| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_2050 |
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| Symbol | |
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| ID | 8225622 |
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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 | 2495112 |
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| End bp | 2499425 |
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| Gene Length | 4314 bp |
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| Protein Length | 1437 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 644929887 |
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| Product | FG-GAP repeat protein |
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| Protein accession | YP_003086438 |
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| Protein GI | 255035817 |
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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 | 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 | 20 |
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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 | ATGGGAAGAA TCTATTATCG CTCAAACTTC GCCTGGGCCG CCGGTCTGGC CCTCGCTGCT
TCGCTCTACT TTGCATTGTA CGTTCTGCCG GCCCTGCAAG GCGGTCCAGC TTCTGCACTA
AAAGGAAAGG CAGCCGGCCA ACCGGCAAAC GCCGCCGAAA ACCAGTCGCT TTTTGAACAG
GTCGCGTTGG CCGAGTACAA CATCACAGTC GACAAAAAAA CGGGTATTCT GCAAAGCCCC
AACCGCACGC AGAACATCAG AAGCTACTTC AAGCCCGGCC TGCTTTCGCT TCGTAACCGC
ATCAACCAGC GCCACCCGTT CGAAATCTCG CTGGCCACCG AAGGGATTTT CGCCGACGGC
AAGCTCCTGC ACGAGCCCGC CGAACAGGCA GCCAGCATTA TCGACAAAAA CCGGTTGCTG
CTGAAACACG GCGGGTTTAC CGAAGAATTT ATCAATAATT CTGAAGGGAT CCGTCAGAAC
TTCATCGTTG AAAACGCACC CGCCAACACG CGTCAAATCG AGGTAAAATT GAAGGCGAGC
GGAGTATCGG CCGTCAAAAC CTCCGATGCC GGCCTGGACC TTTATTATGG AGAAGACAAT
ACACCAGACC AGCGGCTCAC CTACACCGAC CTGAAATGCT GGGACGCCAC CGGCAAAGCG
CTTTCCTCTT CCATGCATTT GGAGGGACTG GAAATCACAT TGAACGTTGC TACGGAAAAT
GCGGTATTTC CGGTCACCAT CGATCCCATT ATTGCACACG GCAATCCTGC CAATGCAAAT
ACGCAGCTTT TCGGCGCGTC AGCACGTGAT AATATGGGTT TCTCGGTTCA AACGGCGGGC
GATCTGAACG GCGACGGTTT CAGCGATATC GTCCTCGGCG TTGTGGGTTA TGACAATGGC
ATTAAAGACC AGGGCGCTGC ATTCGTGTGT TACGGCTCTG CATCCGGCGT CGTGACCTCT
ACATTTGAGA AGCTGGAAGG AAAAGTTTCC GAAATCCTCT TCGGCTACGC AGTATCGACA
GCCGGCGACA TCAATGGCGA CGGTTTCAGC GACATTATTG TAGGCGCACC CAATTATGAA
AACGGGCAGT CTTTCGAGGG TGCAGTGTTC GTGTACTACG GTTCGGGATC CGGCGTAGGC
ACCGATCCGT CCGATACCCT GGAAAGTGGT GTAATGAACG CCCGGATGGG TGAAAGCGTG
GCACTCGCCG GCGATGTGGA TGAGGACGGT TTCAGCGATG TGATCGTGGG GTTACCGGGC
TATACCAACG GCGAAATCCG CGAAGGTGCA GCTTACATTT ACCGTGGCTC GGCCAATGGA
TTACTACCAC AACCGCAGGT GATCGAAAGT AACCAGGCCC ATGCCGCCCT TGGCACTTCG
GTCGCCGGCG CAGGGGACGT CAACGGCGAC GGTTACAGCG ACGTTATCGC CGGAGCACCG
CTCTACGACA ATAACGAAAC CAATGAAGGC GCAGCATTCG TGCATACCGG CGGCGCGTTG
GGAATCAACC TCAATCCTAT TACAACACTG GAAAGCAACC AGCAGGATGC ACGGCTTGGA
ACTTCGGTGG CTTCGGCCGG TGATTACAAC GCCGACGGAC TCAGCGACGT AGTGGTAGGA
AGCCCGATGT TCGACAATGG CGAACAGGAC GAGGGCGTCG CTTTTGCCTA CCAGGGGATT
GCCAACGGCG GTGTGAGCGG GATGCCCAAA GATACGCTTG AGGGTGATCA GGCACTCGCA
CGTTTCGGCA CCTCAGTATC ATGTGCAGGC GATGTGAACG GCGACGGATT TTCTGACGTC
ATTGCGGGCG CACCCGACTA TGCCAATGCA TTGTCGAAAG AAGGTGCCGC ATTCATTTTT
CATGGTGCCT CCATCGGTTT CGGTCTTCGG TCTGCTATAC TCGAATCGGA TCAGGCGGAG
GCGCAAATGG GCATATCGGT AGCGAGCGCC GGGGATGTTA ACGGTGACGG TTACAGCGAT
GTAATCACAG GTGCAAATCT TTACGACGTT GGCACAGGCA TTGACAACGG CTCCGCTTTC
GTGTTCCACG GCTCGGCATC CAGCATTGCA CTCACTCCGA ACGTAATGCT CGGCACAAGC
CAGGAAGGTG CACAATTTGG CTACTCGGTA ACGGGTGCAG GCGACCTGAA TGGCGATGGT
TTCAATGACA TCGCAGTTGG CGCGCCGCAT TACGACAACG GCTCCGGAGA AGAGGGCTCA
GTCTTTATTT TCTACGGCAA GCCGTCGGGA GTACCGGCCG TGGCCGACCA GAAACTCGAT
ATCGGGCAAT TGAATGCAGG TTTCGGCACG TCGGTATCAG CAGCCGGCGA TATAAATGGG
GACGGTTATG GAGACCTGAT CGTAGGAGTA CCATATTACG ACGCTTCAAC GACAGACAAT
GGTGCGGCTT TCATCTATCA CGGTAGCCCG GGTGGCGTTT CCATCATCTG GAACATGGTT
TTGGAAGGAA CGCAAACGAA CGAGTTCTTC GGATTCTCGG TGGCAGGCGC AGGCGACGTG
AACGGGGACG GTATCCGCGA CGTGATCATC GGAGCTCCGT CGTATGACAA ATTAGGCAGC
AGTAATTGCG GCGCCGCATT CGTCCACACC GGGAGTACGC TGGGCATTAC CAATTTTTAC
ACCAAACTCG AAGGCACCCA GGCGGAATCA CAGCTCGGCT TTTCTGTTGC CTCGGCAGGT
GATGTGAATG GCGATGGCTA CAACGACGTG GTCGCCGGTG CAGTGAAACA ATCCAACGGC
GAGGCCATTG AGGGTGCGGC ATTCGTATTC TACGGAGACA ACGATGGAGT CGACAACCAG
AAATGGTACA TGGTTGAATC CAACGACGCG GGTGCGATGA TGGGCTTCTC GGTATCCAGC
GCAGGTGATG TGAATGCCGA CGGGTTCAGC GACATTGTTG TGGGCGCTCC GCTTTTCCAT
AACAAACCAG GTTCAAGTGA AGGTGCAGCC TTTATCTACT ACGGGTCTAA TCAAGGCACT
CAAACAGTCG GAAACCTGCG GCTCAAAGGC TTGCAACCCG ACGCACATTT TGGCGCAGCG
GTTTCCGGCG CAGGTGACCT GAACGGTGAC GGTTACAGCG ACGTAGTGGT AGGCGCGCCC
GATCACGATA ACGGCAAAAA CAATGAAGGG GCCGCATTCG TATTCGACGG CACTCCTGGC
GGATTGAGCC CTTCTAACCC GGCAATGGTT GAAAGCAACT TTGCCGATGC ACGTATGGGC
GTATCGGTGT CAGGCGCCGG GGATGTCAAT GGAGATGGTT ATAGTGACGT CGTGATCGGA
CTGATCAATT ATAATCTCGA AACGAGCGGC ATATTCAATA ACTCGATCGA TGGCGGCGCG
GCATTCGTGT ACCATGGAAA CCTGGGAGCG AAAGGATTGA AAAATAACCT GCGCGTTTAC
AATTCCGACC TTGTCTCGAA TATCAGCTAT TTGCAGATCA AAAAAGACGA CTTCGGTTTC
GGGCTACATG TAAGGTCTTT CCTGGGATCT GGCAAGGTAC GTCTGGTGTG GGAGGCCCGA
AAAGAAGGCA CCGCGTTTTA TGGCAACGGG AATATCAGCA ACAGCACCAA TTTCTCGGGT
CAGCAGTCGC AATACGCAGA CCTTGCGGGA GGCGGCAGCG AGCTGAAAAC GTTTATCACC
AAACCGGGAT TTGATACAAA GATCCGCGCC CGGGCGAGAT TCAACCTTGT GAAAGCGCTT
ACAGGACAAG TTTACGGTCC GTGGAGATTC CTGCCTGCGT ACACGCAGTC GTCCTACACG
ATTTTGAAAG ATCCTCAACT TCCCGTCACG CTGGTGGCAT TCAAGGCGAA AGCTGCCGAA
GGAAATGTCT CGCTGGAATG GTCGACCTCG GAGGAAATCA ACAGCGATCG CTTCGAAATC
CAGCGCAGCA CCGACGGCCA AAGCTGGATG GAAATTGGTA ACCTGAAATC ACATGAGAAT
GCACACAAGC TCAATGCATA CTCGTTTCTG GACACCATGG CCTGTGCTTC CGCCAAACGC
TACTACCGCC TGAAAATGAT TGACCTCGAC GGCACATTCG CATTCAGCCA CATCGAATCG
GTTACCCTGG CGAAAGGGAT TGATACCAAA ATTTACCCCA ACCCAACCGC CGATGTACTG
AACCTGCGCA GCGAACAGAA AGTCACAGAA GTACAGGTGT TCAATGCAGA AGGCAAAGCA
ATGCTGGTCG TCCGCGACGC GAAAGGCGTG AGCCAGGTGG ATATCCGCAA ACTGCCAAGC
GGTATTTATC TCGTAAAGAT CAATGGCGAA TCGTTCCAGA TTTTGAAACG TTAA
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| Protein sequence | MGRIYYRSNF AWAAGLALAA SLYFALYVLP ALQGGPASAL KGKAAGQPAN AAENQSLFEQ
VALAEYNITV DKKTGILQSP NRTQNIRSYF KPGLLSLRNR INQRHPFEIS LATEGIFADG
KLLHEPAEQA ASIIDKNRLL LKHGGFTEEF INNSEGIRQN FIVENAPANT RQIEVKLKAS
GVSAVKTSDA GLDLYYGEDN TPDQRLTYTD LKCWDATGKA LSSSMHLEGL EITLNVATEN
AVFPVTIDPI IAHGNPANAN TQLFGASARD NMGFSVQTAG DLNGDGFSDI VLGVVGYDNG
IKDQGAAFVC YGSASGVVTS TFEKLEGKVS EILFGYAVST AGDINGDGFS DIIVGAPNYE
NGQSFEGAVF VYYGSGSGVG TDPSDTLESG VMNARMGESV ALAGDVDEDG FSDVIVGLPG
YTNGEIREGA AYIYRGSANG LLPQPQVIES NQAHAALGTS VAGAGDVNGD GYSDVIAGAP
LYDNNETNEG AAFVHTGGAL GINLNPITTL ESNQQDARLG TSVASAGDYN ADGLSDVVVG
SPMFDNGEQD EGVAFAYQGI ANGGVSGMPK DTLEGDQALA RFGTSVSCAG DVNGDGFSDV
IAGAPDYANA LSKEGAAFIF HGASIGFGLR SAILESDQAE AQMGISVASA GDVNGDGYSD
VITGANLYDV GTGIDNGSAF VFHGSASSIA LTPNVMLGTS QEGAQFGYSV TGAGDLNGDG
FNDIAVGAPH YDNGSGEEGS VFIFYGKPSG VPAVADQKLD IGQLNAGFGT SVSAAGDING
DGYGDLIVGV PYYDASTTDN GAAFIYHGSP GGVSIIWNMV LEGTQTNEFF GFSVAGAGDV
NGDGIRDVII GAPSYDKLGS SNCGAAFVHT GSTLGITNFY TKLEGTQAES QLGFSVASAG
DVNGDGYNDV VAGAVKQSNG EAIEGAAFVF YGDNDGVDNQ KWYMVESNDA GAMMGFSVSS
AGDVNADGFS DIVVGAPLFH NKPGSSEGAA FIYYGSNQGT QTVGNLRLKG LQPDAHFGAA
VSGAGDLNGD GYSDVVVGAP DHDNGKNNEG AAFVFDGTPG GLSPSNPAMV ESNFADARMG
VSVSGAGDVN GDGYSDVVIG LINYNLETSG IFNNSIDGGA AFVYHGNLGA KGLKNNLRVY
NSDLVSNISY LQIKKDDFGF GLHVRSFLGS GKVRLVWEAR KEGTAFYGNG NISNSTNFSG
QQSQYADLAG GGSELKTFIT KPGFDTKIRA RARFNLVKAL TGQVYGPWRF LPAYTQSSYT
ILKDPQLPVT LVAFKAKAAE GNVSLEWSTS EEINSDRFEI QRSTDGQSWM EIGNLKSHEN
AHKLNAYSFL DTMACASAKR YYRLKMIDLD GTFAFSHIES VTLAKGIDTK IYPNPTADVL
NLRSEQKVTE VQVFNAEGKA MLVVRDAKGV SQVDIRKLPS GIYLVKINGE SFQILKR
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