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Identifier: 226309450

GI number:

Start: 6438835

End: 6445704

Strand: Reverse

Name: Not Available

Synonym: RER_59650

Alternate gene names: NA

Gene position: NA

Preceding gene: 226309451

Following gene: 226309448

Centisome position: NA

GC content: NA

Gene sequence:

>6870_bases
ATGCCTAACGACATACCGCCGACAAGGTCGGCCTTATTCACCGCAGGGCTCCCGCCCTGGGTGCGAGCGTGGACGGTGGT
GTGGACCGCCATCGCGTTGATTCTCGGCATCTCCGGCGCGACGGCAGTAGTTGCATCAGCGCAGCCGGCCGCGACGCTCG
GCGGTCCCGTTCAGGCTCAGACGCCGGCTCGCGCTGCTGTCCTGCCGGACGAACAGCCCGCAAAGGGCTGTGCCTTCAGC
GCCCCTAACACTGGCCCTTTCTCGCAGAACATCTGTTGGATCGACATGTCGGCGCTCAACGAAGCCGCGGCCACATCCGC
GGCCGGGCAGTCGATGGAAATCCAGCTCACCGAGGGCTACAAGATCAACTTCAAGGCTTTCCTCACCGACTCGGTAGCAG
GAAAGACGCATCAGGGGGTCGAAGCGAAGGCACTCCCCACGTTGAGTTACTCAGCGCTGGGAACGTCCGCCTACACGGGT
GTGCCGTCGACGATCAAGCCCGCGATCTACCAGAAGTCCTCCGTGAATGGACAATCCGGCGGGACGGTGTCGCTCAAGAA
CATCGTGATGACCGGGCCCAATGGCACGGTGTACAACTACGGTCTCGTAGCAGCCGATGCCGAGTCGACTGACGCAAACA
CATCAACCGACAAAGAGTTCCTCACCTTCAATTCGGACAAGCCGCTGCGACAAATCGCGCGCACAGTTGGTGTTGACGAA
CCTGGCTATCCCGGAATTCGCGCTTGTGACGGTGGGCTGACGGCTATGCCCGCCACCACCGTCCGATGCGATTCTTGGAA
CCTGGTCAACAACCAGGAGTATTCGCCGGGCACTTTGGTTGTTGCATCGACCGCTCCAACCAACTTCGCGGCGACGTTCG
GTAATACCGTTCTGGCCACCTCTCGTCAGGGTCTGGCTTTCGGTGTCCTGCTCTCGAAGGTCAAGATCGACAAGGACCTC
ACGCGCGTCACCCCCGGTGACGATTTCACTATCGGCATGAGCACCGGCCACCACGCAAACGCGGGTGCTGCTGCAGCGAC
CGAGATCAAGAGCACCACGACCGGCGCTACAGATACGACGGCATCGACTGGCTGGCGTACGCTCCTCGCAGATACGACAC
CTACTCCTGTCACGTTCTGGGAGAAGCCAACTACCTCGGCGACCAAGACCGCGAACTATGCGACGTCATGGGATTGCCAG
GTAAACGGTGTGACCCAGGCGCTCAGGGTCGGGGACGTTGCGCAGGCAGCACTCACGCCGGGCGACAACGTGTACTGCAA
GGTCAAGAACACTCCGGTTCTCGTGAAGAAGTCGTCGTCACCACCTACCGGTGAGGCGGTCAATATCGGCCAAACAATCA
CCTACACTCTGAATTTCGAGAATCCCGGCACTGCGCCGGCAACGATCGACTACACGGACTTCCTCGCCGACGTCATTGAT
GACGGAACGGTTGCGGTCGGTGCTGCTACAGGCGGACTCACCGCTGCATTGAATGGCACCGACAAGATCAAAGTCGGGGG
CACATTGCCAGCCGGCGGCAAAGGGACTGTCACCTACACCGTCACGGTCAAAGACGGTGGCAACAAAGTCCTGAACAACT
ACCTCGTTCCGGGGACAACAACTCCTCCCACAACATGCGATCCTGCAACCAATCTCTGCACGACGCATCCCATGCCCGGG
TTCACGGTCGCGAAGACCGCTGTGCCCGCGACAGGTTCGACGGTTCAGGCCGGCGATACCATTACGTACACGGTCACCGG
TGCTAACACCGGCAAGACGGCCCTAACTCCCGCGACGATCAAAGACGATCTGAGTGCGGTTCTCAACAATGCTGCTGTCG
TTCCGGGCTCGCTGAAGGCGACCGTCGACGGTGCTGCTGTCGCTGCTCCGACCCTGTCGGGCAGCATTTTGTCGTGGTCC
GCCAATCTCCAGGCTGGTAAGTCTGTTGTTCTGACCTACCAGGTGAAGGTCAATGCCGGCGTTGCCGCGGGCACGGTTCT
GAACAACAAGGTCACCGGTACTGCGAAGCCACCCACCGGTCCGGACATCACTCCTCCTACGGTGGAGACGAATCACTCGG
