| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LEUM_1410 |
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| Symbol | |
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| ID | 4423141 |
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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 | Leuconostoc mesenteroides subsp. mesenteroides ATCC 8293 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008531 |
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| Strand | - |
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| Start bp | 1400249 |
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| End bp | 1403326 |
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| Gene Length | 3078 bp |
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| Protein Length | 1025 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 639675105 |
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| Product | hypothetical protein |
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| Protein accession | YP_818876 |
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| Protein GI | 116618505 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3889] Predicted solute binding protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAGAATAA AGTTATATAA GTCAGGGAAA ATATGGGTAG CAGCGGCGGC AGCCATAGTA
ACTATAGCTG CTATTCCCAC ATTAGTCAGT GCTGATACGA CCACTTCAGA TACCACCACA
GTAAGTAGTG ACACAACTAC AAAATCAGAT ACCACAACGG TAAGTAGTGA TACAACTACA
AAATCAGATA CCACAACGGC AAGTAGTGAC ACTACTACAA CGGCAGATAC CGCAACGGCA
AGTAGTGACA CAACTACAAC GGCAGATACC GCAACGGCAA GTAGTGACAC AGCCACAACG
GCAGATACCG CAACGGCAAG TAGTGACACA GCCACAAAGA CAGATACCGC AACGGCAAGT
AGTGACACAG CCACAAAGGC AGATACCACA ACGGCAAGTA GTGATACAAC TACAAAGGCA
GATACCACAA CAGTAAGTAG TGACACAACT ACAAAGGCAG ATACCACAAC GGCAAGTAGT
GAGACGGCAT CTTCTACTAC TGTTGAACCA TTAGATTCTG ATGTTTCAAA AGATTTAAAT
TCAAAAACAA CAGTAGTCAC TAAAAATGAT GATGGAACTT ATACCACTAA TATTACATAC
GCTAATTTAA AAGATGTAGC TGATAATATT TCAAGTTTAA ATTCTAATAC ATCAGTACCA
TACTTTAATG CTGATGCTAT TAAAAATTTG CCAGCAATGA CAACAGCTAA TGCTCAGACA
GGTGAAATTC AAGACCTAGA TGTTTGGGAC TCTTGGGCAC TACAAGATGC CACTACTGGT
GTCGTCGCCA ATTATCATGG GTATAATATT GTATTTGCTT TAGCTGGTAA TCCAAAAGAA
GACGGGGATC AGCATATTTA TATGCTTTAT ACAAAATATG GTGATACGGC TTTAAATGAT
TGGAAAAATG CTGGGCCAGT GTTTGGATTC AATGCTACAA CTAGTCAACA ACAGTGGTCC
GGATCTGCAA CGGTCAATGA TGATGATAGT ATTCAACTAT ATTACACGAA AGTAGACCAA
CCAATGACTG TGCAAAGGTT GGCAACAGCA AACCTATCAA TGGTATATGA TGAATCCGAA
GTTAGCGTTT CTAAAGTTAA CAATGATCAT GTTCTCTTTG AGGGAGATGG CCAAATATAT
CAAACACTAC AACAATGGGA AGCTGGTGGT GACTATCAAA GTGGAGATAA CTTCACTTTG
CGGGATCCTC ATGTTATTGA AGTAAATGGG GAACGTTATT TAGCGTTTGA AGCTAACACT
GGGACAAATA ATTATCAATC AGATGATGCC GTCAATAACG ATACTTATTA TGGTGGAACA
GAATCGTTTA ATCAACAAGC TAAAACTGAT ACGTTACAGA ATCCTGATAA ATTAGCTTTA
TCAACTAAGG CTAATGGAGC TATTGGATTA ATTAAGCTTT CCAATGATCA AAATAATCCG
AGTGTGGTTG AAGTGTATTC ACCACTTCTA GCAGCCAACG GCATTACTGA TGAAATCGAA
CGCGCTAATA TTGTGCCATT AAACGGCAAG TACTATCTAT TTACAGATAC ACGTTTGAGT
