Entry COXB100939 (CbuK_1086)

B Coxiella burnetii (strain CbuK_Q154)


General Information

Description
NAD-specific glutamate dehydrogenase
Organism
COXB1 - Coxiella burnetii (strain CbuK_Q154) (Taxon-ID: 434924)
Locus
Acomplement(1037373..1042253)
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MNTGVSIVSH DHLTSVDRIV EKVVTYAEKQ LPKEKIALII KFIRLYYAHV ASEDIKERSI    60
SDLYGAVMSH WELMLYRKPN EVKIRVFNPQ LDRDGWQSTH TIIQVVTQDM PFLVDSIHME   120
INRLGLTTHL MIHIGGIKVC RNKKNQVDDV LAYHVQHHKE STLEAPISME IDRQTDPKVL   180
ADIQRNIRRV LRDVRVAVED WGLMRERVQE ALSELDPAKM VQDPEQIKET KAFLNWLMDN   240
HFTFLGFRDY ELVGEGKEQA LRLIPESGLG VLHDHTHSKM LRQYADLPKA ARKMALSTEQ   300
ILILSKTNTL STVHRPAYTD YIGVKRFNEK GELIGERRFI GLYTSDVYRS DPRVIPIIRH   360
KVESVLKRSQ LPAKSHSGKD LLHILATLPR DDLFHATVDE LFHWAMGILH LQERRRIRLF   420
VRKDAYGRFM SCLVYVPRDY FTTDLVMRMQ DILMKAFHGL DVSFTTYFSE SILARIHFVI   480
RINPRRALEY DVKELEEKLA KVGVSWEDEF YKHALDYFGE ERGNDIFNRY RHAFSSAYRE   540
EFQAQQAVYD VAHIEKLSER TQLGMSIYLP RGAARDVIRF KLFHPDFTVP LSDALPMLEN   600
MGLRVVGEQP YELTFQDGRK VWINDFLMTY AREPEFEIET VKTIFQEAYE KIWFGAAEDD   660
GLNRLVLEAQ LTWREIAVFR AYMKYFRQVG FTFSEGYITD ALVDNPKVAR LLIELFKCYF   720
DPERATTSKE KAQDIEQIIQ KGLDEVAGLD EDRILRRYLA LIHATLRTNY FQRDEKRNPK   780
PYLSFKLDSS KIPDMPLPLP KYEIFVYSPR FEGVHLRGAA VARGGIRWSD RREDYRTEVL   840
GLMKAQQVKN AVIVPAGAKG GFFPKRLPSE GSREEILQEG LFCYRNFIRG LLDLTDNLEN   900
GEIVSPKNTV CYDGPDPYLV VAADKGTATF SDVANSIAIE KNYWMGDAFA SGGSTGYDHK   960
KMGITARGAW VAAKRHFQDL GTNLDEAEIT VVGIGDMSGD VFGNGMLISR YIKLVAAFDH  1020
RHIFLDPNPV PTLSYEERLR LFNLPRSSWN DYDRSLLSAG GGVYSRAAKS IQLSPEVKAL  1080
LHSEKDVMVP NELIRAILKA PVDLIWNGGI GTYIKSSEEK NIDVGDRSND NLRVNAKDVR  1140
ARVICEGGNL GVTQLARIEY ELNGGKINTD FIDNSAGVDC SDHEVNIKIL LNQIVANGSM  1200
TEKDRNRLLA SMTDEVAQLV LHDNYFQNKA LSLASHLALR DMGLNMRFLD ALEQEGKINR  1260
ALEFLPDDKA LLERRALGLG LTRPELSVLF AYSKIILKAQ IKTSVVVEDP YLSRYVAYAF  1320
PTPLRTRFRE QMKEHYLAKE IIATQLSNRL VSIMGITFIY QMQDEMSVSV PSIMRAFVAA  1380
MKIFQMEKLL ADIDALDYKV DAEVQYQMNV EAIRLIRRAS RWLLRHRRGE LDIASTVTHF  1440
GDYVAAIYFR LPKLLLGADK EAVDNHQNNL IERNVPPELA LRIAGTAPLF HALNIVEAAT  1500
TYHEEVFRVA KIYFMLADRL DLFWFRERIN AYPVDDQWAV LARAAYKGDL DWIQRELTVR  1560
VLLDTKARSI PGKVKEWLAE HDPMIQRWQT ILAAMRSAEK KDFAILFVAI RELFDLASNV  1620
AAVNVE                                                             1626

Coding Sequence

Download: Fasta
TTGAATACAG GGGTATCCAT TGTGTCACAT GATCATTTGA CTTCGGTCGA TAGAATCGTT    60
GAAAAAGTCG TTACTTATGC GGAAAAGCAA TTGCCTAAAG AGAAAATTGC TTTAATTATC   120
AAATTTATCC GACTTTACTA CGCTCACGTC GCATCAGAAG ATATAAAAGA ACGTTCTATC   180
TCCGACTTAT ACGGCGCGGT GATGTCGCAC TGGGAGTTGA TGCTATACCG TAAGCCGAAT   240
GAAGTTAAAA TTCGCGTATT TAATCCCCAA TTAGATCGGG ATGGCTGGCA GTCTACGCAT   300
ACTATTATTC AAGTGGTTAC CCAAGATATG CCGTTTTTGG TGGATTCCAT CCATATGGAA   360
ATTAATCGAT TAGGCCTCAC CACCCATTTG ATGATCCACA TTGGGGGGAT AAAAGTTTGT   420
CGGAATAAGA AAAACCAAGT GGATGACGTT CTGGCTTACC ACGTACAACA TCATAAGGAA   480
AGCACGCTAG AGGCGCCTAT CTCCATGGAA ATCGATCGGC AAACCGACCC CAAAGTATTA   540
GCTGATATTC AACGTAATAT TCGCCGAGTT TTAAGGGATG TTCGCGTAGC CGTTGAAGAT   600
TGGGGATTGA TGCGAGAGCG TGTGCAAGAA GCCCTCTCAG AATTAGACCC TGCTAAGATG   660
GTTCAAGATC CAGAGCAAAT TAAAGAAACT AAAGCGTTTT TAAATTGGCT GATGGATAAT   720
CATTTTACTT TTTTAGGGTT TCGTGATTAT GAATTGGTTG GCGAAGGTAA GGAACAGGCT   780
TTACGTTTAA TTCCTGAATC GGGTTTAGGC GTGTTGCATG ATCATACGCA CAGTAAAATG   840
TTAAGACAAT ATGCCGATTT GCCAAAAGCC GCTCGAAAAA TGGCGTTATC GACGGAACAA   900
ATATTGATTT TATCGAAAAC GAATACGTTA TCAACCGTTC ATCGACCCGC CTACACGGAT   960
TATATTGGCG TTAAACGATT TAACGAAAAA GGAGAATTAA TTGGTGAACG GCGTTTTATT  1020
GGTCTTTATA CTTCGGATGT ATACCGATCC GACCCTCGCG TCATTCCTAT TATTCGGCAC  1080
AAAGTCGAAT CGGTCTTGAA GCGTTCCCAA TTACCCGCCA AAAGTCACAG TGGAAAAGAT  1140
TTACTGCATA TTCTAGCTAC CTTGCCACGC GATGATTTAT TCCATGCAAC GGTGGATGAA  1200
TTATTTCACT GGGCAATGGG TATTTTGCAT TTGCAAGAAC GACGCCGTAT TCGTTTATTT  1260
GTGCGCAAAG ACGCTTATGG CCGTTTCATG TCGTGTTTGG TGTATGTGCC CCGTGATTAT  1320
TTTACAACGG ATTTAGTAAT GCGCATGCAG GATATTTTAA TGAAAGCATT CCATGGATTG  1380
GACGTGAGTT TTACGACTTA TTTTTCCGAA TCAATACTCG CTCGCATTCA CTTTGTTATC  1440
CGTATCAATC CGCGGCGTGC TTTGGAATAC GATGTAAAAG AGTTAGAAGA AAAATTAGCT  1500
