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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132 projects found  

8 accessions found for Methylobacterium nodulans ORS 2060  

Data for CP001349  

Available Atlases
Other Plots
>CP001349_0316 CDS_368195-369391
MCGFLSMSGEWSNRDMAESGRAELPYRLRQQGFLGSLTRMLLQSRDLGAFLQRACDAAAE
GLGAPCAHVLEYRPHDHDFLIRAATGWPEGTIGATCPAADEAAPAAYAFRTGAGVLANGL
PDTAGFRLPDPFGGAGIRHAVNVPIVLGEDGRRAYGVLEVCGREDPGFDRADQDFLAGLA
GLIGLAVERSHADQRLRDALDHQALLAREMSHRVKNSLGVVAGLLRLQARDTHSEEVRYA
LEDAGARIATVAQVHDHLWRGLHVGTVEVSGFVRELVSKLQEAAPGHPLRCEADPRVIAA
DQAIPIGLMVNELVTNAVKYAYPGGTGPVEVTVAVQGNRLRVDVSDHGVGLPPGFDVHSR
QRSLGLKIINNLTRQLDGRLSAEPNNPGARFVLEMPLG
>CP001349_1616 CDS_1768219-1769265
MTGSRQAAALAPALIWFERWMQATKRLRRHPWLADACGVVAFAGALALRFALDGILSSGF
PYLTFFPAVIITTFACGPRPGTICAVLSGLAAWYFFMAPRYSLVLTGESALALVLYAFIV
AVDIVLIASMQRASERLRQQQRLSNRLIEQQRVLFQELQHRVANSMQFVAALLALQKRQA
AHDPQAALNALDEARLRVELMARIHRRLYDPASLERPIGAYLQEICSDLLDATGARTVIC
RVEMPPVRLDLSRLTTLSLLVVEVVTNAIKHAFPDGARGTITIRLEPLAAGRLLLTITDD
GRGLPADFDQQVRDRLGFRIIQNLAAQLGGQVRYESKGGTVARLEFPV
>CP001349_1890 CDS_2062060-2063208
MADLTRSELDFRLHQQTLLSDFGVEALREDDFGRLLQRATEMCAEGMGAQFCKALEYKRD
ADIFLVVAGVGWGPEVVGKAVIGADLASPAGFALKTGRPVISNHLENEQRFRTPKIMADH
GIRRAVNVLIRNRAGDFGVLEVDDTRGGQFAAADIAFMQGFANLLGGAIERQRSEAQLQA
ALERQELLSREMSHRVKNSLAIVASLLTLQGRAADNEDVRRALADAQSRVEAVAQVHDQL
WRQPDLAAVDIAPFLETLCERLADSAPNHAIRCRIDHLTMPADLAIPLGLFVNELVTNAL
KHAYPEGGEIRVESERLTDGRLSLTVADDGVGLPAGFDLAAATRRSLGMRIIQGLARQLE
GTLSLGSGSGARFILTLPAASP
>CP001349_4003 CDS_4234555-4235580
MAADISSPEAAPPTGVSAAFRLFADGAPLLIWRTDPQARCIYVNPAWLAFRGRPVADELG
SGWKDGIHPEDRDGHEAVLAAAHADRSSFTAEYRLRRHDGDFRWMLGQGAPLYEGGAFQG
YCGSCFDITDRRRAEEHAAHAAVEKEALLAEVYHRVRNNLQVMVSLIGLYGRAAPGECRP
AFDALGQRVRAIALVQQHLHEAPAIASIDLAEYLERLGHGLSQMRRAGRIVVDVAVERTA
LLQPRTANALGMILAEVVAEGLDATPETATCFTSVLIPAGAPEEPIRVRIIASGIGSGLV
SAAPPKLGPRLIAAYAGQAEITATGEATPESPLELHLPEPP
>CP001349_6363 CDS_6742313-6744532
MNLRLFSQACGVLAILAGLLVLLGWGAEITALQSVVPGFPAAQPMTALAMAFCGGALLFQ
GVKHADGRRAAVGLASAVVVVSLLNLAAYAGLDLGLDRWLFSDRLANQPGPYPHPGRMAE
VTALCFLLMAFATAAKARRRMALPAVAAATVALVLASVALLAYLFDASILEVAGFSALSL
PTAVVLVVLSGGALAAEPLRGWPRRLTLGTLGGSLSRVLLPLAVIVPIGIGAAAMIATRA
GYVPPDLRLIAVCAVTAVLLGAGVMWAAGRIDGLDAARQRYRQLYEAQRTAHLVLAPDFT
IEEASESYLEATMTQRQELVGKGLFEAFPDNPADPGATGARNLRASLERVLKNRASDRMP
VQQYDIRRPSGEFEVRWWSPLNSPVFGPDGEVRHIIHQVEDVTAEMLERQAAAEARAGEA
RVRAVADAIPGLVFETDPAGWNTYVNEQYGAYTGLPTEALLGDGWRQVFHPDDRDRAAAT
WQETVGSNRPFEMECRIRRAEGVWRWFMLRISALRDRAGRVEKGIGVCTDITDQREASEL
QRTLLLEVSHRVKNSLALISGLLTLQARPLGGAARRALEEASQRVHAVARVHDQLWRGAG
TRDIDLRPFLCDLCSAVGTTAPRHSTVCHAEPAIVSADLAVPLGLFVNELLTNAYKYAYP
AGEEGEVRVLGTNLPDGRYRLEVSDAGRGLPPGFDLAKSRESLGMRVITRLAAQLGGELT
AGAAEPGARFILVFLLRAG
>CP001349_6427 CDS_6807127-6808290
MRQIEVPETKRPSLSHRYDVAGIAPAPVFDEIVALATAIVDAPIAAISFVDEDHQWVQAV
AGLPDGCAVDAGSICTHAVRADDLVVVRDLAADGQFEDYVRVHRELSVRFYAAVPLVAPD
GGHVGTLCVLDRKPRDLTDRQRSLLKALARRVITELELRRSLDAERLARRDAEQLLEEKD
RLLVQNEILLREVDHRVKNSLQLVSSMLTLQARQLPTGDAAKALDEACRRVASVAAAHEQ
LYRATASDRVDMSVFLRGICEALAATRPSNVEGIEIRAEPIEFGSKRAMKTGLLVAELVI
NGFKHAYPTGRRGGIKVELASMGPTARLRVSDEGVGLPVDLLDRASSGLGMRLIRSIVHQ
FGGRLTAEPGPGARVVIDIPSDETATT
>CP001349_6788 CDS_7173710-7174783
MAGAARRSIRTTEKRPRAAVPRADETFAAAIRASGVPMLLAEARPPGYPVAFANEAFCRL
TGHAADEILGRDCPFLQEAGNGGLPLAHLRAALSRGEEARGEVRLARKDGMFVGAAVSVS
PVRVASGTRYAFAVFTDVAAREDDDAAGSRAALQAALEHRTELLHELDHRAKNTLQVIAS
LLMLRARRGPDAATRAILDRMAERVGALAAVQRLGGPDDGCLDLRVFAEEMAGELLAGVE
PGRITVSVEVEPILVPAAKAGPLVLLLHELAVNAIRHAFPDGRRGNVRIAAARADGRLAL
EVADDGVGLQATNPPRDGFGLSLIAMVARQLGGVLVWDEARPGTRAQVSLPLDAAGA


Acknowledgements:

This research is funded by:

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