| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LEUM_1536 |
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| Symbol | |
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| ID | 4423266 |
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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 | 1533791 |
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| End bp | 1536553 |
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| Gene Length | 2763 bp |
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| Protein Length | 920 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 639675231 |
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| Product | von Willebrand factor domain-containing protein |
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| Protein accession | YP_819001 |
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| Protein GI | 116618630 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4932] Predicted outer membrane protein |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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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 | ATGAAAAATA ACATTCACAA GATTGTGAAC GGCTTATTTC TGCGTGTCTT TGGAATTTTG
TTGATATTGT CAACATTAGT AGCAAATGCG CTGATGATTC CACTAACTAC AGTATCTGCT
GCGAGTGATA TTACGCCACA GTATACGAGT AATAGTACAG GCGTATTTCC CACTAATTCG
TGGACTATTC CAGGTCAAAA TACGGTAATA AATCATCAAG GTGGAGATGC TAGTAATGGC
TGGGACAAGA ATAGCAGTTG GAATGGGGAT TCATCTGATA CATCAAAATC ATATTTGAAA
TTTGGTACTG ACACTAGTAA CCCAGATTAC CAAATTCGTA AGTATGCTAA AGAAACGTCC
ACACCTGGGT TATACGATGT CTACTTGAAC GCCAAAGGTA ATGAAGTTAA GAATATTAAA
CCGATCGATA TTGTGTTAGT TGTTGATATG TCGGGATCAA TGGAGCCGGC GAATAATCCG
TCTGGAAGTA ACAGAGCTCA GGCTACTAGA GATGGCGTTA AACAATTTCT ACAAGCAATT
AAAGATGCTG GAATTTCCCA GTACGTTAAT GTTGGTTTGG TGGGTTTCTC AAGCCCAGGA
AACTATGTTA CCGGTTCAAA CGGGTATCTA GAAGTTGGGA TGCAGAGCCT TTCAACAACT
GGGCAGACAG AACAAATAAA TAAAACTCTA TCTCCGACTT TTTCAGGTGG AACATTCACA
CAATTGGGAA TTCGTAGAGG TCAAAAAATG CTCGACGACG ATAAAAATGA TCACAAAAAA
ATGATGATTT TACTGACAGA CGGTGTTCCA ACCTTTTCTT ATAAAGTCAC CCAAGCAACA
ACTATTTCAG GAACGACTTA TGGAACAGCA TTTTCCTCCT CAGATCAGGA TCAACCCGGA
TCTACTTCAC AATTTGTAAG TGGGAGAAAT AATTGGGAAA GTCGGAAAAA TCGTTACATT
AGTGGAACTG ATCCTAACGG AGCAACTACA AGTGCACAGA ATTATGGACT ATATTACAAT
ACTGGTAACA ATGTCAAAAT TTGGAATACT TGGGCAGCAA CGCTGGGAGA AGCAAAAATC
AGTAGAGATA GTGGTACCGA AATACATGCT TTAGGAATAC AGTTAGGTGA TGATAATAAT
AATAATTATT GGGATTCGCC ACTTTATCTA TCCTCCAATA ATGTACGTTC CAGAGCTAGT
TTAATTGCTT CATCTGGTCT TTATCAAGAT GCTAACAGTG CATCTGATGT GGAAACGTAT
TTGAAAAATC AAGCAAAAGA TGTTCTGAGT CAATTCAACA CGGTCAACCA AGGAAGTATT
TCAGATCCGT TAGGTTCTCA ATTTATTTAT GGAGATGACA CGCCGACGGT TAAGAGTGTA
