| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mext_0802 |
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| Symbol | |
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| ID | 5831478 |
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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 | Methylobacterium extorquens PA1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010172 |
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| Strand | - |
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| Start bp | 859673 |
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| End bp | 862870 |
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| Gene Length | 3198 bp |
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| Protein Length | 1065 aa |
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| Translation table | 11 |
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| GC content | 67% |
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| IMG OID | 641366578 |
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| Product | PAS sensor protein |
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| Protein accession | YP_001638278 |
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| Protein GI | 163850235 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG2204] Response regulator containing CheY-like receiver, AAA-type ATPase, and DNA-binding domains |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 44 |
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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 | ATGACCGAGA GTGCCGGCTC CCCGAACCTC AACTTCCTCT CGGGCGGGGG ACGGATGGGC
GAACGTATGC GCGCCCATGA CTGGTCGAAT TCAACGCTCG GGCGGCCGGA GACCTGGCCG
CAGTGCCTGC GCTCGGCCGT GAGCCTGATG CTCGGCTCCA AGTTCCCGAT GTTCGTGGCT
TGGGGGCCGG AGCTCGGATT CCTTTATAAC GAGCCTTACG CGGAAATCCT CGGCGACAAG
CATCCGGCCG CCCTCGGAAG CCGCTTCCAC GACATCTGGG CCGAGATCTG GGACGACATC
GCGCCGCTGA TCGACCGCGC CATGGCGGGC GAGGCGACAT GGGCCGAGAA CTTGCCGCTC
GTCATGAACC GACACGGCTA CGACGAGCGG ACCTGGTTCA CCTTCTCCTA CTCGCCCGTT
CGGGACGACG AAGGCGAGGT CGGCGGCATG TTCTGCGCCT GCACGGAAAC GACCGCCAAG
GTGAAAGCCG AGGAGGCCCT GCGCGCGAGC GAGGCCCGAG CCTCCGGCGT GCTGGAGGGC
ATGGGCGAGG GCTTCATGCT GCTCGACCGT GATTTCCGCA TCCTACAGAT GAACGCGGAA
GGCTTCCGGT TGGAGGAGCG GCCGCCCGGC GAGGTGCTCG GGAGCTCGCA TTGGGAGATC
TATCCGGGCT CGGAGCAGAT GCCCATCGGA CAGATGTATC TGCGAGCCAT GCGCGAGCGG
ATGCCCTTGA CGCTGGAGCA CCGTCACGTC TGGCCCGATG GGCACGCGGC TTGGCTGGAG
GTGCGAGCCT ACCCGCATCC GGAAGGGTTG GCGTTGTTCT ACCGCGATGT GACGGAACGC
CGGGAGCGCG AGAAGGCGCT GCGCGAGGCC GAGGCGCGAC TGCGCGCTCT GGCGGACAAC
CTGCCTGGCG GCATGGTCTA CCAAATCGCG ATGGACAGGG ATGGTTCGAA CCGGCGCTTC
CTCTACGTGT CGCGGGGCTT CGAGCGCATG ACCGGCATGT CGGCCGAGGC CGCGCTGCTC
GACCCGGCCG CGGCCTACGA CCTGATCCTG CCCGAGTACC GCGAGGGCTT GGCCGCAGCC
GAGCACGTCG CGATCCGGGA CCTCGCGCCG TTCGACTTCG AGACGCCCTT CCGTCGTAGC
GACGGGGAGG TGCGCTGGAG CCGCATCATC TCGGCGCCTC GGCGGCAGCC CGACGGTTCG
CTCGTCTGGG ACGGCATCCA GTTCGATGAT ACCGACCGCA AGCAGGTCGA GGAGCGCCTT
CGCGAGAGCG AGGCCAAGTT CCAGGCCATC GCCAACTCCA TCGACCAGAT GGTGTGGTCG
ACGGGTCCCG ACGGCCACCA CGATTACTTC AACCAACGCT GGTACGACTT CACCGGCGTG
CCGGCAGGCT CGACGGACGG CAAGGACTGG GAGGACATCG TCCACCCGGG TGACCGGGCG
