| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Smed_0365 |
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| Symbol | acnA |
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| ID | 5321198 |
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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 | Sinorhizobium medicae WSM419 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009636 |
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| Strand | + |
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| Start bp | 388975 |
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| End bp | 391593 |
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| Gene Length | 2619 bp |
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| Protein Length | 872 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 640789299 |
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| Product | aconitate hydratase |
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| Protein accession | YP_001326057 |
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| Protein GI | 150395590 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1048] Aconitase A |
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| TIGRFAM ID | [TIGR01341] aconitate hydratase 1 |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 28 |
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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 | ATGACCATCA TATCGAAACT CACGGTAAAC GAGGTGGCGT ACGACGTCAT CGACCTGCCA
GCGGAGGTTG GACACCAGCT TCGGTCGCTT CCATACATTC ACCGCATCCT GTTGGAGAAC
GTTCTTCGAA CAGCAGGCGA AGATGCTGCA AGAGCCAAGG CTGCGATCAT TGACTGGCTT
GCGACGGGTT CGAGCGAGTT GGAGATCCAA TTTCTCCCCA ATCGTGTCAT GATGCACGAT
ACTACCTGCG GTCCTGCATT GGTTGATATC GCGGGAATGC GGTCGGCACT TGCAGAGGCA
GGCTATGATC CGGCGCTTCT CAATCCCGTT GTCCCGGTGG ACGTCTCCAC GGACCACTCC
CTGGCTGTCG ATGTCTTTGG ACACTCTGCG TCGCTTGAAC TCAACATGAA ACGCGAGTTC
GAGCGCAACG CCGAGCGGTA TCGCTTCATG AAGTGGGCAA CCAATACCCT TACAGGGTTT
CGCGTGCATC CGCCTGGGAC CGGCATCATG CATACGCTCA ATCTCGAGCG CCTCGCGACG
GTCGTCTCGA CGCTCGAGAA AGACGGTCGG CGCTGGGCGG CGCCTGACAC GTTGATCGGG
ACGGACAGCC ACACGCCGAT GATCAACGGC ATCGGTGTCC TCGCTTGGGG CGTCGGTGGA
CTGGAAGCGG AAAGCGTATT CTTCGGCATG CCTGTGTCGC TCCGCGTGCC CGATGTGGTC
GGTGTTCGTC TGACCGGACG TCTCGGCGAT GGGGTGCTTG CGACCGATCT GGCATTGACG
GTGACGCATA TCCTGCGAAA GATCGACCTT CAGGATAAGT ATGTGGAATT CTATGGCCCC
GGCGTGTCGC TGCTGACGGC CGGCGACCGG TCGGTGGTCG CGAACATGAC GCCCGAGTTT
GGCGGCAATT CCGGCTACTT TCCGGTCGAC GGTCGCACGC TCGATTATCT CCGCACGACA
GGTCGAACGT CCGAGCAAGT CGAGCTGGTC GAAGCCTTCA CCAAGCGTGT CGGTCTTTGG
TTCGACCCGG ACGAAAAGCC GCGCTACACG CACGTCGTCG AAATTGATCT GTCGGCGATC
GAACCGAGCC TTGCCGGACC GACGCGTCCC CACGACAGGA TATCTGTGGG AGAGACTTCC
