| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpl1684 |
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| Symbol | glnD |
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| ID | 3113365 |
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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 | Legionella pneumophila str. Lens |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006369 |
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| Strand | + |
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| Start bp | 1877283 |
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| End bp | 1879868 |
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| Gene Length | 2586 bp |
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| Protein Length | 861 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 637583448 |
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| Product | hypothetical protein |
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| Protein accession | YP_127023 |
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| Protein GI | 54294608 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG2844] UTP:GlnB (protein PII) uridylyltransferase |
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| TIGRFAM ID | [TIGR01693] [Protein-PII] uridylyltransferase |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGAAGAACG ATAATCGCAT CATAAAAAAT ACGATTAAAC AGTTCAAGGA GAAGCTGTGC
AGGGACTTTA GCCAAAAAGC TAATATTACC TCCATCACAC GCAAGCTTGC TGTATTTATT
GATACTATTT TAATTCAATT ATTTATTAAA AATAAGCTAC ACTTTGGAGA TAATTTTTGT
CTCCTGGCCC TTGGAAGCTA CGGGCGTAGA GAGCTTCAGC TTCACTCAGA TATTGACTTG
TTAATATTGC ACACTGAAAA AGTAAGCAAT ATCCAATTAC AACGCGCACA AAAATTTATC
CAGGATTGTT GGGATGTGGG GCTGGAGGTA AGTCATCAAA TTACCACTGT TTCTTCATGT
GCCAATTTGG CCAGTCAGGA TTTGAGCGTA ATTTCTACCA TTATGGATAT GTTCTTACTG
TGTGGGCATG GTGCCTTAAT GGAGGAATTA ATATACCAAA CACACACCTT GCACATGTGG
CCTAGCCATC AATACTTCTT TGCCAAACTT CAGGAACAGC AAAGTCGTTA TGCAAAGTAT
GGAGAAACAG CCTACAACCT TGAACCTAAT ATTAAAAATG GTCCAGGTGG ATTAAGAGAC
CTGCAAATTT TGCTAAGCAT TAGCAAACGC CATTTTAAAA TTAAAAAATT AGCCGAGGGA
ATCGGCTACG GCTTTATTAC TGATAAAGAG TATGAAGAAT TAAAATACTG CCAGAACTTT
CTTTGGCGCG TTCGATTTGC CTTGCATATG TTAGCAGGAA AGCCTGAGGA GCGCTTGTCA
TTTGATTATC AGGTTAAATT AGCTCAATTT TTTGGATATC AAGATCAGTC TCATATCTTG
GCCATAGAGC AATTTATGAA AGACTACTTT AAAGTCATCA AACGCAATAG AGAGCTGAAT
GAAATGCTCT TGCAATGGTT CAATGAAACC ATAGTCTATC ATCAAAAGCA AAAAATTATT
CGTCTGGATG ATGAATTTCA ACTGTCAAAC CGATTCATTG AAGTACGCAA TAACCGTGTA
TTTAAACAAA ATCCGCAATC TATATTGAAA CTATTCTATT GGCTTGTTAA ACGCCCTGAC
ATAGAAGGAG TAAGGGCAAG CACAATAAGA TTAATTAGAG AATCATTATT TTTAATGGGC
