| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pnuc_1775 |
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| Symbol | |
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| ID | 5053630 |
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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 | Polynucleobacter necessarius subsp. asymbioticus QLW-P1DMWA-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009379 |
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| Strand | - |
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| Start bp | 1846140 |
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| End bp | 1848953 |
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| Gene Length | 2814 bp |
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| Protein Length | 937 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 640471948 |
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| Product | (glutamate--ammonia-ligase) adenylyltransferase |
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| Protein accession | YP_001156552 |
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| Protein GI | 145589955 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones
[T] Signal transduction mechanisms |
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| COG ID | [COG1391] Glutamine synthetase adenylyltransferase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGGATGATT TTTATAAGCA AATTGAGTTT TTAGAGTGCC ACTCTAATTA CGCCCGCCGT
TGGCTCCATG CCAAGCCCGA GTGGATCAAT TGGTTAAAAA TTCATGGCCC TCAAAAAATT
GATTGGCATG GTATTCGTAG TTTGCTTGAT GCCTATCGCT TAGATGATCT GGCGTCTGGT
GATCAAGAAG CCCTATTCAT GGCTAATTTG CGCCTCGCAC GACAACAATT AATGCTGTGG
ATTGCTTTTC GTGACCTCAA TGGCATGGCT AGCTTGGACG AGGTCACTCG TAGCCTCAGT
CATTTTGCAG AGCTTGCAGT TGCTGGCTCT ATTGCCTTTA TCCGCGTAGA TCTTGAGGCT
CGTTTTGGAC TACCTTGGAG TTCTAGTACC AATGCGGAAA TGCCGTTGAT GGTGGTGGGA
ATGGGTAAGT TGGGCGGCTT CGAGTTGAAT TTATCGTCCG ATATTGATTT GATATTTTTG
TATGAGCACG AGGGTGAGAC ACGAGGCGGT CCAAAAACCC TATCAAACCA TGAGTGGTTT
ACTCGCATGG GTAAGCGCTT AATTAAGTTG CTTGCTGAAC ACGAAACCAA TGGCTTTGTT
TTTCGGGTGG ATATGCGACT CCGTCCGAAT GGCGATTCTG GTCCCTTGGT ATGCAGCTTG
GATATGCTTG AAGAATACCT TTTAGTGCAG GGTAGAGAAT GGGAGCGCTA CGCATGGATT
AAAGGGCGTT TGATTTCTCC GCTACCGGGC TCGCATGATT ACAACCACTG CGAAAAGGTA
TTGGAGCAAT TAATCCGCCC ATTTGTATAT CGCCGCCATT TGGATTATGG CGTGATTGCG
TCGATTCGGG ATTTGCACGC ACAAATTCAG CGGGAAGCGG AGAAGCGGTC GTCCGCTCAT
CTTGGTCGGT CAAATGATAT CAAGTTGGGG CGTGGCGGTA TTCGGGAAAT CGAATTCTTG
GCGCAAATGT TCCAGCTCAT GCGTGGCGGT ACAGATCCTC GTTTTAGGGT GCGACCAACG
CTTGAGGTAC TCAACTTAAT TGAGCGGCGT GGAATATTGC CTAAAGAAGA GGTTCATGCC
TTACAAGAGG CCTATGTCTT TTTAAGGCAT CTTGAGCACC GCATTCAGGT TTGGGATGAT
CAGCAGACCC ATTATCTGCC AGAGGATCCA GAGATACGCT CTCGTTTGGC CACCTCTATG
GCCCCGGGAA AATCTTTGGA AGATCAAACA TCGTTTTTGA AAGAGCTAGA GCGGCATCAA
AACAATGTAG CCCGTCTTTT CGAAAAAGCA TTTTTATTGG ATGAAGATGC GCGCCTCGAT
