACC AATCCGGCAG CAAAAAAGCC ATTTACCGAA
TATTACAAGG AGTTAACGGG AGACGACCGG CCCGCACACG AAATATTGCT CAGTAAGAAA
AGCGATATCC TTTACGGCCA CATGGCCGGC GAGCTCGATA ACCTCTACCA ACTCTTCGTA
TCCTTGGAAT TAACCGATGC GGAAACGATC GGGCGCATCG GCGCGGAGCT GATCCGCCAG
GTAATCGGCG AGTTCCTTAT CCATTGCCCG GTGTACCGGT ATTATGGTAA CGCCTTGCCG
CTTTCAGAGG ACGAAGCACA GGCCATTAAG GATATTTTTG TAGATATCAA TAAGCATCAT
CTCGACCTCT CACCGGCCGT GGAAGTGCTG GAACAATGCT TCATTCACCG GCCTGCGCTC
GGGGATGAGG ATTTTAACCG CCGTGCCGCC AAATTTTACC AGCGGTGCAT GCAGTTTACC
GGCCCGCTGA TGGCTAAGGG CGGGGAGGAT ACATTAATGT ACACTTACAA CCGGTTCATC
GGCCATAACG ACGTCGGCGA TGCGCCCGAG CGTTTCGGTA TCACCACCGG CGATTTCCAC
AAATACATGA AAAAGCGTCG CAAAGAATGG CCTATGGCTA TTAATGCGAC ATCCACGCAC
GACACCAAGC GTGGCGAGGA CGTGCGTGCG CGCCTGAATG TGCTCACCGA TATCGCCGAT
GAATGGCTCG GAAAAGTACG CGAATGGCGG GATAGCAATG CGGCTTCCCG GCAGGCTGGC
CAGGGCCCCG ACGCCAATGA TGAGTACCTG ATTTACCAAA CGATCGTGGG TGCTTACCCC
ATGCCGGGTG AAGACGAGGA CGATTTAGGA AAACGGCTCG GTGAATATCT TCAGAAGGCG
CTTCGGGAAG CGAAAACGAA CTCCACATGG TCGGCGCCGA ATGAGGCTTA CGAGCAGGAA
GCGCATGATT TTGCGCGTCA GTTGTTGCAC GAAGATTCCG CATTTTCAAG CTCGTTTCAG
CCGTTCCTGG AATCGATCAC GGATTTTGGC GTGATCAACT CGCTGGCGCA GGTTGCATTG
AAATTCACTT GTCCGGGCAT TCCGGATGTG TACCAGGGCT GCGAATTGTG GGATTTGAGC
CTGGTAGACC CCGATAATCG CCGCAAGGTG GATTTCGGAA AAAGGAAGGA ATGGCTCGAT
GAACTGGAAG GCTACGAAAC GGACCGGCTG CTGGAAAAGG TTTGGGAGGG GCGCAGGAGT
GGGCAGATTA AGCTCTGGCT CACCCAACGC CTGTTTGCGA TCCGCCGCCA GCACCCGCTG
CTTTTCACCC GGGGCGAGTA CATTCCGCTG AAAGTGCGGG GCACGTACAA GGATCATTTA
CTCGCATTCG CAAGGCGGCA TAAGCGGGAT GTTTTTGTGA CGGTAGTGCC GCTTCACACA
GCCATTATGA GCCGCCAGCA GCAAAAATCG TTTTTTGAAC TGGATTGGCA GGATACCCAC
ATTGCATTGC CGGACAACCT GATGCCTGAA TGGGACAATG TGCTCACCGA AGGCCAGGAG
GTTTTTCAAA CGAAACTTTA CCCGGCAGAG ATCTTCCAAA CGGTGCCATT GGCTATGCTA
CGGGGCAAAC GAATGGATAA CGAGCGGAAT GCAGGCGTGT TGCTGCACAT AACCTCGCTG
GCTTCGCCAT TCGGGATTGG CGACATTGGC CCGGCGGCAT TCGAATTCGC AGATTTCCTG
GAAAAAAGCG CGCAAAAAGT GTGGCAGATC CTGCCGCTCA ACCCCACGGA AGGCGCCCAG
GGCAATTCGC CGTACAGCGC GCTGTCGAGC CGGGCCGGTA ATCCGCTCCT GATCAGCCCG
GAAATACTGG CGGCCGACGG TTTGCTTTCC GACGATGACT TACAGCAAAA TCACCTGCCC
GAATCGTCTA CCGTCGATTT TGAGAAGGTG ACAGAACTCA AAAGTAGCTT ATTGGAACGT
GCGTTCCAGA AATTTGCCGA ACAGCCCGGC GACGACTCCC CGGCGATGGA AGAATTCATC
CAAACGCACG ACGACTGGCT GGAAGATTTC GCAGTATACA TGGTGCTCAA AAAGCGCTTT
GATAACCAGC CCTGGTACAC CTGGCCAGAG GAATTCCGCA ACCGCGAAGA GGCTGCGATG
AATGAACTTC GCCAATCGGA ATCGGAGCAG ATCCGGTTTA TCAAATGGCA GCAATTCGTG
TTTGATAAGC AATGGAAAAA CCTCCGCCAA TATTGCAACG AGCGCGAGAT CAGGCTGCTT
GGGGACATTC CGTTTTACGT AAGCTACGAT TCCGCCGATG TGTGGGCAAA CCGTGAACTG
