| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mfla_0483 |
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| Symbol | |
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| ID | 3999636 |
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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 | 495108 |
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| End bp | 501104 |
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| Gene Length | 5997 bp |
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| Protein Length | 1998 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 637937380 |
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| Product | adhesin |
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| Protein accession | YP_544594 |
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| Protein GI | 91774838 |
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| COG category | [U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG3210] Large exoproteins involved in heme utilization or adhesion |
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| TIGRFAM ID | [TIGR01731] adhesin HecA family 20-residue repeat (two copies)
[TIGR01901] filamentous haemagglutinin family N-terminal domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | ATGAACAAGC ACCGTTACCG CCTGATATAC AACCGTGCCC GGGGCCTCAT GATGGCCGTG
GCGGAAAACA CCGCCACCCG CCGCACCACA CTCGGCACAC ACTCCGACGC GGTGCGAGAA
TCCCCCGCTC TCGCGCTGGC CCACATTGCC CCACTGCCCC TAACCATCAT GCTCATGCTG
GGAACAGTCA TCATCATGCC CGGCACAGCC AAGGCCGAGA TCATCGCCGA TCCATCCGCA
CCTCCCAGCC AGCAACCTAT CATCGACAAC ACCGCGAACG GCCTGCCTCT GGTCAATATT
CAGACACCCA GCACAGCCGG GGTATCACGC AACACTTATA GCCAGTTCGA CATCAACACC
CATGGCGCCA TCCTTAATAA TAGCAACACG AATGTGCAAA CCCAGCTCGG CGGCTGGATA
CAGGGTAACC CACTGCTCGC AGGTGGCATG GCCCGCGTCA TCCTCAACGA GGTCAACAGC
AGCAGCCCCA GCCTGCTCAA CGGCTTTATC GAGATCGCTG GTAGCCGCGC CCAACTCGTC
ATCGCCAACC CGGCCGGCAT CAGCTGCAAC GGCTGCGGCT TCATCAACGC CAACCGCGCC
ACCCTCACCA CTGGCAATCC CATCGTCAAT GGCGGCAACC TGCTCGGCTA TCGCGTAGGC
GGCGGCAACA TCAGCTTCCT GGGCAACGGC ATGGACGCCC GTCATGCCGA CTACACTGAC
ATCATCACAC GGGCCGTGGA AATCAACGCA GGCATCTGGG CCAAGCAACT CAACATTACC
ACCGGCAACA ACCACATCAA CATCGACAAC CACGGCAACC CAACCGTGAT CTCCCGGCTC
ACCCCCGCAA GCTCCGCCAC GGCCCCAGCC TTTGCCGTGG ACGTGGCGGC CCTGGGCGGC
ATGTACGCAG GCAAGATCCA CCTCATCGGC ACCGAGGCCG GGCTGGGCGT GCGCAATGCG
GGCAGCATCG GGGCCAGCGT GGGCGAAATC GTGGTAACGG CCGATGGACG CATTGTCAAT
ACAGGGACAC TGGCAGCACA TACCAATCTC GACATCGCCA CCAATCAAGA CTTGCAAAAT
GCGGGCACCA TCAATGCCAA TGCCAGGGTG AGCCTGAACG CGGGGGACAT CGACAACACC