GCAGCGATCT CTTCGATGAA ACGCGACGCG GTCGTAAGTG CCCACACTTC GGAGCCGAAC
GATGGCGCGG TCGCCATCGC AGCCATTACA AGCTGCACCA ACACGTCCGA TCCGCGGCTG
GTTATTGCGG CGGGCTTGCT GGCCCGAAAA GCGAGAGCGC TCGGTCTGCA TCCGGCTCCC
TGGGTGAAGA CGTCGCTCGC GCCGGGATCA CCAACAGCGG AAAGATACCT GCGTCGGTCT
GGACTGCTGC AGGATCTCGA AGCGGTCGGA TTCGGGATCG TCGGCTACGG CTGCACGACC
TGCATCGGCA ACTCCGGACC ATTGACCGAG CCGATCGCCG TGGCGATGAA GGACCGGGGA
ATCCTGCCGG TCGCCGTTCT CTCGGGCAAC CGAAATTTCC CCGGTCGCGT ACACCCGCAG
CTCGAGGCCG GGTTCCTCGC ATCTCCTCCG CTTGTCGTGG CGTTCGCGCT GGCTGGGACC
GTCGAGCTGA ATATTCTAAC CGACGTGATC GGTCGGTCGT CCGATGGGCA GGCCGTGACC
CTGTCTATGT TGTGGCCGAC GAGCCAGGAG ATCGACGAGG CGGTTACACT TGCTGCGGAT
GCAATGGACT TCAAGCGAGC TTATGACGAA GCCGAGGCCA GCAAGGCCTG GCGCGAACTC
GAGGCGCCGA CCACGACATT GTTTCCGTGG GACGAGACCT CGACATACAT CCGCAGGCCA
CCGTTCGCAG GCTTCGGAAA AGGCAGCTTG CTCGGGACCT ACGATGCGCA TCCGCTCATC
GTTGTCGGTG ACGACATCAC GACCGACCAT ATCTCGCCAG CCGGGGCGAT CCGGGCTCAG
AGTGAAACCG GCCGGTATCT CGTTGAGCTT GGCGAGGTCC CGACAGACCT TAATGTTCAC
GCTTCGCGGC GGGGTAACTG GGAGTCGATG GTTCGGGGTC TGTACACAAA CCGAACCGTT
CAAAACTTTC TCGGCGTTGA AATCCCGCCA GGATCGACGA TCCACGCGCC TTCGGGCGAA
CTCCTCCCGC TCTGGTCGGC CGCCAATCGC TACGCGGAGA GTAAGCAATC CGTCGTGATT
GTCGCTGGTG AACGCTACGG CATGGGTTCG TCGCGAGATT GGGCGGCAAA AGGAGCATCC
CTCCTCGGCG CCCGCGCGGT CCTGGCTGTG AGCTTCGAAA GGATTCACCG ATCCAATCTT
ATCGGTATGG GCGTTCTGCC GATGAGATTA CCGGAAGGTT TGGGGCCAGA TGAACTCGCT
CTGAGGTCGG GTGACCTCAT CGAAATCCAT GCCGATGCGG GCCTGATCGC TCCGCGTTGT
CCGATCGACG TCGTCATTCG GAGACGCGAC GGGGAAATCA CGAGATTCAG AGCAACGACG
GCCATAGAAA CTGTCGCCGA GGTAGAGATG TTGAAGGCGG GTGGAATTCT CCCGTTGATG
TTGAAAAACT TGGTAGCGAC CGAACGCACT TCGATTTAG
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| Protein sequence | MTIISKLTVN EVAYDVIDLP AEVGHQLRSL PYIHRILLEN VLRTAGEDAA RAKAAIIDWL
ATGSSELEIQ FLPNRVMMHD TTCGPALVDI AGMRSALAEA GYDPALLNPV VPVDVSTDHS
LAVDVFGHSA SLELNMKREF ERNAERYRFM KWATNTLTGF RVHPPGTGIM HTLNLERLAT
VVSTLEKDGR RWAAPDTLIG TDSHTPMING IGVLAWGVGG LEAESVFFGM PVSLRVPDVV
GVRLTGRLGD GVLATDLALT VTHILRKIDL QDKYVEFYGP GVSLLTAGDR SVVANMTPEF
GGNSGYFPVD GRTLDYLRTT GRTSEQVELV EAFTKRVGLW FDPDEKPRYT HVVEIDLSAI
EPSLAGPTRP HDRISVGETS AAISSMKRDA VVSAHTSEPN DGAVAIAAIT SCTNTSDPRL
VIAAGLLARK ARALGLHPAP WVKTSLAPGS PTAERYLRRS GLLQDLEAVG FGIVGYGCTT
CIGNSGPLTE PIAVAMKDRG ILPVAVLSGN RNFPGRVHPQ LEAGFLASPP LVVAFALAGT
VELNILTDVI GRSSDGQAVT LSMLWPTSQE IDEAVTLAAD AMDFKRAYDE AEASKAWREL
EAPTTTLFPW DETSTYIRRP PFAGFGKGSL LGTYDAHPLI VVGDDITTDH ISPAGAIRAQ
SETGRYLVEL GEVPTDLNVH ASRRGNWESM VRGLYTNRTV QNFLGVEIPP GSTIHAPSGE
LLPLWSAANR YAESKQSVVI VAGERYGMGS SRDWAAKGAS LLGARAVLAV SFERIHRSNL
IGMGVLPMRL PEGLGPDELA LRSGDLIEIH ADAGLIAPRC PIDVVIRRRD GEITRFRATT
AIETVAEVEM LKAGGILPLM LKNLVATERT SI
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