GGAAGTAGTG TTGTTCAGAA TTTACCAACA GTTACCAAAT CAAACGGAAG TATCTCTGTA
AGTAATATTA ATCTGGGGAA AGATCAAGAA ATTCAAATAC ATTATCAGGT GCATTTAAAT
ACTGAATCAG ATAATTTTAA ACCGGATTAC TGGTATCAGA TGAATGGCAA AACAACATTT
ACACCGACAA AGGATAGTAA CGCTGTAGAA TTTGGTGTTC CTTCTGCGAA AGCACCTGGA
ACGGAGCTAA AGGTTATCAA ACAATGGCAA GAGTTGACTG ATTCATCGAA GCGACCAGAT
AGTATTAATT TTGAAGTAAC GCGAACTACG AACAACCAAT CAAACGATTG GCGGGCAACT
GGTACTTTGA GTAAATCGGA TAATTGGTCT AAAACTTTCA AACAGTTGAA TAGAAATAAT
CAATCGGTTT CGTTACCAGC TTATGATAAC AAAGGTGGAA CGTTCAATTA TCAGGTGCTA
AACGAAAGTA CGGATGGTTA CGTTTCAAGC ATTACTAACA AAATAAATGA GTCAACGATA
ACAAATACAC AATATGGTTT GATTATTGAT AAGTATGCAA GTAACTCGAA AAATAAACTC
ACTGGTGCTG AATTTATTGT TAAATCAACG GATGGAAAGC AGTCCTATAC ATTAAAAGAT
AATCAGTTAC AGCAACTGAC ACCAGGGGAT TACACCATTC AAGAAACTAA GAGTCCATCT
GGGTATCAAC TTGATTCTAC GGTTTATCCA ATAACACTAT CGCAAGATGG AAAATGGTCA
AGTAGCGGTC AAGGTATTAA TGTGAAATCA CCAACCACGG ATGGCAACGG CTATAAAGAT
GGTTTTTCTA TTGCTACTGA CAAATCAAAC AATACTGATA AGAATAATGT TGTTAGATTT
GTCAAAAATG ATACTTTCAA GAAGTTTAAT CTGACAGTTA ATAAAGTTGA CAAAACAACT
GGAAATGCGC TAAAAGGTGC TAAATTCACA TTAACTGACT CTGATGGCAA AACATCAGTT
TACAAAGAAA CCGATCCAAC GTCGACTTTC ACTTTTGAAA ATCTTTCATC AGGAACATAT
ACTTTGAAAG AATCAAAAGC TCCTGATGGA TACATTGCTA GTAAAGATGT CACAATAATA
ATTTCTGATG ATGGCAGTGT TAAGGTAACT AACAATAATG GCGATTGGAA ATCAACTTTA
CAAAATGATG CAGGTAACAA TCAGATTAGC CTAACGGTCA ACAATTCAAA TAAAACTGTT
TTTCCATCTA CAGGTGGCAC TGGTATTGTG CGCTACATGT TGATAGCTGG GGCCTTTATA
TTAATTGCCT TGGGTGCTAG CGGTTATTAT ATTTTCCGAA TAAAGAGGGG TAACCGATCA
TGA
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| Protein sequence | MKNNIHKIVN GLFLRVFGIL LILSTLVANA LMIPLTTVSA ASDITPQYTS NSTGVFPTNS
WTIPGQNTVI NHQGGDASNG WDKNSSWNGD SSDTSKSYLK FGTDTSNPDY QIRKYAKETS
TPGLYDVYLN AKGNEVKNIK PIDIVLVVDM SGSMEPANNP SGSNRAQATR DGVKQFLQAI
KDAGISQYVN VGLVGFSSPG NYVTGSNGYL EVGMQSLSTT GQTEQINKTL SPTFSGGTFT
QLGIRRGQKM LDDDKNDHKK MMILLTDGVP TFSYKVTQAT TISGTTYGTA FSSSDQDQPG
STSQFVSGRN NWESRKNRYI SGTDPNGATT SAQNYGLYYN TGNNVKIWNT WAATLGEAKI
SRDSGTEIHA LGIQLGDDNN NNYWDSPLYL SSNNVRSRAS LIASSGLYQD ANSASDVETY
LKNQAKDVLS QFNTVNQGSI SDPLGSQFIY GDDTPTVKSV GSSVVQNLPT VTKSNGSISV
SNINLGKDQE IQIHYQVHLN TESDNFKPDY WYQMNGKTTF TPTKDSNAVE FGVPSAKAPG
TELKVIKQWQ ELTDSSKRPD SINFEVTRTT NNQSNDWRAT GTLSKSDNWS KTFKQLNRNN
QSVSLPAYDN KGGTFNYQVL NESTDGYVSS ITNKINESTI TNTQYGLIID KYASNSKNKL
TGAEFIVKST DGKQSYTLKD NQLQQLTPGD YTIQETKSPS GYQLDSTVYP ITLSQDGKWS
SSGQGINVKS PTTDGNGYKD GFSIATDKSN NTDKNNVVRF VKNDTFKKFN LTVNKVDKTT
GNALKGAKFT LTDSDGKTSV YKETDPTSTF TFENLSSGTY TLKESKAPDG YIASKDVTII
ISDDGSVKVT NNNGDWKSTL QNDAGNNQIS LTVNNSNKTV FPSTGGTGIV RYMLIAGAFI
LIALGASGYY IFRIKRGNRS
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