GGGGAAATTT CTTCAGCCAG CACCATCCTG CTGAGCCAAG CAACATTGAC CAATCGCGGC
ACAATAGACG GGGATAACAC CCATATCAAT GCAGGCAGAC TGGACAACAT CGGGCACGGC
AGCATCTTCG GCGACCACCT CAGCATCCAG GCTGGCGAGA TCAACAACCT GGCTGAAAGC
GTGAATGGCA CCACCACAGC CGCCATCATG GCCGGGCGTA CCCGTCTCGA CATAGCCACC
AGCACACTAC TCAACAGCGA CAACGCCATG CTGTTCAGCG GAGGCGATAT CGCCATCGGG
GGCATTCTCG ACGCAGCGGG AATAGCCACA GGCCATGCCG CCTCCATCAT CAACCGGGAC
GCCACCATCG AAGCGCTGGG CAACATGGTC ATCAACGCAA ATGGGCTGCA AAACCTCAAC
ACCGGCCTGC AAGTGGGAAG GACAGCGGAA ACCACCGCAG GCTACGACAA ATTCACCCCA
GCCGGCCAAG GTGTCGTCTG GGATAGCGCG GACTATCCCG GCGCGCAGAT AGGCAATGTT
CATGTCGTAT GGCGCTCCGC CGGGCCATAC ACATTCCGCG AATACACGCG CTACCAGGGC
ACCCTTTATA CCTCCCATAC CGAAGTGATC GCATCCACTC CCGGCAGGAT ACTCGCCGAA
GGCAATATGC AGATCACAGG CAACCTACTG AACAGCGATA GCCAGATCAT TGCCGGTGAA
GTATTGGACA TCAGCGGCGC AACGGTACAG AACGTCAATA CCGAAGGCCA GACCATTGCC
CGCCACAGCG GCGGCGCCTG GTATTACGAT TGGGACGGCA AGGATAACGA ATACGACATC
GACTACTTGG GCAACCACAG TCCCGGCAAC ATCGTCACCA CCTACAATCT CGCCACTACC
CGCCTAGAAG GCAATGCCGC GCCCCCAACC AGTGGTACCG TGGTGGCAGG TAACCCAAGC
GCAGTCAGCA ACAACGCATT GTTCCAGGCG CTTCCAGATA CAGCGGCAGA CTATCTCATC
GAGACCAACC CACGCTTCAC CAATTACCGC ACGTGGCTAA GCTCCGACTA CATGGTGCAG
CAACTCTCGT TCGACCCGGC TATCACGCAA AAGCGTCTGG GCGATGGCTT CTACGAACAA
CGCCTGGTGC GGGAACAGAT TGCCGAACTG ACCGGCAGGC GCTTCCTGGA AAGCTACGCC
GACGACGAAG CCCAATACCA AGCCCTGATG AACGCAGGAC TCACCATGGC CAGCCAAATG
CAACTCATCC CCGGCGTCGC GCTTTCAGCG GAGCAAATCG CACAGCTCAC CAGTGACATC
GTCTGGCTGG TGGAACAGGA AGTCACCCTG CCCGGCGGCA CTATCGCCAA AGCCCTCGTG
CCGCAGGTAT ACGTACGCCT GCAGGACGGC GACCTAAACC CCACGACCGG CATCATGGCG
GGCAACAGCA TCAACATCAA TGCCACAGAC ACCATCACCA ATGGCGGCAC CCTGGCTGGG
CGCACCCTGG CCGTGCTCAA TGCAGACAAC ATCCAGAACC TGGGCGGCAA CATCAGTGCT
GATGTCACGG TCTTGAAAGC CACCGGCAAC ATCGACAATA TCGGTGGCAC CATCATGGCA
GGAAATGCAC TGGTACTCGA AGCCGGCAGT GACATCAACA TCGAAAGCAC CACGCAAAGC
CATGCCCAGA CCATAGGCGC CAGCAGTTTC AGCCGCACCA ACCTCGACAG GGTTGCCGGT
TTATACGTGA GCAACCCCGA TGCCGTCCTC GTCGCCAGCG CAGGCAACGA TCTCAACCTC
ATGGCTGCCA GCATTGTCAA CAGCGGCGAT CATGGCGCCA CCTCGCTCGA GGCGGGCCAC
GACATCAACC TGGGCACGGT GCAGGTCGCC GAACAGAACA ATAGCGTCCG CAACGCCAAG
AATCGCGTCA GCTACGGCTC AATCCAAGAC ATCGGCACCA ATATCCACAC CAGCGGCAAT
ATCTCCCTGC AAGCTGGTAG CGACATCAGC ATCAAGGCAG GCAACCTCAA CAGCGAAAAC
GGCAACCTCG GCATCGCCGC ATCAGGGGAC ATCACCATCA CCTCAGGCGA AGCTGGCAGC
AACTTCGATC TTGCCCGCAA GACCAAGCGC AGCAGCGGGC TAAGCAGCAC GACCAGGACC
TACCGCACCA TCGCAGAATC CACCGAGGCC ATCGGCAGCA CCCTGAGTGC AGACACCATC
AGCCTGCAAG CCGGCACACC TGCCGGAATC GCATCCGCGG ATACGGGCAA TATCAACATC
ACCGGCAGTC ATGTCGTCTC CACCAACGCC ACTTCTCTCA ATGCCAGCGG CGATATCAAC
