| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pnec_1491 |
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| Symbol | |
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| ID | 6183508 |
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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. necessarius STIR1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010531 |
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| Strand | - |
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| Start bp | 1290685 |
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| End bp | 1293498 |
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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 | 641672025 |
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| Product | (Glutamate--ammonia-ligase) adenylyltransferase |
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| Protein accession | YP_001798197 |
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| Protein GI | 171464084 |
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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 | 24 |
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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 | 70 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATAATT TTTCCCGGCA AATCGATTTT TTAGAGCAGC ATTCGACTTA CGCGCGACGC
TGGCTAAGTG CCCGTCCTGA GTGGGTGGAG TGGCTCCGCA TTCAGGGGCA AAGAAAGGTG
GATTTGCAGG GCATCCGGGA TTTAATGGGC GAGTGTCGAG TTGGTCAGAC ATCCCATGAG
CAGAATGAGG TGGAATGGAT GGCTAATTTA CGCTTAGCTA GACAGCGTTT GATGCTGTGG
GTGGCATTTC GTGACCTCAA TGGTATGGCC ACCCTCGAAG AGGTTACCCA TGCACTAAGT
CATTTTGCTG AATTAGCAGT TTCTGCTTCG ATTGCGTTTG TGAGGGGGGA CCTTAAAAAT
CGCTTTGGCC TTCCTTGGAG TCAGACAGCG CAATCAGAAA TGCCTCTTAT GGTTGTGGGT
ATGGGTAAGT TGGGCGGCCT CGAGTTGAAT CTGTCATCTG ACATCGATTT AATATTTTTG
TACGAGCATG AGGGTGAAAC CGTTGGCGGC TCTAAAAGTT TATCGAATCA CGAGTGGTTT
ACTCGAATGG GTAAGCGCGT AATTAAGCTT CTTGCCGAGC ATGACGCTAA TGGATTTGTA
TTTCGGGTAG ATATGCGCCT TCGTCCCAAT GGGGATTCAG GAGCACTGGT CTGCAGTCTA
GACATGCTAG AGGAGTACCT GTTGGTTCAG GGCAGGGAGT GGGAGCGTTA TGCCTGGATT
AAAGGCCGAT TAATTGCCCC GCTACCTGAG TCCCCAGATT TTGCGCATTG CCAAAAAGAG
CTTGATCAAT TAATTCGACC TTTTGTGTAT CGCAGACATT TGGACTACGG TGTCATAGCC
TCTATTCGTG ATTTGCATGC ACAAATTCAG GCAGAAGCAG AAAAGCGTTC TTCAGGTCAT
CAGGGACGTT CACGCGATAT TAAATTGGGT CGTGGTGGTA TTCGTGAGAT CGAATTTTTA
GCGCAAATGT TTCAGTTAAT GAGGGGCGGC ACAGACCCTC GCTTTAGAGT GCGTCCGAGT
CTTGAAGTGT TGGAGCTCAT TAAGCAAAGT GGCATCTTGC CCGCAGATGA GGTGGAGGCG
CTCCAAGCTG CATATGTTTT CTTGAGGCGC CTTGAGCATC GTATACAGGT CTGGGATGAT
CAGCAAACCC ATTACCTTCC AGATGATGCT GATGCACGTA CACGCTTGGC GTTTTCGATA
CAAGGACAAG ATGCGCAAGT TAATGCATTT ATGTCTGAAT TGGAATGTCA CCAAAATAAT
GTTGCGCAGT TATTTGAAAA AGCGTTCTTA TTGGATGATG GTGCGCGTCT AGAGATAGCG
