| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NSE_0514 |
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| Symbol | |
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| ID | 3931535 |
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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 | Neorickettsia sennetsu str. Miyayama |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007798 |
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| Strand | - |
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| Start bp | 435176 |
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| End bp | 439936 |
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| Gene Length | 4761 bp |
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| Protein Length | 1586 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637900670 |
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| Product | NAD-glutamate dehydrogenase family protein |
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| Protein accession | YP_506398 |
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| Protein GI | 88608701 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG2902] NAD-specific glutamate dehydrogenase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.683628 |
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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 | ATGCAAAAAA ACACATATCC ACAATTTGTC GCAGCTATAG CCTCGTGTTT TGAGGATGGG
GCGTCCGAAA GTTTTGTATC ATTTGTGGAA CAGTTTTATG CGACGCTACC GACGGAAAAA
TACAGGGAAG TAGAACTATT TTCTGAGATT GCAAATGAAG CTTATGATTT TTTAAAGGAG
CGTTCAGAGG ATCAAAGGAA AATAGGGATC ATTACTTTGC CGAAAGTATG TGGTATTTTG
CATAAGGAGC GGGTAGCAAT ATTAATCTTA AATCCTGATA GTCCGTTTTT AGTCGACTCT
TTTACCGAAG AAATTAAGGC GAATGGTTTT ACCATATATA GACGATTGAA CGTTGTTTTA
TCAGTCGAAA GAAACCAAGA CGGAAAATTG ACAAAAATAT ACAAGAACGA AAGTCCTAGC
AGCTGTAAGA ATGAGTCTTT CATTTACTTT CTTATCAGTT CTGCAGTGCC TGAAAAGATC
TCCGAGCTAC AGAAAAGGCT CAAAGATGTA AGTAGGCTTG TTGCAATTGT GGTTGCTGAC
TGGAAAAAAA TGCTTACTGT TTTGGAAAAT GAGATTCAAA GAATTGATTC TTCTGATCCT
GCTAAGCAGA AAAATCCAAG CTGTTCACTT AGTGATGAAG TTACTGTGTT CCTTAAATGG