TTCCCGGCTTCAAACTGGAGAAGACTGCTGATCCGATTTCCGGTTCGACAGTTCAGGCCGGCGAGTCGATCAAGTACACC
GTCACCGGAACCAACACCGGTAAGACGAAGCTCGATCCGGTAAAGATCAACGATGATCTGGGTGCGGTTCTCAATAACGC
CGCTGTCGTTCCCGGTTCGCTGAAGGCGACCGTCGACGGTGCTCCTGCCGCTGATCCGACTCTGTCGGGCACCACCCTTT
CGTGGACTGGTTTTCTCGAAGCCGGTAAGTCCGTCGTTCTCACCTATGAGGTGAAGGTCAACGACGGCGTTGCCGCGGGC
ACAGTCTTGAACAACAAGGTCACCGGTACTGCGAAGCCGCCGACCGGTCCGGAGATCACTCCTCCTTCTGTGGAGACGAA
TCACTTGGTTCCGGGTTTCACGGTCGCGAAGACTGCGGATCCGGTGTCGGGTACCAATGTTGCTGCTGGTCAGACGATCA
CGTACACGGTGACGGGTGCCAATACGGGTAAGACGACTCTTGATCCGGTGGTGTTGACCGATGATCTGTCGAAGGTTCTC
GACAACGCCGCGTTGGTGGACGGTTCGCTCAAGGCGACCGTCGATGGTGCTCCTGCGACTGTTCCGACTCTGTCGGGCAC
CATGCTCTCGTGGACGGGTGCACTCGAGGCCGGTAAGTCGGTTGTTCTGACCTATCAGGTGAAGATCAACGACGGTGTTG
CCGGCGGCGTTCTGGTCAACAACAAGGTCACCGGTACTGCGAAGCCGCCGACCGGTCCGGAGATCACTCCTCCGCCGGTG
ACGACCGAACACCCGGTGGTGTCTCCGAAGATCGCTGTGGTGAAGTCCTCTGATCCGGTGTCGGGTTCGAATGTTGTTGC
CGGTCAGGACATCAAGTACACGCTCACGTTCACGAACACCGGTAACGGTGCGGGTGAGGTCGCGTACTTCGACGATCTGC
GTCAGGTTGTGGACAAGGGTGCATTGAGTGGTTTGACTGGTGATGCTCCGTTGGCTGCGACGATGGTCGGCACGGATGGT
TTCTCGGTGACGGGGACCTTGGCGGCCGGCGAAACGAAGACGGTGACGTATTCGGTGAAGGTCAATGCCGATGTGGTCGG
TGGGGTGTTCGTGAACAACTTCGTTGTTCCGGGGACGACTCCTCCGGTTGATCCTCCGGAGGTGTGTGATCCGGCGACTC
AGCTGTGCACGACGCATCCGGTGGTGTCTCCGAAGATTGCTGTGGTGAAGTCCTCTGATCCGGTGTCGGGTTCGAATGTT
GTTGCCGGTCAGGACATCAAGTACACGCTCACGTTCACGAACACCGGTAACGGTGCGGGTGAGGTCGCGTACTTCGACGA
TCTGCGTCAGGTTGTGGACAAGGGTGCATTGAGTGGTTTGACTGCTGATGCTCCGTTGACTGCGACGATGGTCGGCAGCG
ATGGTTTCTCGGTGACGGGGACCTTGGCGGCCGGCGAGAGCAAGACGGTGACGTATTCGGTGAAGGTCAATGCCGATGTC
GTCGGTGGGGTGTTCGTGAACAACTTCGTTGTTCCGGGGACGACTCCTCCGGTTGATCCTCCGGAGGTGTGTGATCCGGC
GACTCAGCTGTGCACGACGCATCCGGTTCAGGTTCCGGGGTTCACGGTCGCGAAGACTGCGGATCCGGTCTCAGGTACCA
ATGTTGCTGCTGGTCAGACGATCACGTACACGGTGACGGGTGCGAACACGGGTAACACGACCCTTGATCCGGTGGTGTTG
ACCGATGATCTGTCGAAGGTTCTCGACAATGCGACGTTGGTGGACGGTTCGCTCAAGGCAACTGTCGACGGTGTCGACGC
GACTGCTCCGACCCTCGAGGGCACCACGCTCTCGTGGACGGGTGCACTCGAAGCTGGTAAGTCGGTTGTTCTGACCTATC
AGGTGAAGATCAACGACGGTGTTGCCGGCGGCGTTCTGATCAACAACAAGGTCACCGGTACTGCGAAGCCGCCGACCGGT
CCGGAGATCACTCCTCCGCCGGTCACGACCGAGCACCCGGTGAAGGTTCCGGGGTTCACGGTCGCGAAGACTGCGGATCC
GGTCTCGGGTACCAATGTTGCTGCTGGTCAGACGATCACGTACACGGTGACCGGTGCGAACACGGGTAACACGACCCTTG
ATCCGGTGGTGTTGACCGATGATCTGTCGAAGGTTCTCGACAACGCCGCGTTGGTGGACGGTTCGCTCAAGGCAACTGTC
GACGGTGTCGACGCGACTGCTCCGACCCTCGAGGGCACCACGCTCTCCTGGACGGGTGCACTCGAAGCCGGTAAGTCGGT
TGTTCTGACCTACCAGGTGAAGATCAACGACGGTGTTGCCGGCGGCGTTCTGATCAACAACAAGGTCACCGGTACTGCGA