CCACTGGCTT CTGGTTGGGC TCCTGACGAG CAATTTTTAC CGGATTCTTG CAGTCGTTGG
CATGCTTGGG TGGATAGCCC TAAACAAAAA TTATTGCCTG AAAAAAGCCG TTTAATTTTT
GATAATTTGA TGTGTAAGGC GGCAGAGCGA TTGCAAAACG ATGGGTCTAC TTCCACTCAT
GCTGATCAAA CACTGTTACG TTTCTTTAAT TTGCTTGAAG CAATTGCTAG GCGTAGTGTC
TACCTTTCGA TTTTAGCTGA GTATTCTAGG GCGTTATCGA ATGTGCTTGA TTTGCTCAAG
GCATCGCAAT GGGGTGCTCA ATATTTGACG CGTCACCCGC ATTTATTGGA TCACTTATTA
AATTCCCAAA CTGAAAGGGC ATTAATAGAG AATCCAGGAA AGTATTGGAG CGAGGTGCGA
TCAAGTCTCA ACATGCGGCT TGATGATGTG ATGGCTGATG GTGATGGCTC TGAGCAGGCC
ATGGATATAT TACGCGTGAC GCATCACAAC GAAACCTTTA TTACGCTCTT AACTGATCTA
GGCATTGGTG TACAGCACGC ATTACCAGTA GAGCGCGTAA GCGACCATTT ATCTGCACTG
GCAGATTTAA TTCTCCAGAC TACTTTTGAG CGTATTTGGC CAAGTGTTGT GAAGAAATTC
GACTTGCCTA ATGATACCAA GGCTCCTTTT GCCATTATTT CTTATGGCAA GCTAGGCGGA
AAAGAGTTGG GTTATGCCTC CGACCTGGAT ATTATCTTTT TGTATCAAGC GGATGAGTCT
GACTATGCCG CCCAGGAAGT TTATGCGCTT TTAGCAAAAC GCATGATTAA CTGGCTTACT
GCGTTTACAG CGACTGGTAG TTTGTTTGAG ATTGATACCC GACTTCGCCC AAATGGGTCG
GCTGGATTCT TGGTGACCAA TGCTGAAGCT TTCAAGAAGT ATCAGTTGCG TGAGGGTGAT
AATGCCGCTT GGGTTTGGGA GCATCAGGCG CTCACTCGAG CTCGTTTCTC TGCAGGCAAT
CCTGATGTTG GTGTTTTTTT TGATGCCGTG CGCTCTGAGG TATTAAGTCA ACTGCGAAGT
ATTGATCAGC TCCGTTCAGA AATTTTAGAG ATGTGTCGCA AAGTTCATGC TGGCCATCCT
AACGCCAATC CAGAGTTCGA CTTAAAGCAT GATGCTGGCG GTATGGTAGA TATTGAATTT
ATTGTGCAGT TCTTGGTTCT CGCCTATGCG CATCAGTACC CAAAACTAAT TGGCAATCTT
GGCAATATAG CTTTATTGCA GATCGCTGGA GAGGCGGGTT TAATTGCTCC TGTGGCTGCG
CAATCGGTTG GCGACGCTTA TCGTTTATTA AGGACGCGTC AACATCGCTT GCGCCTAGAT
GGCGTAGAGA AAACTCGTGT GGATTTGGTT GATGAGCCTG AGTTCGTTAC AGCAAGGAAT
GCAGTGCAAG CGCTCTGGTT GGAGGTATTT AATGCGCCTT CTAATATTAA TTAA
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| Protein sequence | MDNFSRQIDF LEQHSTYARR WLSARPEWVE WLRIQGQRKV DLQGIRDLMG ECRVGQTSHE
QNEVEWMANL RLARQRLMLW VAFRDLNGMA TLEEVTHALS HFAELAVSAS IAFVRGDLKN
RFGLPWSQTA QSEMPLMVVG MGKLGGLELN LSSDIDLIFL YEHEGETVGG SKSLSNHEWF
TRMGKRVIKL LAEHDANGFV FRVDMRLRPN GDSGALVCSL DMLEEYLLVQ GREWERYAWI
KGRLIAPLPE SPDFAHCQKE LDQLIRPFVY RRHLDYGVIA SIRDLHAQIQ AEAEKRSSGH
QGRSRDIKLG RGGIREIEFL AQMFQLMRGG TDPRFRVRPS LEVLELIKQS GILPADEVEA
LQAAYVFLRR LEHRIQVWDD QQTHYLPDDA DARTRLAFSI QGQDAQVNAF MSELECHQNN
VAQLFEKAFL LDDGARLEIA PLASGWAPDE QFLPDSCSRW HAWVDSPKQK LLPEKSRLIF
DNLMCKAAER LQNDGSTSTH ADQTLLRFFN LLEAIARRSV YLSILAEYSR ALSNVLDLLK
ASQWGAQYLT RHPHLLDHLL NSQTERALIE NPGKYWSEVR SSLNMRLDDV MADGDGSEQA
MDILRVTHHN ETFITLLTDL GIGVQHALPV ERVSDHLSAL ADLILQTTFE RIWPSVVKKF
DLPNDTKAPF AIISYGKLGG KELGYASDLD IIFLYQADES DYAAQEVYAL LAKRMINWLT
AFTATGSLFE IDTRLRPNGS AGFLVTNAEA FKKYQLREGD NAAWVWEHQA LTRARFSAGN
PDVGVFFDAV RSEVLSQLRS IDQLRSEILE MCRKVHAGHP NANPEFDLKH DAGGMVDIEF
IVQFLVLAYA HQYPKLIGNL GNIALLQIAG EAGLIAPVAA QSVGDAYRLL RTRQHRLRLD
GVEKTRVDLV DEPEFVTARN AVQALWLEVF NAPSNIN
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