CTCAATACGG CTGACAACAC CAGCTACACC TTCAACCAGA AAACCACCAA GAAATCAGGC
TTCTCCGCCA GCGGCTCCAG CATCGGCTAC GGCACCAGCA ACCTGAGCCA AAAGCAAACC
GGCACCACCA TCACCCAGAC CGGCAGCACC GTGGGCAGCG TCGAAGGCGA TGTCACCATC
CAGGCAGGCA ACACCTACAC GCAAATCGCC AGCGATGTGC TCGCGCCACA AGGCGATATT
GAGATCAGCG CCCAACAGGT CAACATCACC GCAGGCAACA ACACCTCCAC CCAGACCACC
GAGACGAAGT TCAAGCAGAG CGGCCTGACG CTGGCGATCA CCAGCCCGGT CATCTCGGCG
ATCCAGACCG CAGAGCAGAT GAAGCAGGCC GCCAGCAATA CTTCCGGTGT CCGCATGCAG
GCATTGGCAG CAGGCACCAC GGCATTGGCT GCCAAGAACG CTTTCGATTC CACCCAGCAG
GCATTGTCCG CAGCACCGAC AAGCAATAGC GTCACCAATG CCGCCAATCA GGCAGGCGGA
GTGAATCTGT CGCTCAGTAT TGGTACTTCA AAGAGCAGTA GCACCTCCAC GCAAACCAGC
AGCACAGCCC AAGGCAGCAC GGTGATGGCG GGCGGTGATG TCAACATCAC GGCGACGGGG
GCTGGGGAGC AGTCGGATAT CAACGTCATC GGCAGTACAA TCAAGGCGGA TGGGGATGTG
AGCTTAAAGG CGGATGATAA AGTAAACCTA ATCGCTGCGC AGAACACGGA AACACTGAAC
AACAAGAATA AAAACAGCAG CGCTAGTGTC GGCATCAGCA TCGGTTCCAA CGGGCTTGCC
GTCACCGCCA GCGCATCACA GGGTAAAGGC AAGGCCAATG GCACAGATAT CACCTGGACT
GAGAGCGTAG TTGAGGCTGG CAACAAGGTC ACGCTGGAAA GCGGTACAGA TACCAACATC
ATCGGTTCGC AAGTCAGGGG GGATCAAGTA GTGGCCGATG TGGGCACTAC AGGCAAAGGC
AACCTCAATA TCCAGAGCTT GCAGGACATC AGCACTTACG ACAGCAAGCA GAAAAGCACT
GGTATCAGCG TCAGCATGCC GATTGGGGCT GGCATGGCAG GCGGTTCGTT CAGTTCGTCC
AATACCAAGA TTAAGAGCGA CTATGCCTCT GTCAACGAAC AGGCAGGCAT CTATTCAGGC
GATGGCGGGT TCCAGATCAA CGTCAAGGGG AATACCGATC TTAAAGGTGC GGTGATCGCA
TCTACTGGAA CCGCGATTGC GGAAAACAGG AACAACCTCT CCACGGGAAC GCTCACCGTC
TCAGATATCA AGAACCAAGC AGAGTATGAT GCCAAGGCGA CATCGGCGAC GATAGGCGGT
GGTATCCAGG CTGGGTTGCC GCAGCTATCC GGGGCGGGCA TGGGCTCGGA TACCGGTCAA
GCCAGCAGTA CTACAGTCAG CGCGATCAGT GGCGGTACAG TCGATATTAC AAATGACGCA
GAACAGCAGA CAAAGTCCGG CACGGATGCC GCCACCACAG TCGCCCTACT CAACCGCGAC
GTGCATGTGG ATGAGCAGGG CAATGCGGTG GATAGCCAAG GTAACAGTAC GGCTAATACC
ATTGCGCCTA TCTTCGATGC GGAGAAGGTA GCCAAGGAGA TTCAGGCGCA GGTGCAGATT
ACGGAGGCGT TTGGACAGCA GGCCCATTAT GCTGTAGGCC AGTATGTTCA GGAAAAACGT
CGAGCATTAC AGCAACAACT TAAAGAAGCA GTAACGCCTG AGGAAAAATC AATCATTCAG
TCGCAACTCA AAGATTTGCG ACTGCAAGAG CAGGTTATGA ATGTACTGAT TGGGGCCGTC
ACCGGACAAT TGGATACAGT GCTTGGCAAG GAAGCTTTAT CTACTGCAGC AGAAAAAATG
AGAGAAATCA CCATCGCAAA CTCAAGCCTG TTTAAAGGAA TCACCGATGG CAACACGGTG
CTCAACAACA CATCAGGCGA AAGCGAAGGC GTTCGCGGCG ACGGTATAAA AGGCGGAGGA
ACCAGGGTTG ATTTGGATAA TATCTGTGGC CCAGATAATG CACGATGCGT AACTCGAAAA
GATGAAAATG GAAATAATGT ACTTGTTCTA AAAGATGGCA TGGTGCAATG GCACCCAGAC
AACAATATAT CACTAGCCGA ATTCCTCAAG TCCCCTGAAG GACAAAAGGC TGCTGGTGCA
ACAGGCGGCA TTCAAGGGTG GTTAGGAACA TTATTTGGTC ATGAATATCA GCCGGGTAGC