TTGAATGACG ATAATTTCAT CTTCTTAGGC TACGACGAGT ATACTCTGGT GGGTAAAAAG
CTTGAAAAAG AGCCTACCCT TTCTCTTGGT ATTTCAAAAT TTGAAAAAGA GCTTGGTGGT
GATGATAAGT TTAGAGAGTA TAAAGGCGTT CTCCATATTG GTAGATCCAG GTATGTTTCT
CGTGTCCATA GGCGTGTCAA TGCCGATTGT GTGAGAATAA AGTGTCTCTC AGAAACTGGA
GAAGTAATCG GAGAAAAGAG ATTTCTTGGT TTGTTTACGT CTCTAGCGCA CTACAGAGAT
GTAAGGCTGA TACCTATCTT GCGTAGGAAA ATAGAGAACA TTGAAAGAAT GTCAGGTTTT
GTAAAGGGTG GACATAATCA TAAGTCCCTC CTAGCACTAA TGCAGGGCAT GTCAAAAGGC
GAGCTGTTTC AGACCTCAAG TGAGGAGCTC TACAAAGTCT GCAAAGGTAT GATCTCTTTA
GCTGTTAAGC CAAGTCTGAA GGTTTTTCTT AGAAGGGACA AAGTCGGGAT GTTTGTTTAT
TGTGTGGTTT TTGTTCCAAA TGCACAGTTT AGTATGAAAC TGCGCTATAA GATCAGAGAT
TTCCTTGTAC AGACGCTGAA TGGTACTCTT GCGGATGAAT ATGTTGTTAT CGGAGAGTCT
GGTCTTGTTA GGCTGCAATT TGTGTTTAAT GTTGACTCTT TTACTTCCTT ATGTACGGAT
GAGGAAATAG AAGGGAACCT TATCTTCATG GCAAAAGACT GGGAAGATGA GCTCGGTCAA
TTGATAACAG ATTCCACAGC TAAAAAAGAA GAGAAACTAA AATATAAGGA GTACGTTGGG
AAATTTCCAG AAAGTTATAA GGAATCTTTT GATATTATCT CAGCTTACGG GGATATTGGA
AAAATACGCA ATGTTGTTCA AAAGAGGCTT ATAGAAGTCA AACTCTACGA AGAAGGAAAA
CAGCGTTACT TAAAAATATA TTTTCTTGAA GGGAAATTAG AACTCTACCA GCTGATATTA
GTTATAGAAA ATATGGCAAT GGAAGTGGTA GAGCACAATT GCTACAAGAT CAAATGCGCA
CCTACGGTGA TGATACACCA TTTTCTCCTT AAAAGTGGAG AAGAGATGCT TTTTCCTCTT
TCTCAAATAA AAAACAAGTT TGAGGATTCG CTCCTGAGGA TTCTTAATAA GCAGCTAGAA
AATGATGCTT ACAATGCTTT GATAGTTTTG GCGGGTTTAT CTTGGCGTGA AGTTGTTTTA
TTACGCGCCT TTGCTGGATA CTTGAAGCAG GTATCTTTTA AGTATAATCC TGCGTATATA
CAGGCCGCGC TGTCACATGT TCCGGAAGCT GCAGTATTGA TTGTCCAGAT GTTTCATGTG
CGTTTTTCAC AGGAAGTAGA CGACACTGTA AGAAGTGAAA AAACTGAGAT ACTGAAGGCA
AAGCTTGAGG AGCTTTTATC GTCTGTGAGC AACCTTATTT ATGACAATAT CATTAGAGGC
CTTGCAGGGC TCTGTTTCGC GATATTGCGG ACAAATTATT ACATGAACAA GGAGTATATT
TCAATTAAGG TCTCCTCTAA GGAAGTTGCT GACATGCCTC TTCCTAAACC TTTTGTAGAG
GTTTTTGTTT ACCATAGTCA ATTTGAAGCA ATACACCTGA GAGGTGGGAA GGTTGCACGT
GGTGGCATCA GATGGTCTGA TAGAATTCAA GATTTTCGTG TTGAGATTCT CGGGCTTATG
AAGGCCCAGA TGGCAAAAAA CACTGCTATT ATACCGGTTG GTTCAAAGGG CGGCTTCATT
ATCAAGGAAA GCATAGAAGA TAGGAAGCTT ATGGCTGAGA CGGCAATTCG CTGTTATCAG
GATTTTTTGA GGGGTCTACT TGATCTTACA GACAATATCG TTGATGGAAA GTGTCAAAAA
