Acidobacteria Actinobacteria Alphaproteobacteria
Aquificae Bacteroidetes/Chlorobi Betaproteobacteria
Chlamydiae/Verrucomicrobia Chloroflexi Cyanobacteria
Deinococcus-Thermus Deltaproteobacteria Epsilonproteobacteria
Firmicutes Fusobacteria Gammaproteobacteria
Other Bacteria Planctomycetes Spirochaetes
Thermotogae
Classification of phyla is from NCBI page
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106 projects found  

3 accessions found for Arthrobacter chlorophenolicus A6  

Data for CP001341  

Available Atlases
Other Plots
>CP001341_0638 CDS_688402-687200
MTAPRPDQSSRPAGLPRLGSIDTAVHAGFAVLLVASTVRYVMRHPPADNVLVLCLAAAAS
LLYAGVAVLARRGLPGLAWMSALVAVWAALVIAAPSFAWCSFALFFLCRAAISGVASYVA
AGIIAVSTAAGLFRLSGGTDLAMLLGPLAVGAMLTLIHDRIRSDAEEQRRLHAEVSTAQG
QLAASERRAGTIAERERVSREIHDTVTQGLASSLLLLEAAGRTWPAPAAHADLRQATSLL
RDNLAETRSLVHDLASPGLEGSPLPEALLTAARRYLPEARLLVTGEPRPVAADVRHTLLR
VVQSAASNVRLHASATTATLTLGFLPDAVTLDVYDDGAGFDPAAAAPPSDAGGYGLRAMR
QRVEQLGGTFSVESAPGEGTVVAAQLPAGPPVAPAEGRQA
>CP001341_1682 CDS_1913122-1914729
MWREPIRQRRRDLPPGLSGRPNEIVHPQERIDGLVEAVISLTEDLSLNTVLQGVAQSACE
LVGTRYGSLDVLGGDQQLSQSITADLEPRALRLQDLGEHPLVRGFRASRPPMTSVLGVPI
KVRGQMFGNLYLTEKIDGGDFTVEDENLAAALAAAAGVAIQNALLLEDSNSRRRWLEAGM
EATDRLQAQPRSVMDNMALITEEALDASVSSLSLIAEVALDGRLKCRTSSGTPLVPCGQE
LPADLVAAEVFAFGVSRAVTDPRQVFDQVTAETLGPVLISALGTNSYGHHDDVLVLARPV
GGTPYTEADITSSVLFASRIGLTLDLLKANEAKAENALFTDRDRIAKDLHDLVIQRLFAA
GLSIQSLRRTTTDPHSLKRITIITTELDDCIRQLRDTIYSLRPRGPGKAFLSSRVLSVVH
KVADATDFVPRVQFSGPVDDEISEEVLEQLLPVLQESVTNAIKHSGSKDIRVLLTVQNDA
ITLHVSDKGCGFYEPERISGLGNMRDRAHRLGGTCGIESIPDRGTTISWSVPVSR
>CP001341_2231 CDS_2544953-2546146
MERRHKLYQWLRVNTFRVDLALMIAVLLFCGPVYLLADRPGHFLLSSALVIPLAWRRTSP
VRAAAAIVLACLALWAAGLEPLAGLVAVPLIIYAVAAYGPAWASRTVLGLGLLGGVLLTS
RNLSSTAETGVLGLTISAVYTVLIWMLVLFSWTLGDLTRVRRQQLQTLSDRARRLEIEQQ
QERSLAAADERAHIAREMHDIVAHSLSVIITQSDGARYAAATNPSVATETLATVAATART
SLAEMRRLLGVLRHGDGATTRPLPGLSDVDELFLGFRAAGLPLDFEQQGSPRRGLPPGAE
LTAYRVLQEALTNVLKHAGPRASASAALRWQQRGLQIEVYDDGRGASADYAGENAEHGGN
GLRGMRERISLYDGSLEAGPAAGGGFLVSAFLPYTEA
>CP001341_2828 CDS_3197959-3196550
MKDLRRRTRGNSGAAPEAVQRREVRMAVARFLAAGFAALVLVATPVTFWIRDAAEQHALV
NAREFTQRLADNVVGPLITPQLLAQDPAALEELDQRVAPWLANGGVTRIKVWDAKGKVVY
SDVPSLIGEDFEQEEWAHLLLAGGPATATVESQTAEENEFEASSGELVEVYVRSAAKDGA
PMIFETYSSGAAVRAEQQAVLLSMIPPVLLSLAVLQLVLLIPAVRLAKRIQFHQAQRNAL
LHCAIEASDQERRQIASELHDDVIQNLSGLAYALESEERRGQPGQQQVFADARTMLQRDI
KALRAMTSELYPPDLEELGLKASIMRLEAPLVERGIAFTASIPEQVTLDRDRAVLAYRVA
REALVNATKHSGASAVDIQIRQSGELTQITVSDDGQGFNPRTAHREGHFGLRILKDTVHQ
AGGTLHIRSAPGQGTFVTATFRAATPAVRWAGRYPSKGRGNHAMEPETI
>CP001341_3335 CDS_3748183-3746882
MPATPLLRSPDRTGGSPQRGPLDAVENASSAAILKVLRVTLHTGFAVLLGVALVRILLAG
GPLRWLWTAVAVVLAGVYLAGTVLEKRHAEGRTSMDPRRFALLWLVLVTGLWAVLLAGSA
DFAWLAFPIFFLHLHLLPRGRALLTIALMTVAVIASQWVASGAPVPHVAAVVGPALGAIF
AVITGLAYAALYREALNQRRAADELRRTREELARSQHEAGVLAERERLAREIHDTLAQGL
SSIVLLGRAAEQSLAGGDSTAAASQLELVQRTAAENLAEARSFVRGLSSPQLEGSTLVDA
LRRLCAATETGAAAAGLPLRCRVEVDGDPLELPQPVRVTLLRAAQASLANVREHAGARTA
VVTLAFLGTEVTMDIYDDGAGFDPDAAAAAAHGGGFGVRSLRERVAALNGSLELESAPGE
GTVVAIRLPLEDR
>CP001341_3862 CDS_4363237-4361861
MNEASTAKDALVAGNWQAAASFAELNERRRGRFRRYLYEHPRVMDAVVALSYILLVAPTA
VDALISGKWLAATLLGAVAGALFLRRFHPVGLVAFVAVMEVAVTLLHPWGSNVSTGLWFS
LYSVAVVHTRRFALITMAAATAPLALLYLLAAVGPMENSFVQDQGANPADFHLLTSIATG
ATIALSNVIATGIGIGVKQRREHEQQVAAWAARTARLASVNERNRIAREMHDVVAHSLTV
MISLSDGAGVVVRKSPERAGEVLGELSRTGRTALADMRRVLGVLRDDAGTAAPRTPLAAG
QSLAKLLEGFRTAGLPLHYSYTGPALPKDAAFQLTVYRIVQESLTNVLRYGRSLGRVDVD
IARQGATVTIDVHDDGAGGSAHRTDDGGAQADAPAGAGLPFGTGQGLAGMAERARIYSGT
VTAGPGGRGWHVHAVLTCPAEERPEPITAPPNSKARHD


Acknowledgements:

This research is funded by:

Developed by: