| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mfla_0802 |
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| Symbol | |
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| ID | 4000235 |
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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 | Methylobacillus flagellatus KT |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007947 |
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| Strand | + |
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| Start bp | 847284 |
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| End bp | 850496 |
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| Gene Length | 3213 bp |
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| Protein Length | 1070 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 637937702 |
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| Product | diguanylate cyclase/phosphodiesterase |
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| Protein accession | YP_544911 |
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| Protein GI | 91775155 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5001] Predicted signal transduction protein containing a membrane domain, an EAL and a GGDEF domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box
[TIGR00254] diguanylate cyclase (GGDEF) domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | 15 |
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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 | ATGCTGCCAG GCCTGTTGCT TGGCGCGGTG GCGACGCAAT ATACCGCTGG ATTGGTATTT
CCCGCATCTT TCTTGATTGG TTGTGGCAAT GTTGCCAGCG CAGCCTTGGG ATATTACCTT
CTTAAGCGGT TCATCCGGTT CGAACCCGAA ATGACGCGGT TGCGTGATCT CATGGGGATG
GTGCTGGTAG GAGCCGTCAT CAGCCCATTG CTCAGTGCCA CTTCAGGCGC GCTGGGGCTG
AGGTTGTTCG GTGTCGTGCC TGATTCGGAT CTGCACGTGA CTTGGTTGCA ATGGTGGATG
GGCGACGCCC TCGGCATCAT TCTGCTAACG CCTGCTATCC TGGCCTGCTT CCATTACGAA
CCCATCCGCT GGACCCGGGC CAAGCTGCTC GAAGCCGTCT CCCTGGCCAG CATGTTGCTG
GGTTTGTGCT TCCTGGCGTT CAACGATCTC TTGTCCCAGG CTGGTGAGCT GGAAGCCAAG
GCATTCCTGG TCTTTCCATT GGTCATCTGG GCAGTATTGA GTTTTCATCA GCGAGGGGCC
GCAGCAGCTT CTTTACTGAT CGTGATGACG GCTTTGTGGG GCGGTGGCGG ATATCATGGT
TTCTTCAGCA TGGAAATCAG CAATGCCGCG CTGTTCAATT ATTGGATGTT TGCCCTGGTG
ACGGTATCCA TAGGAGTAGG GCTATCGGGA CTCCATGTAG GGCGCTTGCA GGCGGATGAG
CGGCTACGAC AGCAACTGGG GCTTTATAAC GCGCTGAGCA ACGCCCAGTC CGATGCTGGC
GAAGGGGTGA TGGTGATTGA GGACGGCAAG ATCATCTATG CCAATGAGGC GGTGCGGAAA
ATAGGCGGAT ATGATGCCAG GGATATTTCC ATGGGCTCAA GCTTTCTCAG CCTGATCCAT
CCTAGCGACC GCGAGCGGGT AGCGCAGCAT TACAAGCAGC GCATCCGGGG GGAATATACG
CCAAGCCGGT ACGAAGCGCT TGCCATCAGC AAGCTAGGCA AACCTATCCC GATTGAGGTG
GCTGCAGCCA ATTACCGTGA CGGCAGTGAG CGTATCGTGG TGCTGATCAT CGATATCAGC
AGCCGCAAGC AAGCAGAAGA GGCCTTGCTG CAAAGCCGTG CGGAGTACCG CAAGCTGGTG
GAGTCCGTGA AAGCCGTAGT ATGGCGGGCG ACGCCCGAGG CGGCATTTAC TTTTGTCAGC
CAGGAGGCTG AAAGTCTGCT TGGGTATCCA GTCCGAGAGT GGACTAGCAA TACCAGTTTC
TGGGTGGATA AGCTGCATCC GGATGACCGC CCATGGGTCG TGGATTTCTG CGCTCGGGAA
ACTCGGCAGC TCAAGGATCA TGTGCTCGAA TACAGGATGC GGGCCGCGGA TGGTCGTACG
GTTTGGCTTC AGGACATTGT GCGCGTCATC CCGGACAGAT TCGGCAAGCC GCAGGAGTTG
TTTGGTGTGA TGCTGGATAT TACGGATCGC AAGGCGGCAG AGGAAAGCCT GAACCTCTCC
AAACAGGTGT TTGACAATAC GAGCGAAGCG ATTTTGATAG CAGATCGTGA CCGCAACATT
CTCGAAGTCA ACCAAGCCTA TCTCGATATG ACGGGCTATG GACGGGAGGA CTGTGTCGGT
ACGTATTTGG CGTTGCTGGA TGAGCCTGCG GGTGGCGGGC AACTGATAGG GAATCTGGTG
CAGCAGCATG GAAAATGGAT GGGTGAGCTA CTCGCCCAAA AGAGGAGTGG TGAATACTAT
CCGGCATGGG TGTCCATCAG TACCGTGCAT GATAATCATG GTAGCTTGCA GAATTATGTC
GTGGTCTTGA CCGATATCAG CCAGCGCAAG CAGGCCGAGG AGAGACTGCA GTTTCTCGCC
ACTCATGACG GTCTGACTGG CCTGCCCAAT CGTACGCTGT TGCAAGAGCG CATGGAGTTG
GCCGTATTGC GGGCACAACG CTATCAACAA TGCGTTGGTG TGTTATTCAT CGACCTTGAC
CGATTCAAGA TCATCAACGA TACCTTGGGT CACCAGGCCG GTGATGTGCT GCTGCAGGAA
GTGGCTGGCA GGCTGGGGGA ATGTTTGCGG CAAACGGATA CCATCGCCCG CCAGGGCGGG
GACGAGTTCG TGGTGCTGGT CGAGGATTTC ATTGAGCAGC AATACCTGGT GAACGTGGCG
CGCAAGATCA TGCATGCGTT AGCACAGCCT TTCATTCTCA TGCAACAGGA GTTGTATATT
AGTGCGAGCA TCGGCATTAG CGTCTATCCC GATGACGGTG TAGATATCTC TTCTTTGCTC
AAGAATGCGG ATATGGCCAT GTATCGTGCC AAGGATGATG GCAAGAATAC CTTCCATTTT
TATTCGGCGG ATGGCAATGC CAACAGTGTC AGCCGGCTGA CACTGGAAAA TAGCTTGCGG
CGCGCGCTGG AGCGGAATGA ATTCAGTTTG CTTTACCAGG CCAAGCTGGA TCTGGCTGAG
CAGAACATCA TTGGCGCAGA GGCCTTGATC CGGTGGCACA GTGCCGAGCT TGGCATGGTG
TCGCCTCAGG ATTTCATTCC GGTGGCTGAG GAAACAGGTA TGATTATCGA GATTGGCGAA
TGGGTTCTGC AGCAAGCATG TCGCGACGCC TGTCATTGGC AGGAAGTCGC AGGCCGACCA
ATCAGAGTGG GGGTGAACAT ATCTGCCCGG CAGTTCCGCG AAGACAGCTT ATACCAGGCG
ATCAGCAATG CATTGGAAGA AAGTGGCCTG ACGCCGAATT GCCTGGAACT GGAGATCACG
GAGAGCATGA TTATGCAGAA TGCAGAGCGT GCCAGCCAGA TGCTGCAGCA TTTCCGTAAT
CTGGGCAGTT ACGTATTAAT TGATGATTTC GGTACCGGAT ATTCCTCACT CGGTTACCTC
AAGCATTTCC CGATAGACTC CTTGAAGATT GACCGATCCT TTGTGCGAGA CATTCCGCAG
GATAGCGACG ATATGGCCAT CACGCAGGCA ATTATCGCCA TGGCGCACAG TCTCAAGATC
AATGTAGTGG CCGAGGGTGT AGAAACCCAG GCTCAGCTTG AGTTCCTGCG AGGGCAAGGC
TGCGACCAGC TGCAGGGGTA TATCTTCAGT CGACCGCTTG TCGTGGAGGA CTTTGTCGGC
TTGCTGCGTT TTGATACAGC CCGACGCGCA GGGCGGACCT ATGCGGCTGG GCTTCAGCTG
AGGGAATCTC AGCTGGCGGC AGAAACCGGC TAG
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| Protein sequence | MLPGLLLGAV ATQYTAGLVF PASFLIGCGN VASAALGYYL LKRFIRFEPE MTRLRDLMGM
VLVGAVISPL LSATSGALGL RLFGVVPDSD LHVTWLQWWM GDALGIILLT PAILACFHYE
PIRWTRAKLL EAVSLASMLL GLCFLAFNDL LSQAGELEAK AFLVFPLVIW AVLSFHQRGA
AAASLLIVMT ALWGGGGYHG FFSMEISNAA LFNYWMFALV TVSIGVGLSG LHVGRLQADE
RLRQQLGLYN ALSNAQSDAG EGVMVIEDGK IIYANEAVRK IGGYDARDIS MGSSFLSLIH
PSDRERVAQH YKQRIRGEYT PSRYEALAIS KLGKPIPIEV AAANYRDGSE RIVVLIIDIS
SRKQAEEALL QSRAEYRKLV ESVKAVVWRA TPEAAFTFVS QEAESLLGYP VREWTSNTSF
WVDKLHPDDR PWVVDFCARE TRQLKDHVLE YRMRAADGRT VWLQDIVRVI PDRFGKPQEL
FGVMLDITDR KAAEESLNLS KQVFDNTSEA ILIADRDRNI LEVNQAYLDM TGYGREDCVG
TYLALLDEPA GGGQLIGNLV QQHGKWMGEL LAQKRSGEYY PAWVSISTVH DNHGSLQNYV
VVLTDISQRK QAEERLQFLA THDGLTGLPN RTLLQERMEL AVLRAQRYQQ CVGVLFIDLD
RFKIINDTLG HQAGDVLLQE VAGRLGECLR QTDTIARQGG DEFVVLVEDF IEQQYLVNVA
RKIMHALAQP FILMQQELYI SASIGISVYP DDGVDISSLL KNADMAMYRA KDDGKNTFHF
YSADGNANSV SRLTLENSLR RALERNEFSL LYQAKLDLAE QNIIGAEALI RWHSAELGMV
SPQDFIPVAE ETGMIIEIGE WVLQQACRDA CHWQEVAGRP IRVGVNISAR QFREDSLYQA
ISNALEESGL TPNCLELEIT ESMIMQNAER ASQMLQHFRN LGSYVLIDDF GTGYSSLGYL
KHFPIDSLKI DRSFVRDIPQ DSDDMAITQA IIAMAHSLKI NVVAEGVETQ AQLEFLRGQG
CDQLQGYIFS RPLVVEDFVG LLRFDTARRA GRTYAAGLQL RESQLAAETG
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