AAAGTAGGCG TATCCTGGGA AGACGAATTT TATAAACACG CGTTGGATTA TTTTGGCGAA  1560
GAACGGGGCA ATGATATTTT TAATCGGTAT CGACATGCCT TTTCTTCTGC CTATCGCGAA  1620
GAATTTCAAG CACAACAAGC TGTGTACGAT GTTGCGCATA TTGAGAAATT ATCGGAGCGA  1680
ACCCAATTAG GCATGAGTAT TTATCTTCCT CGTGGCGCTG CGCGGGATGT GATTCGTTTT  1740
AAATTATTTC ATCCCGATTT TACCGTCCCT TTATCCGACG CTTTACCGAT GTTAGAAAAC  1800
ATGGGGTTGC GCGTAGTAGG TGAGCAGCCT TATGAATTAA CTTTTCAAGA TGGACGCAAA  1860
GTTTGGATTA ATGATTTTCT GATGACTTAC GCGAGGGAAC CTGAGTTTGA AATTGAAACG  1920
GTTAAAACAA TTTTTCAAGA AGCGTATGAA AAAATCTGGT TTGGTGCGGC TGAAGACGAT  1980
GGTTTGAATC GTTTGGTGTT AGAAGCCCAA TTAACATGGC GGGAAATAGC TGTTTTTCGT  2040
GCTTATATGA AATATTTCCG TCAAGTAGGG TTCACCTTTA GTGAAGGATA TATTACGGAC  2100
GCTTTAGTGG ATAACCCAAA AGTGGCGCGG CTGCTCATCG AATTATTTAA ATGTTATTTT  2160
GATCCTGAAC GAGCGACGAC GTCAAAAGAA AAAGCGCAAG ACATCGAACA AATCATTCAA  2220
AAAGGATTAG ATGAGGTAGC CGGACTCGAT GAGGACCGGA TTTTACGCCG TTATTTAGCC  2280
TTGATCCACG CCACCTTACG TACCAATTAT TTTCAGCGTG ATGAAAAAAG GAATCCTAAG  2340
CCCTATCTTT CCTTTAAATT GGATTCCTCA AAAATTCCTG ACATGCCTTT GCCCTTGCCG  2400
AAGTATGAAA TATTCGTGTA TTCGCCGCGT TTCGAAGGAG TGCACTTGCG CGGTGCGGCT  2460
GTGGCGCGAG GCGGTATCCG CTGGTCAGAC CGACGCGAAG ATTATCGAAC TGAAGTGTTA  2520
GGATTAATGA AAGCGCAACA AGTCAAAAAT GCTGTTATTG TGCCGGCTGG AGCGAAGGGG  2580
GGATTTTTCC CAAAACGTCT TCCGTCAGAA GGCAGTCGTG AGGAAATTCT ACAAGAAGGA  2640
CTTTTCTGTT ATCGTAATTT TATTCGCGGT TTATTGGATT TAACCGACAA TTTGGAAAAT  2700
GGGGAAATTG TTTCACCTAA AAATACCGTT TGTTATGATG GACCGGACCC TTATTTAGTT  2760
GTTGCTGCAG ACAAAGGCAC GGCTACTTTT TCTGACGTAG CAAACAGTAT CGCCATTGAA  2820
AAAAACTATT GGATGGGCGA TGCGTTTGCT TCAGGTGGTT CTACCGGTTA CGATCATAAA  2880
AAAATGGGAA TTACGGCCCG CGGCGCATGG GTTGCAGCAA AACGGCATTT TCAAGATTTA  2940
GGAACTAATT TAGATGAAGC CGAAATTACC GTCGTAGGTA TTGGCGATAT GAGCGGCGAT  3000
GTGTTTGGTA ACGGGATGTT AATTTCACGT TATATTAAAT TAGTGGCTGC TTTTGATCAT  3060
CGTCATATTT TTTTGGACCC CAATCCGGTC CCCACTTTAA GTTACGAAGA ACGCCTGCGG  3120
TTATTTAATC TTCCACGATC AAGCTGGAAT GATTACGATC GCAGTTTATT ATCGGCAGGA  3180
