| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LEUM_1316 |
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| Symbol | lacZ |
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| ID | 4423064 |
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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 | 1304869 |
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| End bp | 1307979 |
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| Gene Length | 3111 bp |
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| Protein Length | 1036 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 639675011 |
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| Product | beta-D-galactosidase |
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| Protein accession | YP_818785 |
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| Protein GI | 116618414 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3250] Beta-galactosidase/beta-glucuronidase |
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| TIGRFAM ID | |
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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 | ATGACAAGTA TAAAACAAAT ATTAGCACGC CATGATTGGG AAAATCCAGT GGTAACGAAT
TGGAATCGAT TACCACTACA CACGAGTATG AGCTACGCTA ATGAACGAAA CAAACGAGAA
ATTAAACAAC CACGAAAAAG CCTCAATGGA CCTTGGCAGT TTAGTTATTT TGAAAATCTA
TCAGACATTG ACGAAGAATG GCGAAAAAAA GACTTGCCTA CGTCAAAAAT TATTCATGTT
CCTAGTAATT GGCAGTTACA GGGGGACTAT GATGTTCCTG TTTATACAAA CGTTACTTAC
CCATTTCCAG TAAATCCACC GTATGTGCCG ACTGAGAATC CGGTTGGCGC TTATTCCAAA
AAGGTCTTTC TTGATAATAA ATGGTTAGCA GATAACACAG AATCGCATGT TGTCTTTAAT
GGTGTTGGGT CTGCATTTTA TCTTTGGGTT AACGGAGAAT GGGTCGGCTA TTCGGAAGAC
AGTCGCTTAC CAGCAGAATT TGACATCACT GAAGAATTGC GAGCTGGTGA AAATCGTATC
GCGGTTTTGG TGTTGAAGTG GAGCAAGGGG AGCTATTTTG AAGATCAAGA TATGTGGCGA
ATGTCGGGAA TTTTCCGTGA TGTTGATCTT ATTCGTGTTC CAAAAACAAG ATTTCAGGAT
TTAGCAATTG AGACAAAACT GGATGAAGAT CTTGATGACG CAACTGTTGA GGTTAGGGCA
CAATTAGTTG GAAATTCGGC GGATAACTTG AGTGTGACTG CTGAATTATT TTACCATGGT
ATGAGCTTGT TCAAAGCAAC AGAACAATTT GGTAATCGAG TAATCGACGA ACGTGGTACT
AATGATGGTC AAGTTAGTTT AGAATTACCA GTAAAAAATC CGGCATTATG GTCAGCTGAA
GTACCAAATT TATATGATAT AAAAGTTTCT TTGCACGATG GGGAAGAAAA CTATCAAATT
GAAAATAAGA AAGTTGGTAT AAGGAAGGTT CAAATTAAAG ATGGTTTACT GACTTTAAAT
AATCAACCGT TATTAATTCG TGGTGTCAAT AAGCATGAAT TTAATTCAAA AACAGGATAC
TATGTTGATG AAAAAACAAT GATTGATGAT ATCCGTATGA TGAAGGAGCA TAATTTTAAT
GCAGTAAGGC TTTCTCATTA TCCCAACGCT TCACGATGGT ACGAGCTGTG TGATCAATAT
GGATTATATT TAGTAGATGA GGCAAATATC GAGACACATG GTGTCAAGCC AATGAATTAC
CTTACAAATG ACCCTAAATA CTTACCCTTG ATGATGGAGC GAGTGACACG AATGGTTCAG
AGAGACTATA ATCATCCATC AATTATTATT TGGTCGTTGG GGAATGAGTC TGGCTATGGA
CATAATCATG ATGCAATGTA TCAATGGATT AAAAATACCG ACCCCTCTCG TCCAATTCAG
TATGAGGGTG GTGGTGCTGA TACACCGGCA ACGGACATTA TTGCACCGAT GTATGCACGT
GTTGACCAAG ATCAAGTGGA AGAGGTCAAC TCAAAATGGG CTATTAAAAA ATGGATTGGC
TTGTCAAAAG AAAATCGACC ACTGATATTG TGTGAATATG CGCATAGCAT GGGGAATAGT