CGCACGTGGA CGTCCTGGAG TGCGTGTCTT GCAACGGGCG AGCCCTACCG GATCGAGTAC
CGGCTGCGCC ACCGCACAGG GCAGTACCGC TGGACGCTCG GACGAGCCCT GCCAATGCGC
GACGAGGCGG GCCGGATCAC GCGCTGGTTC GGCACCTGCA CCGACATCCA GGACATCGTC
GAGGCGCGCG AGGTCCTGGC ACGCTCGCGC GAGGACCTTG AACGGTTGGT AGCGGAGCGT
ACGGCCGACC GTGACCGCAT GTGGCGGCTC TCGACGGACG TCATGCTGGT CGCGCGCTAC
GACGCCACCA TCGAGGCGGT GAACCCGGCC TGGACCACGC TGCTCGGGTG GGATGAGCGT
GAGCTCATCG GTAGCGCCTT CATGGACCTC GTCCATCCGG ACGACGTCGC CGCCACGCTT
GCGGAGGTCG GGAAGCTGTC GGGGGGGGTG ACCACCCTAC GGTTCGAGAA CCGCTATCGC
CAGAAGGACG GCAGCTACCG CTGGCTCTCG TGGACGGCCG TTCCCGCCGA GGATCTCATC
CACGCGGTCG GGCGTGACAT CACTGCCGAA AAGGAGGCCG CACAAGCCCT CGCTGAAACC
GAGGAGGCGC TGCGCCAAGC CCAGAAGATG GAAGCCGTGG GCCAACTGAC GGGCGGCATC
GCACACGATT TCAACAACCT CCTGACCGGC ATCGTCGGCT CCCTCGACAT GATGCAGACC
CGCGTCGCGC AGGGTCGAAC CGACACCATC GAGAAGTATG CCAAGGCGGC GATGTCCTCG
GCCAATCGCG CGGCCGCCCT GACGCACCGC CTGCTGGCCT TCGCTCGCCG GCAGCCCCTC
GACCCGAAGC CGGTCAACGC CAACACGCTC GTGACCTCGC TGGAGGATCT GCTGCGCCGG
ACAATCGGCG AGGCCGTCAG CTTGGAGATC GTCACCGCAG GCGGCCTGTG GCCGACGCTT
TGCGACCCGC ACCAGCTCGA AAGCGCTGTC CTGAACCTGG CCATCAACGC GCGCGACGCC
ATGCCAGACG GCGGCAAGCT CACCATCGAG ACCTGCAACA CGCACCTCGA CCGGGCCTAT
GCCAAGCTGC ACCCGGGGGT GGAGCCCGGC CAGTACATTT GCATCTGCGT GACCGATACC
GGCACCGGCA TGCCGCCGGA CGTCGTCGCG CGGGCCTTCG ACCCGTTCTT CACGACGAAA
CCCATCGGCC AGGGAACGGG GCTCGGCCTG TCGATGATCT ACGGCTTCGC GCGCCAGTCG
GAGGGGCATG CCAAGATCTA CTCGGAGGTC GGGCAGGGCA CGTCAGTGAA GATCTACCTG
CCGCGCCATC GCGGAGCTTT GACCGGGGAG GACACGCAGG CATCGGGCCT GACGCAAGCG
CACCGGGCCG AGACCGGCGA GACGGTGCTG GTCGTGGAGG ACGAGCCGGT GGTGCGCGAC
CTCATCGTCG AGGTGCTGCA CGATCTCGGC TACCGGGCCT TGGAGGCGCA GGACGGACCC
TCCGGCCTCG CCGTTCTGCA GTCGCACGAG CGCATCGACC TCTTGGTCAC CGACGTCGGC
CTACCGGGCT TGAACGGGCG CCAGCTCGCC GACCAGGCCC GCGAAGGGCG GCCCGAGCTC
AAGGTGCTGT TCATCACCGG CTATGCCGAG AACGCGATGT TCGGGAACGG CCACCTCGAA
CCAGGCATGC AGATGATGAC CAAGCCCTTC CCGGTTGAAG CCCTGGCGAC GCGCATCCGC
GAGATAATCC AGAGTTGA
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| Protein sequence | MTESAGSPNL NFLSGGGRMG ERMRAHDWSN STLGRPETWP QCLRSAVSLM LGSKFPMFVA
WGPELGFLYN EPYAEILGDK HPAALGSRFH DIWAEIWDDI APLIDRAMAG EATWAENLPL
VMNRHGYDER TWFTFSYSPV RDDEGEVGGM FCACTETTAK VKAEEALRAS EARASGVLEG
MGEGFMLLDR DFRILQMNAE GFRLEERPPG EVLGSSHWEI YPGSEQMPIG QMYLRAMRER
MPLTLEHRHV WPDGHAAWLE VRAYPHPEGL ALFYRDVTER REREKALREA EARLRALADN
LPGGMVYQIA MDRDGSNRRF LYVSRGFERM TGMSAEAALL DPAAAYDLIL PEYREGLAAA
EHVAIRDLAP FDFETPFRRS DGEVRWSRII SAPRRQPDGS LVWDGIQFDD TDRKQVEERL
RESEAKFQAI ANSIDQMVWS TGPDGHHDYF NQRWYDFTGV PAGSTDGKDW EDIVHPGDRA
RTWTSWSACL ATGEPYRIEY RLRHRTGQYR WTLGRALPMR DEAGRITRWF GTCTDIQDIV
EAREVLARSR EDLERLVAER TADRDRMWRL STDVMLVARY DATIEAVNPA WTTLLGWDER
ELIGSAFMDL VHPDDVAATL AEVGKLSGGV TTLRFENRYR QKDGSYRWLS WTAVPAEDLI
HAVGRDITAE KEAAQALAET EEALRQAQKM EAVGQLTGGI AHDFNNLLTG IVGSLDMMQT
RVAQGRTDTI EKYAKAAMSS ANRAAALTHR LLAFARRQPL DPKPVNANTL VTSLEDLLRR
TIGEAVSLEI VTAGGLWPTL CDPHQLESAV LNLAINARDA MPDGGKLTIE TCNTHLDRAY
AKLHPGVEPG QYICICVTDT GTGMPPDVVA RAFDPFFTTK PIGQGTGLGL SMIYGFARQS
EGHAKIYSEV GQGTSVKIYL PRHRGALTGE DTQASGLTQA HRAETGETVL VVEDEPVVRD
LIVEVLHDLG YRALEAQDGP SGLAVLQSHE RIDLLVTDVG LPGLNGRQLA DQAREGRPEL
KVLFITGYAE NAMFGNGHLE PGMQMMTKPF PVEALATRIR EIIQS
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