CTTGCTCCCT TAGATCAAGA TTGGCAGCCA GATGCCCAGC TATTTCCAGA GTCTCTATCG
CGCTGGCAGG CCTGGATTGC AAGCCCTAAA GCGAAGTTAT TGCCAGAAAA GAGTCGGCTG
ATCTGTGACA ATTTGATGCG TAGTGCTGCA GACATTTTGA TGGCAGATGA TCATTCTTCT
TCATTAGACC AAACCTTATT ACGTTTTTTT GACTTGCTAG AAGCTATTGC GAGACGCAGT
GCCTACTTAT CCATATTGGC GGAGTATCCC CGCGCGCTCT TTAATGTCCT CGCCTTGCTC
CAAGCATCTC AATGGGGGGC TCAATACCTT ACCCTGCACC CCCATTTACT CGACTATTTA
TTGAACTCGC ATACAGAAAG AACTTTGATA GAAAGCCCTG CAGAGTATTG GCGAGAAGTT
CAGTCAAACT TGAACATACG CTTAGATGAT GTCATGGCTG AAGGTGATGG CTCTGAGCAG
GCTATGGATA TCTTGCGGGT AACGCATCAC ACTGAAACAT TTATTACCTT GCTCGCGGAT
TTGGGTATTG GTGTTGACAA GGCTTTACCA GTGGAGAAGG TGAGTGATCA TTTATCTGCC
TTAGCCGACC TCATTGTGCA AACTACTTTT GAGCGTGTAT GGCCTAGCGT AGCTCTAAAG
TGCGGACTTC CCCAAGATAC TGATCCTCCC TTTGCAGTGA TCGCATATGG GAAGTTGGGT
GGCAAAGAAT TAGGCTATGC CTCTGATTTA GATTTGGTGT TTTTATATCA ATCAGGTGAG
AGTGATTATG TTGCTCAAGA GGCATATGCC TTGTTAGCCA AACGCATGAT TAACTGGTTA
ACGACATTTA CATCGACAGG TAGTTTGTTC GAGATTGATA CCCGACTTCG TCCTAATGGG
TCAGCCGGCT TTTTGGTAAC CAATGCGGAA GCATTTAGGA AATATCAATT GCGGGAAGGT
GATAACGCAG CATGGGTTTG GGAGCATCAA GCTTTAACGC GTGCCCGGTA TTCAGCTGGT
AATCCTGAAG TAGGTCGGGC TTTTGATCAA GTGCGAGCCG AAGTATTAAG CCAGCCACGA
GATATTGATG TACTAAGGAC TGAGATTTTG GAAATGCGCC GTAAGGTACA TGAGGGACAT
CCCAATCCTA GCGAGGGTTT TGATTTAAAG CATGATTCAG GCGGCATGGT TGATATTGAA
TTTATGGTGC AGTTTTTGGT GCTCGCCTAT GCGCATCAAT ATTCTCAGTT AATTGGCAAC
CTTGGAAATA TTGCCTTACT ACAAATAGCT GGAGAACTGC GGTTAATTGA AAAAGCAGCC
GCCCAACAAG TTGGTGATGC TTATCGCTTA TTGAGATTAC GCCAGCATCG ATTGCGTTTA
GACGGTGTCG ATAAAACCCG TATACATTTG ATCGGGGAGT CTGAGTTAGC AGCCGCTAGA
AATTCTGTAC TAAGTTTGTG GAATGATATT TTCCACGCAC CCTCTAATCT CTAA
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| Protein sequence | MDDFYKQIEF LECHSNYARR WLHAKPEWIN WLKIHGPQKI DWHGIRSLLD AYRLDDLASG
DQEALFMANL RLARQQLMLW IAFRDLNGMA SLDEVTRSLS HFAELAVAGS IAFIRVDLEA
RFGLPWSSST NAEMPLMVVG MGKLGGFELN LSSDIDLIFL YEHEGETRGG PKTLSNHEWF
TRMGKRLIKL LAEHETNGFV FRVDMRLRPN GDSGPLVCSL DMLEEYLLVQ GREWERYAWI
KGRLISPLPG SHDYNHCEKV LEQLIRPFVY RRHLDYGVIA SIRDLHAQIQ REAEKRSSAH
LGRSNDIKLG RGGIREIEFL AQMFQLMRGG TDPRFRVRPT LEVLNLIERR GILPKEEVHA
LQEAYVFLRH LEHRIQVWDD QQTHYLPEDP EIRSRLATSM APGKSLEDQT SFLKELERHQ
NNVARLFEKA FLLDEDARLD LAPLDQDWQP DAQLFPESLS RWQAWIASPK AKLLPEKSRL
ICDNLMRSAA DILMADDHSS SLDQTLLRFF DLLEAIARRS AYLSILAEYP RALFNVLALL
QASQWGAQYL TLHPHLLDYL LNSHTERTLI ESPAEYWREV QSNLNIRLDD VMAEGDGSEQ
AMDILRVTHH TETFITLLAD LGIGVDKALP VEKVSDHLSA LADLIVQTTF ERVWPSVALK
CGLPQDTDPP FAVIAYGKLG GKELGYASDL DLVFLYQSGE SDYVAQEAYA LLAKRMINWL
TTFTSTGSLF EIDTRLRPNG SAGFLVTNAE AFRKYQLREG DNAAWVWEHQ ALTRARYSAG
NPEVGRAFDQ VRAEVLSQPR DIDVLRTEIL EMRRKVHEGH PNPSEGFDLK HDSGGMVDIE
FMVQFLVLAY AHQYSQLIGN LGNIALLQIA GELRLIEKAA AQQVGDAYRL LRLRQHRLRL
DGVDKTRIHL IGESELAAAR NSVLSLWNDI FHAPSNL
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