TGGCAAGATA AATTGATAGA GGCCTTCGGT GGAACCCATG ACTATATCGG AGGGCAGATC
ACGGGCTTGT ATGACGAACA AGGAAATACA AAACGTGGAA TGGAGAGCAC AGAACGATTC
ATTCGGGATC GAGTATCCGA ATTGGCAATT TTACCATCCA CTCCATTTGC CATGGCGGAG
CTGTTGCCTC CTGAAGTTTG GACTGCTATT TCCATTTTAT TGAAAGGCGC TAAATGA
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| Protein sequence | MNKHRYRLIY NRARGLMMAV AENTATRRTT LGTHSDAVRE SPALALAHIA PLPLTIMLML
GTVIIMPGTA KAEIIADPSA PPSQQPIIDN TANGLPLVNI QTPSTAGVSR NTYSQFDINT
HGAILNNSNT NVQTQLGGWI QGNPLLAGGM ARVILNEVNS SSPSLLNGFI EIAGSRAQLV
IANPAGISCN GCGFINANRA TLTTGNPIVN GGNLLGYRVG GGNISFLGNG MDARHADYTD
IITRAVEINA GIWAKQLNIT TGNNHINIDN HGNPTVISRL TPASSATAPA FAVDVAALGG
MYAGKIHLIG TEAGLGVRNA GSIGASVGEI VVTADGRIVN TGTLAAHTNL DIATNQDLQN
AGTINANARV SLNAGDIDNT GEISSASTIL LSQATLTNRG TIDGDNTHIN AGRLDNIGHG
SIFGDHLSIQ AGEINNLAES VNGTTTAAIM AGRTRLDIAT STLLNSDNAM LFSGGDIAIG
GILDAAGIAT GHAASIINRD ATIEALGNMV INANGLQNLN TGLQVGRTAE TTAGYDKFTP
AGQGVVWDSA DYPGAQIGNV HVVWRSAGPY TFREYTRYQG TLYTSHTEVI ASTPGRILAE
GNMQITGNLL NSDSQIIAGE VLDISGATVQ NVNTEGQTIA RHSGGAWYYD WDGKDNEYDI
DYLGNHSPGN IVTTYNLATT RLEGNAAPPT SGTVVAGNPS AVSNNALFQA LPDTAADYLI
ETNPRFTNYR TWLSSDYMVQ QLSFDPAITQ KRLGDGFYEQ RLVREQIAEL TGRRFLESYA
DDEAQYQALM NAGLTMASQM QLIPGVALSA EQIAQLTSDI VWLVEQEVTL PGGTIAKALV
PQVYVRLQDG DLNPTTGIMA GNSININATD TITNGGTLAG RTLAVLNADN IQNLGGNISA
DVTVLKATGN IDNIGGTIMA GNALVLEAGS DINIESTTQS HAQTIGASSF SRTNLDRVAG
LYVSNPDAVL VASAGNDLNL MAASIVNSGD HGATSLEAGH DINLGTVQVA EQNNSVRNAK
NRVSYGSIQD IGTNIHTSGN ISLQAGSDIS IKAGNLNSEN GNLGIAASGD ITITSGEAGS
NFDLARKTKR SSGLSSTTRT YRTIAESTEA IGSTLSADTI SLQAGTPAGI ASADTGNINI
TGSHVVSTNA TSLNASGDIN LNTADNTSYT FNQKTTKKSG FSASGSSIGY GTSNLSQKQT
GTTITQTGST VGSVEGDVTI QAGNTYTQIA SDVLAPQGDI EISAQQVNIT AGNNTSTQTT
ETKFKQSGLT LAITSPVISA IQTAEQMKQA ASNTSGVRMQ ALAAGTTALA AKNAFDSTQQ
ALSAAPTSNS VTNAANQAGG VNLSLSIGTS KSSSTSTQTS STAQGSTVMA GGDVNITATG
AGEQSDINVI GSTIKADGDV SLKADDKVNL IAAQNTETLN NKNKNSSASV GISIGSNGLA
VTASASQGKG KANGTDITWT ESVVEAGNKV TLESGTDTNI IGSQVRGDQV VADVGTTGKG
NLNIQSLQDI STYDSKQKST GISVSMPIGA GMAGGSFSSS NTKIKSDYAS VNEQAGIYSG
DGGFQINVKG NTDLKGAVIA STGTAIAENR NNLSTGTLTV SDIKNQAEYD AKATSATIGG
GIQAGLPQLS GAGMGSDTGQ ASSTTVSAIS GGTVDITNDA EQQTKSGTDA ATTVALLNRD
VHVDEQGNAV DSQGNSTANT IAPIFDAEKV AKEIQAQVQI TEAFGQQAHY AVGQYVQEKR
RALQQQLKEA VTPEEKSIIQ SQLKDLRLQE QVMNVLIGAV TGQLDTVLGK EALSTAAEKM
REITIANSSL FKGITDGNTV LNNTSGESEG VRGDGIKGGG TRVDLDNICG PDNARCVTRK
DENGNNVLVL KDGMVQWHPD NNISLAEFLK SPEGQKAAGA TGGIQGWLGT LFGHEYQPGS
WQDKLIEAFG GTHDYIGGQI TGLYDEQGNT KRGMESTERF IRDRVSELAI LPSTPFAMAE
LLPPEVWTAI SILLKGAK
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