AAACGCTTTA GAGAATCAAA AGAAACCGCT AATATATTTG TCAACATATT CAGAACTGGT
AATGACCCCT ACGATGCATT ACAAAGAATG AATAGATATG GTGTTCTAGC GCACTATCTT
GATTGTTTTG CTACAGTCAC TGGACAAATG CAGTATGATT TATTCCATGC CTATACTGTT
GATCAGCATA CACTATTTGT GATCCGTAAT ATATCTCGCT TTAAAAAGAA CGAATATGCT
AAACAATTTC CTTTATGCGC CAAAATCATT ACTGCTTTAG AGAAGCCCGA AATTTTGTAT
CTCGGCGCTT TATTCCACGA CATTGCCAAA GGTCGGGGAG GAGATCATTC TGAATTAGGA
GCAATTGAGG CACAACAATT TACACAACGC CACTATATGG AGGCAGAAGA TAGCAAATTG
ATTGTTTGGC TTGTTCGCTA CCATTTACTC ATGTCACAAA CTGCTCAGCG TAAAGATATT
TATGATCCTA AAACCATTGA GCAATTCTGC CAACTTCTAC CTCATGCAAA GTATTTGGAT
TATCTTTATT TACTCACAGT AGCAGATATT TGCGGTACAA ATCCTACTCT TTGGAATGCC
TGGAAAGATT CATTACTTAA AGAATTATAT CATGCAGCAA AAACAAGACT TCATAAACAA
CAAGAGTTGC TTGATGAAGC AGCTCTGATA TCTATTCGTA AACAATACGC TATGGATATA
TTAATTTCAG ATGGGATATC CTCCAGAGTC ATACAGGATT TATGGAGCCA ATTTAAGGGA
AAATATTTTC TTCATGAATC TCCTGAGGTT ATAGCCAGAC ACACCAAGGC CATACTGAAC
AGCAAACAAT TTCCAGTGGT AATAATTATG CCGCATCACA GTCAGGGTGG AACCGAAGTA
TTTATCTACA TGCCACATAA AGATGAGAGA TTTACTATCA CCACTTCAGT ATTAAGCAAT
CATCACGTTA CTATACAGGA AGCAGCAATT ATTACTTGTG ATAATCAATT TGATCTGGAT
ACTTATATTA TTTTAGATGA AAACAATCAG GCTTTTTTGA ATGAACAACG TGCCAGAGAC
ATCCAAAAAA GTCTATGTGA TCATCTGGCC AATACAGGAC GCCTCCCGGC TGTTTCTCGC
AGAAGATTAT CCAGAGCATT GACTCATTTT AATGTCAAAA CACAAATTAA CTTTATTGAT
GACAATACGA ATCATCAAAC CCAACTATTT CTCGTTACCA ATGACAGGCC TGGACTTTTG
GCGACTATAA GTCGTGTGTT TCTTACACTA AACATTCATT TACATAATGC AAAAATTGCT
ACGGCTGGTG AGCGGGTAGA AGATATGTTT TACATCTCCA ACCAGACAGG TTATTCCCTG
AATCATGAGG AAAAAACAAT TTTAAAAGAA AAATTAATTT TGGAAATTTC TAAAAGCAAG
TATTAA
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| Protein sequence | MKNDNRIIKN TIKQFKEKLC RDFSQKANIT SITRKLAVFI DTILIQLFIK NKLHFGDNFC
LLALGSYGRR ELQLHSDIDL LILHTEKVSN IQLQRAQKFI QDCWDVGLEV SHQITTVSSC
ANLASQDLSV ISTIMDMFLL CGHGALMEEL IYQTHTLHMW PSHQYFFAKL QEQQSRYAKY
GETAYNLEPN IKNGPGGLRD LQILLSISKR HFKIKKLAEG IGYGFITDKE YEELKYCQNF
LWRVRFALHM LAGKPEERLS FDYQVKLAQF FGYQDQSHIL AIEQFMKDYF KVIKRNRELN
EMLLQWFNET IVYHQKQKII RLDDEFQLSN RFIEVRNNRV FKQNPQSILK LFYWLVKRPD
IEGVRASTIR LIRESLFLMG KRFRESKETA NIFVNIFRTG NDPYDALQRM NRYGVLAHYL
DCFATVTGQM QYDLFHAYTV DQHTLFVIRN ISRFKKNEYA KQFPLCAKII TALEKPEILY
LGALFHDIAK GRGGDHSELG AIEAQQFTQR HYMEAEDSKL IVWLVRYHLL MSQTAQRKDI
YDPKTIEQFC QLLPHAKYLD YLYLLTVADI CGTNPTLWNA WKDSLLKELY HAAKTRLHKQ
QELLDEAALI SIRKQYAMDI LISDGISSRV IQDLWSQFKG KYFLHESPEV IARHTKAILN
SKQFPVVIIM PHHSQGGTEV FIYMPHKDER FTITTSVLSN HHVTIQEAAI ITCDNQFDLD
TYIILDENNQ AFLNEQRARD IQKSLCDHLA NTGRLPAVSR RRLSRALTHF NVKTQINFID
DNTNHQTQLF LVTNDRPGLL ATISRVFLTL NIHLHNAKIA TAGERVEDMF YISNQTGYSL
NHEEKTILKE KLILEISKSK Y
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