AAGAGTGTTG TGCCGACAGC TGATTTTAAT ATTAATGTTG GTATGATGGG TTACGTTTCA
GATAGTTTAT TTGGGCCATA TACACCATTA AATGGTAGCG GCAGTGTGAT TACCGGGACG
CAACTATTTA CTTCTAGAAC TGATACGTAT TCTTATTATG CAGTTCCAGT TGAGGGACAT
AGTGATTTAT TACTGGTCAC TTCATACATG AGTAACCGTA ATGAAAAATC TGGTACAGGA
ATGAACTCAA CTTTTGCACC CTCATTCTTG ATTCAAATAA GTGCCGATGG TATGAGTACG
AAGGTATTAG ATATTATCCT GGCACAAGGA ACTTGGACTT ATGATGGTGA GAGTGATAGC
GTTGAGGAAT TAGTTGGTAC AAAAGCTACT TCAGAATTAA CAAATATGAA GATTGGCTGG
GTTGAAAACA AGTTTTACGT TAATAATGAA CTAGCTAACG GTTATGTTTA TGATTATACA
AATACTAGTT ATTATTTGTT TAAAAATGGT GTTCGCTTAA GTGGTGTGCA AACCTATGCA
AATTCATATT ATTATTTCGA TCCAGTAACA TATAAAAGAG TTGATAATGA GATTCATCAA
GATAATACTG GGAAGAAATA TTACTTCGGT AATGACGGCC GTGTGAAGCA AGGCCAATTT
GCTGTGAATG GTGTTGCTTA TAACTTTGGT AACGATAAAA CCTATTATGA GCGAGGTTTT
GCATCAGGTT ACTTACAAGA TGTAACGGAT AACAATCAGT GGTACTGGTT TGAAAGTGGT
AAAAAGTACA CTGGGTTCCG TTATTATATG GGCACATATT ATTTCTTTGA AACAGGACAA
CGTCAAGAGA GTAAGTGGGA AACAGCCTGG GGGATGAAGT ACTACGTTGG TACTGATGGT
CGTGCAGTAC AAGGCGTTCA AATTATTGAT GGACAAGCAT ATGACTTTGG TACGAATGGA
ACCTTCAACT TGAAGGGGAC AGCGAGTGGC TACTTGTACT CACCATCATT GTCAACAGCG
AATGGTGGTT ATAATTGGTT TGAGAATGGT AAGCCATATA CAGGCTTCCG TTACTACGAA
GGTACTTATT ACTGGTTCGT GAACGGTGTT CGTCAAAATG CTGGTTGGCG TGAAGCTTGG
GGCATGAAGT ATTATACGGA TGCTAGTGGT CGTGCATTGC AAGGTATCCA AATCATTGAT
GGCCAAGCCT ATGACTTTGG TACAAATGGT ACGTATAATT TGAAGAGCGC AGCGAGTGGC
TATTTGTACT CGCCAAGCTA TTCAAAGGCC AATGGTGGTT ATAACTGGTT TGAGAATGGT
AAGCCATATA CAGGATTCCG TTATTACATG GGCACATATT ACTGGTTCGT GAATGGTGTT
CGTCAAAACG CAGGATGGCG CGAAGCATGG GGCAAGAAGT ATTATACAGA TGCCAATGGT
CGAGCATTAC AAGGTATTCA AAAGATAGAT GGTCAGCAAT ATAACTTTGG AAATGATGGC
ACATATTACT TACGTTAA
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| Protein sequence | MRIKLYKSGK IWVAAAAAIV TIAAIPTLVS ADTTTSDTTT VSSDTTTKSD TTTVSSDTTT
KSDTTTASSD TTTTADTATA SSDTTTTADT ATASSDTATT ADTATASSDT ATKTDTATAS
SDTATKADTT TASSDTTTKA DTTTVSSDTT TKADTTTASS ETASSTTVEP LDSDVSKDLN
SKTTVVTKND DGTYTTNITY ANLKDVADNI SSLNSNTSVP YFNADAIKNL PAMTTANAQT
GEIQDLDVWD SWALQDATTG VVANYHGYNI VFALAGNPKE DGDQHIYMLY TKYGDTALND
WKNAGPVFGF NATTSQQQWS GSATVNDDDS IQLYYTKVDQ PMTVQRLATA NLSMVYDESE
VSVSKVNNDH VLFEGDGQIY QTLQQWEAGG DYQSGDNFTL RDPHVIEVNG ERYLAFEANT
GTNNYQSDDA VNNDTYYGGT ESFNQQAKTD TLQNPDKLAL STKANGAIGL IKLSNDQNNP
SVVEVYSPLL AANGITDEIE RANIVPLNGK YYLFTDTRLS KSVVPTADFN INVGMMGYVS
DSLFGPYTPL NGSGSVITGT QLFTSRTDTY SYYAVPVEGH SDLLLVTSYM SNRNEKSGTG
MNSTFAPSFL IQISADGMST KVLDIILAQG TWTYDGESDS VEELVGTKAT SELTNMKIGW
VENKFYVNNE LANGYVYDYT NTSYYLFKNG VRLSGVQTYA NSYYYFDPVT YKRVDNEIHQ
DNTGKKYYFG NDGRVKQGQF AVNGVAYNFG NDKTYYERGF ASGYLQDVTD NNQWYWFESG
KKYTGFRYYM GTYYFFETGQ RQESKWETAW GMKYYVGTDG RAVQGVQIID GQAYDFGTNG
TFNLKGTASG YLYSPSLSTA NGGYNWFENG KPYTGFRYYE GTYYWFVNGV RQNAGWREAW
GMKYYTDASG RALQGIQIID GQAYDFGTNG TYNLKSAASG YLYSPSYSKA NGGYNWFENG
KPYTGFRYYM GTYYWFVNGV RQNAGWREAW GKKYYTDANG RALQGIQKID GQQYNFGNDG
TYYLR
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