Entry GARVH00015 (HMPREF9231_0017)

B Gardnerella vaginalis (strain HMP9231)


General Information

Description
kinase domain protein
Organism
GARVH - Gardnerella vaginalis (strain HMP9231) (Taxon-ID: 1009464)
Locus
A18638..20722
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MSNTMPTSLA NGRYQLGELI GRGGMAEVRI AEDKRLGRTV AVKIMRSDLA NDEIFLSRFR    60
REAHSIAQMN NPNIVNIYDS GEESVEDDNG VEEHLPYLVM EYVKGKTLRD ILKMNGALSQ   120
RDSEQVMLGV LNALEYSHRM GVIHRDIKPG NIMISEQGIV KVMDFGIARA LDDSATTMTQ   180
SQGVVGTAQY LSPEQARGEQ VDMRSDLYSA GCVLYEMLTG RPPFTGDSAV AIAYQHVSEV   240
ATPLSTLVPG LPVMWDKICA KAMAKDRQNR YATAAEFKND ILAFMNGGVP VAAAFNPLTD   300
LANMRARKQA EQNAATQAMN NADTASTQSF GAITGQFEPY TQNTGYNTRA AQLAANRAKR   360
SKRIVITSVI SAVVCAIIVA GILFVLNRSK LAGEVVVPTF TETTTQDAAR EKLRALGLIP   420
DILEDDKSSQ PEGTFTKQLP KGGAKVSSGS RVSVWFSVGP QSTKIPDVTG KSQDVARKAL   480
ERAGFKISNV RVEDSTEVKK NHVTRTDPSA DSFADKGSMV TLYISSGLTK IPDGLVGQSK   540
DVVTSELQNL GFTVNVVEEE SDTASEGTVT KMNPSSGAAV KPHSSVTVYV SKGKPKVEVP   600
RLAVGTVTLK QAKQVLEAKG FKVVASDASA KDDDIVTGMS EKEGAKIDKG STITLTVKSA   660
TPPSDLTKPG TGLDLNKPST EAPSTSTTTT DTGL                               694

Coding Sequence

Download: Fasta
ATGAGTAACA CAATGCCTAC CTCATTAGCG AATGGACGGT ATCAATTAGG TGAATTAATT    60
GGTCGTGGCG GAATGGCCGA GGTGAGAATC GCAGAAGATA AACGTCTTGG TCGTACTGTT   120
GCGGTTAAAA TTATGCGTTC TGATCTGGCA AATGATGAGA TTTTCTTATC TAGATTCCGC   180
AGAGAGGCAC ATTCAATTGC TCAGATGAAC AATCCTAACA TAGTTAATAT TTATGATTCT   240
GGAGAAGAAT CTGTAGAAGA TGACAATGGT GTAGAAGAGC ATCTGCCATA TCTTGTTATG   300
GAATATGTTA AGGGTAAAAC TTTACGCGAT ATTCTTAAAA TGAATGGTGC TTTGAGTCAA   360
AGAGACTCTG AGCAGGTTAT GCTCGGAGTT CTTAATGCTC TTGAGTATTC GCACAGAATG   420
GGTGTGATTC ATAGGGATAT TAAGCCTGGA AATATTATGA TTTCCGAGCA GGGCATCGTC   480
AAAGTTATGG ATTTTGGAAT CGCTAGGGCA TTGGACGATT CTGCAACAAC AATGACACAA   540
TCACAGGGTG TGGTTGGAAC TGCTCAATAC TTGTCTCCTG AACAGGCTCG TGGAGAACAA   600
GTAGATATGA GATCTGACTT ATATTCTGCT GGCTGTGTTT TATATGAGAT GCTAACTGGT   660
AGACCTCCTT TTACAGGTGA TTCAGCTGTT GCAATTGCGT ATCAGCATGT GTCTGAGGTT   720
GCAACGCCAT TAAGTACGCT TGTTCCTGGT CTTCCTGTTA TGTGGGATAA GATTTGTGCC   780
AAAGCAATGG CGAAGGACCG CCAGAATAGG TATGCAACTG CCGCAGAATT TAAAAATGAC   840
ATATTGGCTT TTATGAATGG TGGTGTTCCT GTTGCTGCAG CATTTAATCC TCTGACGGAT   900
TTGGCTAATA TGCGTGCTAG AAAGCAGGCT GAGCAGAATG CTGCAACACA AGCAATGAAC   960
AATGCTGATA CCGCATCAAC CCAAAGCTTT GGTGCTATTA CAGGTCAATT TGAGCCTTAT  1020
ACTCAAAATA CTGGTTATAA CACTAGAGCA GCGCAGCTTG CAGCTAATAG AGCAAAAAGA  1080
AGCAAGAGAA TTGTTATTAC TTCCGTTATA TCTGCTGTAG TTTGCGCAAT TATTGTTGCT  1140
GGAATTTTAT TTGTTTTGAA TCGCAGTAAA CTTGCTGGAG AAGTTGTAGT TCCTACATTT  1200
ACAGAAACAA CAACGCAGGA TGCCGCTCGC GAAAAGTTGC GAGCTCTTGG TCTTATCCCA  1260
GATATTTTGG AAGATGATAA ATCTTCTCAA CCAGAAGGAA CTTTTACAAA ACAGCTTCCT  1320
AAAGGTGGAG CTAAAGTTTC TTCAGGATCT AGAGTAAGCG TATGGTTCTC TGTAGGTCCA  1380
CAGTCTACTA AGATTCCAGA TGTTACTGGT AAATCGCAAG ATGTAGCACG TAAAGCTCTT  1440
GAACGTGCTG GATTTAAGAT ATCTAATGTT CGTGTAGAAG ATAGCACGGA AGTTAAGAAG  1500
AATCATGTTA CTCGTACAGA TCCTTCTGCA GATTCGTTTG CAGACAAAGG GTCTATGGTT  1560
ACCTTATACA TTTCTTCTGG TCTTACAAAG ATCCCTGATG GTTTAGTTGG ACAATCTAAG  1620
GATGTTGTAA CAAGCGAATT GCAAAATCTT GGTTTTACTG TAAATGTTGT TGAGGAAGAA  1680
TCTGATACTG CATCTGAAGG AACTGTGACC AAGATGAACC CATCTTCTGG TGCTGCAGTA  1740
AAGCCTCATA GCTCTGTAAC AGTATATGTT TCTAAAGGAA AGCCTAAAGT TGAAGTTCCT  1800
CGTTTGGCTG TTGGCACTGT AACTTTAAAG CAGGCTAAAC AAGTATTGGA AGCAAAAGGC  1860
TTTAAGGTTG TTGCATCTGA TGCATCAGCT AAAGATGATG ACATAGTTAC TGGAATGTCT  1920
GAAAAAGAAG GAGCAAAGAT TGACAAAGGT TCAACAATCA CTTTGACTGT GAAATCTGCT  1980
ACTCCTCCAT CGGACCTTAC AAAGCCAGGT ACGGGATTAG ATTTGAATAA ACCTTCTACT  2040
GAAGCCCCAT CTACATCTAC TACAACAACA GATACAGGTT TGTAA                  2085