TTAGGTGGAT TTAATAAATA TTGGGAGGCT TTTGAAAAAT ATCCAAGACT TCAGGGTGGC
TTCATTTGGG ATTGGGTAGA TCAGGGCCTG CTCACAAAAA ATAACGAAGG CCAATCATAT
TATGCTTATG GTGGTGATTT TGGTGATTAT CCTAATGATC GCCAATTTAG CTTGGATGGG
TTACTATTTC CCGATCGCAC TCCAAAACCA GCCTTGCTGG AGGCAAAATA CTGTCAACAA
TATTTCGCTT TCCAACTGGA AAAAGATCCA ACTGGAAAAG TTAACTATAT GACGGTATCA
AATAAGCATT TATTCAAAAC AGTCAATGAT GCAACCTTAA TTTATCAAAT TTTGTCAAAT
GATCAGGTGA TTGAGACTAA AAAAATCAAA CTCAATTTGG CACCCCAAAC TGAAGAGAGA
GTCAGTTTGA ATTTCTCCGA TAACAGCAAT GAAGATGTTT ATATGAACTG CCAGATTGTT
CAAGATAGCA CTGATGGCCT TATCCGGTCT GGTACATTAC TGGCTTACAA GCAATTTATT
TTGAGAAATA AACCGATAAT GATTAGTGAC GTACGATCAT CTGATGATTA TGAAGATTTC
CTTATAAATG ATGCGACAGA CTCCTTGTCC ATTTCTTTAG ATGATGCTAT CTGGCAGTTT
AATAAGCGTA CAGGTTGGTT ATCTAATTGG ATAAAGAATG GGCAGGAAAA AGTACTGACT
CCATTGAAAG ATCAATTTAG TAGAGCAGCT TTGGATAATG ATATTGGAGT GAGTGAGGTA
ACAAATATTG ATCCAAATGC TTGGTTTGAA AGATGGCAAG CAACAGGGTT CAATCACTTG
AATGAAAAGC TTGTGCAATT CAATTGGACA GCATTAAAAG ATGAGGTACG AATCACGACA
CAACATCAAT TTTTATCACC GATTGATCAA CATATCATGT TTATATCTAG TAAAGAATAT
CGAATAAATC ATGTTGGTGA TTTAAAAGTG TATGTGGATG TTTGGCGGCA AGTTGCCGAT
CCACAGCCAG CACGTATTGG ATTGAGTGTT CAAATTAACG CAACGACTGA CGCAGTGACT
TATAGTGGAT TGGGACCAAT GGAAAACTAT CCAGATAGGC GTTCAGCGGC TATTCGTGGC
AAATGGGATG CTTCCTTGAA GGAACTTTAT ACACCGTATG TTTTTCCTAG TGAAAATGGC
TTGCGTACTG AAGTGGCGTA TCTTAAATTT GATCATCATG TCATTCGGGC ACTCGAACAA
CGTTTTTCAT TTAATTTGAG TCAATTTAGT CAAGCACAAT TGTCAGCAGT CACGCATCAA
CACCTATTAA AACCTGAAGA GGGTGTTTGG TTGAACATTG ATGGCTATCA TATGGGTGTT
GGTGGCGATG ATTCTTGGTC TCCAAGCGTG TCGCCAGAGT TTTTATTATC AAACGATCAT
TATCATTATA GTTTTTCGTG GTCAAATGCA GAAGGAGAAG CAAATGTATA G
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| Protein sequence | MTSIKQILAR HDWENPVVTN WNRLPLHTSM SYANERNKRE IKQPRKSLNG PWQFSYFENL
SDIDEEWRKK DLPTSKIIHV PSNWQLQGDY DVPVYTNVTY PFPVNPPYVP TENPVGAYSK
KVFLDNKWLA DNTESHVVFN GVGSAFYLWV NGEWVGYSED SRLPAEFDIT EELRAGENRI
AVLVLKWSKG SYFEDQDMWR MSGIFRDVDL IRVPKTRFQD LAIETKLDED LDDATVEVRA
QLVGNSADNL SVTAELFYHG MSLFKATEQF GNRVIDERGT NDGQVSLELP VKNPALWSAE
VPNLYDIKVS LHDGEENYQI ENKKVGIRKV QIKDGLLTLN NQPLLIRGVN KHEFNSKTGY
YVDEKTMIDD IRMMKEHNFN AVRLSHYPNA SRWYELCDQY GLYLVDEANI ETHGVKPMNY
LTNDPKYLPL MMERVTRMVQ RDYNHPSIII WSLGNESGYG HNHDAMYQWI KNTDPSRPIQ
YEGGGADTPA TDIIAPMYAR VDQDQVEEVN SKWAIKKWIG LSKENRPLIL CEYAHSMGNS
LGGFNKYWEA FEKYPRLQGG FIWDWVDQGL LTKNNEGQSY YAYGGDFGDY PNDRQFSLDG
LLFPDRTPKP ALLEAKYCQQ YFAFQLEKDP TGKVNYMTVS NKHLFKTVND ATLIYQILSN
DQVIETKKIK LNLAPQTEER VSLNFSDNSN EDVYMNCQIV QDSTDGLIRS GTLLAYKQFI
LRNKPIMISD VRSSDDYEDF LINDATDSLS ISLDDAIWQF NKRTGWLSNW IKNGQEKVLT
PLKDQFSRAA LDNDIGVSEV TNIDPNAWFE RWQATGFNHL NEKLVQFNWT ALKDEVRITT
QHQFLSPIDQ HIMFISSKEY RINHVGDLKV YVDVWRQVAD PQPARIGLSV QINATTDAVT
YSGLGPMENY PDRRSAAIRG KWDASLKELY TPYVFPSENG LRTEVAYLKF DHHVIRALEQ
RFSFNLSQFS QAQLSAVTHQ HLLKPEEGVW LNIDGYHMGV GGDDSWSPSV SPEFLLSNDH
YHYSFSWSNA EGEANV
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