AGCCGCCGACCGGTCCGGAGATCACTCCTCCGCCGGTGACGACCGAGCATCCGGTGGTGTCTCCGAAGATCGCTGTGGTG
AAGTCCTCTGATCCGGTGTCGGGTTCGAATGTTGTTGCCGGTCAGGACATCAAGTACACACTCACGTTCACGAACACCGG
TAACGGTGCGGGTGAGGTCGCGCACTTCGACGATCTGCGTGGTCTGCTCGACGATGCTGATCTGGTTGCGGGCAGCTTGA
GTGCTGATGCTCCGTTGACTGCTGCGATGGTCGGCACGGATGGTTTCTCGGTGACGGGGACCTTGGCGGCCGGCGAGAGC
AAGACGGTGACGTACACCGTCACGGTCAAGGCTGATGCCGATCGCGTTGCGGCGAATGCCGACAACACGGTGCTCAACTT
CGTTGTTCCGGGGACGACTCCTCCGGTTGATCCTCCGGAGGTGTGTGATCCGGCGACTCAGCTGTGCACGACGCATCCGG
TTCAGGTTCCGGGGTTCACGGTCGCGAAGACTGCGGATCCGGTCTCAGGTACCAATGTTGCTGCTGGTCAGACGATCACG
TACACGGTGACGGGTGCGAACACGGGTAACACGACCCTTGATCCGGTGGTGTTGACCGATGATCTGTCGAAGGTTCTCGA
CAACGCCGCGTTGGTGGACGGTTCGCTCAAGGCAACTGTCGACGGTGTCGACGCGACTGCTCCGACCCTCGAGGGCACCA
CGCTCTCCTGGACGGGTGCACTCGAAGCCGGTAAGTCGGTTGTTCTGACCTATCAGGTGAAGATCAACGACGGTGTTGCC
GGCGGCGTTCTGATCAACAACAAGGTCACCGGTACTGCGAAGCCGCCGACCGGTCCGGAGATCACTCCTCCGCCGGTCAC
GACCGAGCACCCGGTGAAGGTTCCGGGGTTCACGGTCGCGAAGACTGCGGATCCGGTCTCGGGTACCAATGTTGCTGCTG
GTCAGACGATCACGTACACGGTGACCGGTGCGAACACGGGTAACACGACCCTTGATCCGGTGGTGTTGACCGATGATCTG
TCGAAGGTTCTCGACAACGCCGCGTTGGTGGACGGTTCGCTCAAGGCAACTGTCGACGGTGTCGACGCGACTGCTCCGAC
CCTCGAGGGCACCACGCTCTCCTGGACGGGTGCACTCGAAGCCGGTAAGTCGGTTGTTCTGACCTACCAGGTGAAGATCA
ACGACGGTGTTGCCGGCGGCGTTCTGATCAACAACAAGGTCACCGGTACTGCGAAGCCGCCGACCGGTCCGGAGATCACT
CCTCCGCCGGTCACGACCGAACACCCGGTTGATGGCACTCCCGCAATCGAGGTACTGAAGTCCTCTGACCCGTCCACCAC
GAACCGTGTGGTTGGCGGCCAGGAGATCACGTACACGCTCACGTTCAAGAATGTGGGCACCGCGGATGGTGAGATCAGCT
TCTACGACGATCTGACCGATGTTCTCGACGATGCAGTAATGACGAAGAATCCGGCTACTACTTCCACGCTGGTTGTTTCG
GGTGTCGTCGACAACGTCTTCACGGTCACCGGAAAGCTGGCCAAGGGTGAGAGCGCGACGGTGACGTACACCGTCAAGGT
CAATCCTGAGATCGGAACGTTGTCAGGTCCCGGATTCACTCCGGGCGTCCTGAACAACTACCTGGTGGTTGGTGGCGAGA
ACCCGCCGGTGGACTGTGTCCCGGGCGACGCTCTCTGCACCGAACACCCGGTGGACCCGCCGGAGACCACCACCACGGTG
CCTCCGACGACCACCACGACGCCGCCGGTCACGACGGAGCCCTGTGTTCCTCCGACGACGACCACGCGGATGGTTCCGAC
CACAACGGTTGCGACGACGACGGCTAGCGCGACCACTGCCGGTGACGCTGATGTGACCGGTACGGAGGAATCCACCACCA
CGGAGGAGACCACCACAGAGGAGACCACGACAGAAGAAGTTGTCGCGGAGGAGATTGTGGATCCGTGTGGCGTGACGACA
ACGACGCCGCCGACGACAACGCCGCCGGTCACGACAGTTCCGCCGACCACGACGGTTCCGAACACGACGGTGCCGGTTAC
ACCGACGATCATCATTCCCCCGATCGTCGTTGTGCCTCCGATCGTCGTACCGCCGACGGTTCCGGGTCAGCCGGTTCCGA
GCACGGTTCCGGGACAGCCGAAGCCGCCGACAGCAAACCCGGGTCAGCCGGGTCAGCCGAAGCCGCCGACGTCTGCTCCT
CAGGGTGGAACGATCAACTCGGGTGGTGGCGCTGGTGAGAGTGGCGTGAACACCGGGTTGCTCGCGGCAGGCGGTTTGGT
TCTGCTGCTGGCGCTGGGAACGGGTGTTGTTCTCCTGACGCGTAAGCGTCGCGAGGATGGTGACAACTGA