TTTTGCGTGG ATGAAGACGG CAAAATCACC GGTATCGCAG GCGTTCCGCC CGACGCGTTT
TCGGAGGACG GGCAACTGTG GGGTATGCCG GTGTTCAACT GGGAGGCCAT TCGCGAGCAG
GGTTACCAGT GGTGGATCGA GCGCCTCGCC CGCAATATGG AAATGTTCGA CCTCGTGCGC
CTGGACCATT TCCGCGCATT TGCCGACTAT TGGGAGGTGC CCGGCGGCGA AGAAACCGCC
GTGAACGGCA CGTGGAAAAC AGGGCCCGGT GAAGAATTTT TCAAAAAAAT GGAAACCGCG
CTCGGCCAGC TGCCATTCAT TGCCGAAGAC CTGGGCGAGA TCAGTCCCGA GGTTTACATC
CTGCGCGACA AATTCGGTCT GCCGGGCATG AAGGTGTTGC AGTTTGCATT CGATGAGAAT
ATGTCGCAAT CCGAGCACAT TCCCCATCAT TACAAACACA ACTTCATCGC CTACACGGGC
ACGCACGACA ACAATACGAC CCGCGGATGG TTCCGCGAAT CGGCTGATGC CGACGTGCGC
GAGCGGCTCG AAACGTACCT GGGTAAGCCC ATTACGGAGG ATAATGCGGC AGCGGAATTG
GCGAGACCGG TATTCGCATC CATTGCTAAA ACGGCCATTC TGCCCATCCA GGACATTCTT
AACCTGGACG AAAGCGCCAA AATGAACATG CCGGGCTCGA ACGAGAACAA TTGGGCGTGG
CGGTTGATGC CGGGACAGAT TACCGACGAG GCAGCGCAGT TTCTGACGGG CATTACATTG
CTCTACAATC GGGAATAG
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| Protein sequence | MNNPVSTYRL QFHKEFTFQD FESLIPYFRK LGVGTIYASP ILASTAGSTH GYDGTDPERI
DPEIGSVEQL RNISGSLSES GIGWLQDIVP NHMAFHAENP WLMDVLEKGK QSAYASFFDI
AWNSELFHGR VMVPFLSREV DEMIAAGDVK VHFDGSRFSL DFDGLSFPLN LRSYATILAK
VEAKSQAITQ LAEQLETMNQ IEDAAAFSQR WDEWIMQLRA LYNNEEVRLG IDAALSAINA
DKALLTQLSE QQNYVLCHWQ RTEEQINFRR FFTVNGLICL NIQDEAVFEK YHAFTRQLAE
EGIFQGIRID HIDGLFDPAG YLQKLREAFG NETYIVAEKI LGEDEDLPTQ WPIQGTTGYE
FLAVVNNLFT NPAAKKPFTE YYKELTGDDR PAHEILLSKK SDILYGHMAG ELDNLYQLFV
SLELTDAETI GRIGAELIRQ VIGEFLIHCP VYRYYGNALP LSEDEAQAIK DIFVDINKHH
LDLSPAVEVL EQCFIHRPAL GDEDFNRRAA KFYQRCMQFT GPLMAKGGED TLMYTYNRFI
GHNDVGDAPE RFGITTGDFH KYMKKRRKEW PMAINATSTH DTKRGEDVRA RLNVLTDIAD
EWLGKVREWR DSNAASRQAG QGPDANDEYL IYQTIVGAYP MPGEDEDDLG KRLGEYLQKA
LREAKTNSTW SAPNEAYEQE AHDFARQLLH EDSAFSSSFQ PFLESITDFG VINSLAQVAL
KFTCPGIPDV YQGCELWDLS LVDPDNRRKV DFGKRKEWLD ELEGYETDRL LEKVWEGRRS
GQIKLWLTQR LFAIRRQHPL LFTRGEYIPL KVRGTYKDHL LAFARRHKRD VFVTVVPLHT
AIMSRQQQKS FFELDWQDTH IALPDNLMPE WDNVLTEGQE VFQTKLYPAE IFQTVPLAML
RGKRMDNERN AGVLLHITSL ASPFGIGDIG PAAFEFADFL EKSAQKVWQI LPLNPTEGAQ
GNSPYSALSS RAGNPLLISP EILAADGLLS DDDLQQNHLP ESSTVDFEKV TELKSSLLER
AFQKFAEQPG DDSPAMEEFI QTHDDWLEDF AVYMVLKKRF DNQPWYTWPE EFRNREEAAM
NELRQSESEQ IRFIKWQQFV FDKQWKNLRQ YCNEREIRLL GDIPFYVSYD SADVWANREL
FCVDEDGKIT GIAGVPPDAF SEDGQLWGMP VFNWEAIREQ GYQWWIERLA RNMEMFDLVR
LDHFRAFADY WEVPGGEETA VNGTWKTGPG EEFFKKMETA LGQLPFIAED LGEISPEVYI
LRDKFGLPGM KVLQFAFDEN MSQSEHIPHH YKHNFIAYTG THDNNTTRGW FRESADADVR
ERLETYLGKP ITEDNAAAEL ARPVFASIAK TAILPIQDIL NLDESAKMNM PGSNENNWAW
RLMPGQITDE AAQFLTGITL LYNRE
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