GTAAAAGATA TTGTCGCTTA CGATGGGGAT GACTGCTATC TTGTGGTTGC TGCAGATAAG
GGGACAGCCA ATTTTTCAAA TTACGCAAAC GAAGTTTCCT CAGAGTATAG TTTTTGGCTC
GGTGATGCGT TTGCGTCGGG TGGTTCACAT GGATATGATC ACAAAAAATT GGGAATTACT
GCTCTTGGCG CATGGATCTC TCTTGAGATG GCTTTTTGGG AGAAGTTTGG TGAGTTGAAG
AAAAAGGGAT TCACAGTTGT TGGTATAGGC GATATGTCTG GTGACGTATT TGGAAACGGG
ATGCTACTCT CAGATGAACT AAAGCTCATT GCTGCATTTA ACCATGTGCA CATTTTTGTA
GATCCAAATC CAGTTAATCT AAAAGAGTCA TTTGAGGAAA GAAAACGGCT TTTCAATATG
CCCGGATCAA CTTGGAGAGA TTATAATCCT TCTCTTATTT CCAATGGTGG GGGTGTTTTT
TTACGTAGTG AAAAATCCAT ACGGATCAGT AGCGAAATGA AAGAGCTCTT CAAGATATGC
GAGGATATCC TTACTCCTGA TGAGTTGATC AGATATATTC TTCAAGCAGA TGTGGATGTT
ATTTGGAATG GTGGAATAGG AACATATGTT AAATCTTCTC AGGAAAGTAA TGATGTAGTT
GGAGATAAGT CCAACGACAA TTTAAGGGTC AATGGGAAAA ATATTAGAGC GTCGATCTTT
ATTGAAGGTG GAAACCTAGG TTGCACTCAG CTCGGTAGAA TAGAATATGC CGCGAAGGGC
GGTGTCATAA ATACCGACTT TATAGATAAC TGTGCTGGTG TATCGTGTTC CGATATGGAG
GTTAATATCA AAATTGCTCT GTCCAGCGCT GTAAGATCAG GAAAGATTAC ACTCGGAGAA
CGGGATACTC TACTGGCAGC AATAGAACCA GAAGTAGTCA AATTGATACT TTTGAATATA
AACATGGTTC AGTCCCTTAT GATGTCTATG GAGACAATGA GAGCCGGTAG ACAACTTGAG
CAGTACCAAA GTTTACTGAA CAAGCTAGTT AAAGTGGGTC TTTTAGACAG GAAGGTAGAG
TTTTTACCCT CTGATGAGGA AATAAAGCGC CTTTTCGCAG AAGGTAGAAG TTTTGAGCGA
CCTCAACTGG CTGTTTTGGC AGCTTACAGC AAGATGTACA TTTATGAAAA AATCATAACT
TCTAATCTAC CGGATGAGGA AATTTTGAAC CGCTACCTTA TAAATTATTT TCCAACTCTG
ATACGGGAAA GATTCATGGA TGAGATCTTA AATCATCCAC TTAGACGTGA GATCGTTGCA
ACTAAGCTTG CTAATGACAT TGTCAACAGA TTTGGATGTA CGTTTGTGCA AAATGCAGTA
CAAAACACTG GTTTCTCGTC TAAAGAGGTA ATCTGCGTGC TCGTTGCGGT TATGGAAATA
TATGAGCTCT CCCCTATTTT TGATGAGCTG GAGAATCTCA TAGGGAAAGT GGATATCCAT
TCTTTTTATA GCATTGATTC GATTTTCGTG CAGTTTTTAA ACCGTTCGGT GCACTGGTTG
CTCAGAAATT ATCCTAATCC AATAAGCGTC GTTTCAGTTG TAGAAGATTT CTCTGAGGAA
ATTAGAGGAA TAACTATGAA ATTAGTAGAA ATCCTTGACA CCGCTTCCCT TAAAAAATAT
CAAGATTCAC TTTCTTCATT TGAAGCTATT GGCCTGCCAG CTAAACTGAG CGCTAAATTA
GCAAGCTTGG AATTTGTTTC AGCTGCTTTG GGAATTGCAC AGACCTGTAA GATCATTCTT
GAAAATGATG GCCACAACGT AGATTGTTTG ACTGTTGGAC GGATTTATTT TAATGTAGGT
GCGGCTTTGT CTCTTTCCTC TTTAAGGGAA ATGGCATGTG AAAAATTCGA GAATGGCTCT
TACTGGCAAA GAATGTCCGT GTATTGTCTA CTAGATGAAC TCTGTAAAGA ACAGTTTGCG
TTTACTCGTG AAATTGCAAG GTATGTCACC GAGGATATTG ATTATACTGG AGCAATTGAA
AAGTGGAGTA GTAAGTATTT TGCAAAACTT GAACGCTATC AGTCGTTTTA TAACGATGTT
GCGTCTTCTG GAGAACTTGA CATGAATAAG TTCATGGTGC TTGTAAAGCG TTTACGCTCA
ATGCTGTTGA AGGAGTATTA G
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| Protein sequence | MQKNTYPQFV AAIASCFEDG ASESFVSFVE QFYATLPTEK YREVELFSEI ANEAYDFLKE
RSEDQRKIGI ITLPKVCGIL HKERVAILIL NPDSPFLVDS FTEEIKANGF TIYRRLNVVL
SVERNQDGKL TKIYKNESPS SCKNESFIYF LISSAVPEKI SELQKRLKDV SRLVAIVVAD
WKKMLTVLEN EIQRIDSSDP AKQKNPSCSL SDEVTVFLKW LNDDNFIFLG YDEYTLVGKK
LEKEPTLSLG ISKFEKELGG DDKFREYKGV LHIGRSRYVS RVHRRVNADC VRIKCLSETG
EVIGEKRFLG LFTSLAHYRD VRLIPILRRK IENIERMSGF VKGGHNHKSL LALMQGMSKG
ELFQTSSEEL YKVCKGMISL AVKPSLKVFL RRDKVGMFVY CVVFVPNAQF SMKLRYKIRD
FLVQTLNGTL ADEYVVIGES GLVRLQFVFN VDSFTSLCTD EEIEGNLIFM AKDWEDELGQ
LITDSTAKKE EKLKYKEYVG KFPESYKESF DIISAYGDIG KIRNVVQKRL IEVKLYEEGK
QRYLKIYFLE GKLELYQLIL VIENMAMEVV EHNCYKIKCA PTVMIHHFLL KSGEEMLFPL
SQIKNKFEDS LLRILNKQLE NDAYNALIVL AGLSWREVVL LRAFAGYLKQ VSFKYNPAYI
QAALSHVPEA AVLIVQMFHV RFSQEVDDTV RSEKTEILKA KLEELLSSVS NLIYDNIIRG
LAGLCFAILR TNYYMNKEYI SIKVSSKEVA DMPLPKPFVE VFVYHSQFEA IHLRGGKVAR
GGIRWSDRIQ DFRVEILGLM KAQMAKNTAI IPVGSKGGFI IKESIEDRKL MAETAIRCYQ
DFLRGLLDLT DNIVDGKCQK VKDIVAYDGD DCYLVVAADK GTANFSNYAN EVSSEYSFWL
GDAFASGGSH GYDHKKLGIT ALGAWISLEM AFWEKFGELK KKGFTVVGIG DMSGDVFGNG
MLLSDELKLI AAFNHVHIFV DPNPVNLKES FEERKRLFNM PGSTWRDYNP SLISNGGGVF
LRSEKSIRIS SEMKELFKIC EDILTPDELI RYILQADVDV IWNGGIGTYV KSSQESNDVV
GDKSNDNLRV NGKNIRASIF IEGGNLGCTQ LGRIEYAAKG GVINTDFIDN CAGVSCSDME
VNIKIALSSA VRSGKITLGE RDTLLAAIEP EVVKLILLNI NMVQSLMMSM ETMRAGRQLE
QYQSLLNKLV KVGLLDRKVE FLPSDEEIKR LFAEGRSFER PQLAVLAAYS KMYIYEKIIT
SNLPDEEILN RYLINYFPTL IRERFMDEIL NHPLRREIVA TKLANDIVNR FGCTFVQNAV
QNTGFSSKEV ICVLVAVMEI YELSPIFDEL ENLIGKVDIH SFYSIDSIFV QFLNRSVHWL
LRNYPNPISV VSVVEDFSEE IRGITMKLVE ILDTASLKKY QDSLSSFEAI GLPAKLSAKL
ASLEFVSAAL GIAQTCKIIL ENDGHNVDCL TVGRIYFNVG AALSLSSLRE MACEKFENGS
YWQRMSVYCL LDELCKEQFA FTREIARYVT EDIDYTGAIE KWSSKYFAKL ERYQSFYNDV
ASSGELDMNK FMVLVKRLRS MLLKEY
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