Upstream 100 bases:

>100_bases
GCGGATCGACCCGAACCAACCGATCAATCGGGAGTTCGCGCCAGCGCTCTCGCATCTCCGTCCACCGAACATCGATCAGG
CACATCCTGGGGAGTAAGAA

Downstream 100 bases:

>100_bases
TTCTCTTGAGAATCTGAGGTAAACGACGTGGGGCAGATCGCAGAGTATGCGATCTGCCCCACAGTCGTTTTCGTGTGTGT
TACGAGCCGAGCCGAGATCC

Product: hypothetical protein

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>2289_residues
MPNDIPPTRSALFTAGLPPWVRAWTVVWTAIALILGISGATAVVASAQPAATLGGPVQAQTPARAAVLPDEQPAKGCAFS
APNTGPFSQNICWIDMSALNEAAATSAAGQSMEIQLTEGYKINFKAFLTDSVAGKTHQGVEAKALPTLSYSALGTSAYTG
VPSTIKPAIYQKSSVNGQSGGTVSLKNIVMTGPNGTVYNYGLVAADAESTDANTSTDKEFLTFNSDKPLRQIARTVGVDE
PGYPGIRACDGGLTAMPATTVRCDSWNLVNNQEYSPGTLVVASTAPTNFAATFGNTVLATSRQGLAFGVLLSKVKIDKDL
TRVTPGDDFTIGMSTGHHANAGAAAATEIKSTTTGATDTTASTGWRTLLADTTPTPVTFWEKPTTSATKTANYATSWDCQ
VNGVTQALRVGDVAQAALTPGDNVYCKVKNTPVLVKKSSSPPTGEAVNIGQTITYTLNFENPGTAPATIDYTDFLADVID
DGTVAVGAATGGLTAALNGTDKIKVGGTLPAGGKGTVTYTVTVKDGGNKVLNNYLVPGTTTPPTTCDPATNLCTTHPMPG
FTVAKTAVPATGSTVQAGDTITYTVTGANTGKTALTPATIKDDLSAVLNNAAVVPGSLKATVDGAAVAAPTLSGSILSWS
ANLQAGKSVVLTYQVKVNAGVAAGTVLNNKVTGTAKPPTGPDITPPTVETNHSVPGFKLEKTADPISGSTVQAGESIKYT
VTGTNTGKTKLDPVKINDDLGAVLNNAAVVPGSLKATVDGAPAADPTLSGTTLSWTGFLEAGKSVVLTYEVKVNDGVAAG
TVLNNKVTGTAKPPTGPEITPPSVETNHLVPGFTVAKTADPVSGTNVAAGQTITYTVTGANTGKTTLDPVVLTDDLSKVL
DNAALVDGSLKATVDGAPATVPTLSGTMLSWTGALEAGKSVVLTYQVKINDGVAGGVLVNNKVTGTAKPPTGPEITPPPV
TTEHPVVSPKIAVVKSSDPVSGSNVVAGQDIKYTLTFTNTGNGAGEVAYFDDLRQVVDKGALSGLTGDAPLAATMVGTDG
FSVTGTLAAGETKTVTYSVKVNADVVGGVFVNNFVVPGTTPPVDPPEVCDPATQLCTTHPVVSPKIAVVKSSDPVSGSNV
VAGQDIKYTLTFTNTGNGAGEVAYFDDLRQVVDKGALSGLTADAPLTATMVGSDGFSVTGTLAAGESKTVTYSVKVNADV
VGGVFVNNFVVPGTTPPVDPPEVCDPATQLCTTHPVQVPGFTVAKTADPVSGTNVAAGQTITYTVTGANTGNTTLDPVVL
TDDLSKVLDNATLVDGSLKATVDGVDATAPTLEGTTLSWTGALEAGKSVVLTYQVKINDGVAGGVLINNKVTGTAKPPTG