GGGGGCGTTT ATTCGCGGGC TGCAAAATCC ATTCAATTAT CACCCGAAGT TAAAGCGTTA  3240
TTGCACAGTG AAAAAGATGT CATGGTGCCG AACGAATTAA TCCGAGCTAT TTTAAAAGCG  3300
CCCGTCGATT TAATCTGGAA TGGAGGCATT GGTACTTATA TTAAGTCTAG CGAAGAAAAA  3360
AATATCGATG TGGGCGATCG TAGTAACGAT AATTTAAGAG TGAATGCCAA AGATGTGCGA  3420
GCGCGGGTAA TCTGTGAAGG GGGGAATTTA GGCGTGACCC AACTGGCTCG TATTGAGTAT  3480
GAATTAAACG GCGGAAAAAT TAATACGGAT TTCATTGATA ATTCAGCGGG CGTGGATTGC  3540
TCTGACCATG AAGTAAATAT AAAGATTTTG CTTAATCAGA TTGTTGCTAA TGGCAGTATG  3600
ACAGAGAAGG ATCGCAATCG ATTATTAGCT AGTATGACAG ATGAAGTGGC TCAGTTAGTA  3660
TTGCACGATA ATTATTTCCA AAATAAAGCG TTGAGTTTGG CATCGCATCT TGCCCTGCGC  3720
GATATGGGTT TAAATATGCG TTTTCTTGAC GCTCTTGAAC AAGAGGGGAA AATTAATCGG  3780
GCACTTGAAT TTTTGCCCGA TGATAAAGCG CTGTTGGAAC GTCGTGCGCT CGGTCTTGGT  3840
TTAACTCGAC CTGAGTTAAG CGTTTTATTT GCCTATAGTA AGATTATTTT AAAAGCGCAA  3900
ATTAAAACAT CCGTTGTGGT TGAAGACCCT TATTTATCAC GGTATGTGGC TTACGCATTT  3960
CCCACACCTT TGCGAACTCG TTTTAGAGAG CAAATGAAGG AACATTATTT AGCTAAGGAA  4020
ATTATCGCCA CTCAGTTAAG CAATCGCTTG GTTTCAATAA TGGGTATTAC GTTCATTTAC  4080
CAAATGCAAG ACGAAATGAG TGTCTCGGTG CCTTCAATTA TGCGTGCTTT TGTGGCAGCG  4140
ATGAAAATAT TTCAAATGGA AAAGCTGCTG GCCGATATCG ATGCACTGGA TTATAAGGTG  4200
GATGCGGAAG TTCAATACCA AATGAATGTT GAAGCGATTC GCTTAATCCG GCGTGCTTCT  4260
CGGTGGCTTT TGCGCCACCG TCGTGGCGAA CTTGACATCG CTTCGACGGT AACTCATTTT  4320
GGTGACTATG TGGCTGCGAT TTATTTTCGA TTACCGAAAT TATTGTTAGG GGCGGATAAA  4380
GAGGCAGTGG ACAACCATCA AAATAATTTG ATCGAACGCA ATGTGCCACC AGAACTTGCC  4440
CTGCGCATTG CAGGTACAGC GCCACTTTTT CATGCTTTAA ATATTGTGGA AGCGGCAACG  4500
ACGTATCATG AAGAAGTGTT TCGTGTGGCG AAAATTTACT TTATGCTCGC CGATCGATTG  4560
GATTTATTTT GGTTCCGCGA AAGAATTAAC GCCTATCCTG TTGACGATCA GTGGGCAGTT  4620
TTAGCAAGAG CCGCCTATAA AGGCGATTTA GATTGGATTC AACGCGAGCT CACCGTTCGG  4680
GTGCTACTCG ATACGAAGGC ACGCAGTATC CCCGGCAAAG TTAAAGAATG GTTGGCCGAA  4740
CACGATCCTA TGATTCAACG ATGGCAAACG ATTTTAGCGG CGATGCGCAG TGCAGAGAAA  4800
AAAGACTTTG CTATACTATT TGTGGCAATT CGCGAGCTAT TCGATTTAGC TTCGAATGTG  4860
GCTGCTGTCA ACGTGGAGTG A                                            4881