PEITPPPVTTEHPVKVPGFTVAKTADPVSGTNVAAGQTITYTVTGANTGNTTLDPVVLTDDLSKVLDNAALVDGSLKATV
DGVDATAPTLEGTTLSWTGALEAGKSVVLTYQVKINDGVAGGVLINNKVTGTAKPPTGPEITPPPVTTEHPVVSPKIAVV
KSSDPVSGSNVVAGQDIKYTLTFTNTGNGAGEVAHFDDLRGLLDDADLVAGSLSADAPLTAAMVGTDGFSVTGTLAAGES
KTVTYTVTVKADADRVAANADNTVLNFVVPGTTPPVDPPEVCDPATQLCTTHPVQVPGFTVAKTADPVSGTNVAAGQTIT
YTVTGANTGNTTLDPVVLTDDLSKVLDNAALVDGSLKATVDGVDATAPTLEGTTLSWTGALEAGKSVVLTYQVKINDGVA
GGVLINNKVTGTAKPPTGPEITPPPVTTEHPVKVPGFTVAKTADPVSGTNVAAGQTITYTVTGANTGNTTLDPVVLTDDL
SKVLDNAALVDGSLKATVDGVDATAPTLEGTTLSWTGALEAGKSVVLTYQVKINDGVAGGVLINNKVTGTAKPPTGPEIT
PPPVTTEHPVDGTPAIEVLKSSDPSTTNRVVGGQEITYTLTFKNVGTADGEISFYDDLTDVLDDAVMTKNPATTSTLVVS
GVVDNVFTVTGKLAKGESATVTYTVKVNPEIGTLSGPGFTPGVLNNYLVVGGENPPVDCVPGDALCTEHPVDPPETTTTV
PPTTTTTPPVTTEPCVPPTTTTRMVPTTTVATTTASATTAGDADVTGTEESTTTEETTTEETTTEEVVAEEIVDPCGVTT
TTPPTTTPPVTTVPPTTTVPNTTVPVTPTIIIPPIVVVPPIVVPPTVPGQPVPSTVPGQPKPPTANPGQPGQPKPPTSAP
QGGTINSGGGAGESGVNTGLLAAGGLVLLLALGTGVVLLTRKRREDGDN

Sequences:
NA

Specific function: NA

COG id: NA

COG function: NA

Gene ontology:

Cell location: NA

Metaboloic importance: NA

Operon status: NA

Operon components: NA

Similarity: NA

Homologues:

NA

Paralogues:

NA

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

NA

Pfam domain/function: NA

EC number: NA

Molecular weight: NA

Theoretical pI: NA

Prosite motif: NA

Important sites: NA

Signals:

NA

Transmembrane regions:

NA

Cys/Met content:

NA

Secondary structure: NA

PDB accession: NA

Resolution: NA

Structure class: NA

Cofactors: NA

Metal ions: NA

Kcat value (1/min): NA

Specific activity: NA

Km value (mM): NA

Substrates: NA

Specific reaction: NA

General reaction: NA

Inhibitor: NA

Structure determination priority: NA

TargetDB status: NA

Availability: NA

References: NA