LOCUS       BCM24952.1              2604 aa    PRT              BCT 26-AUG-2021
DEFINITION  Methyloradius palustris hypothetical protein protein.
ACCESSION   AP024110-1211
PROTEIN_ID  BCM24952.1
SOURCE      Methyloradius palustris
  ORGANISM  Methyloradius palustris
            Bacteria; Pseudomonadota; Betaproteobacteria; Nitrosomonadales;
            Methylophilaceae; Methyloradius.
REFERENCE   1  (bases 1 to 2800413)
  AUTHORS   Miyadera,T. and Kojima,H.
  TITLE     Direct Submission
  JOURNAL   Submitted (19-OCT-2020) to the DDBJ/EMBL/GenBank databases.
            Contact:Hisaya Kojima
            Hokkaido University, Institute of Low Temperature Science,
            Microbial Ecology Group; nishi-8, kita-19, Sapporo, Hokkaido
            060-0819, Japan
            URL    :http://www.lowtem.hokudai.ac.jp/en/index.html
REFERENCE   2  
  AUTHORS   Miyadera,T., Kojima,H. and Fukui,M.
  TITLE     Methyloradius palustris gen. nov., sp. nov., a methanol-oxidizing
            bacterium isolated from snow
  JOURNAL   Arch. Microbiol. (2021) In press
  REMARK    Publication Status: Available-Online prior to print
            DOI:10.21203/rs.3.rs-687530/v1
COMMENT     Annotated at DFAST https://dfast.nig.ac.jp/
            
            ##Genome-Assembly-Data-START##
            Assembly Method       :: Unicycler v. 0.4.7
            Genome Coverage       :: 635x
            Sequencing Technology :: Oxford Nanopore GridION; MGI DNBSEQ-G400
            ##Genome-Assembly-Data-END##
FEATURES             Qualifiers
     source          /collection_date="2019"
                     /country="Japan:Gunma, Ozegahara moor"
                     /db_xref="taxon:2778876"
                     /isolation_source="reddish brown snow from a moor"
                     /lat_lon="36.9175 N 139.1988 E"
                     /mol_type="genomic DNA"
                     /organism="Methyloradius palustris"
                     /strain="Zm11"
                     /type_material="type strain of Methyloradius palustris"
     protein         /inference="COORDINATES:ab initio
                     prediction:MetaGeneAnnotator"
                     /locus_tag="ZMTM_12110"
                     /transl_table=11
BEGIN
        1 MDYQDFGDLV NNINGIFDVA KSANTPGRSD AQQAADALEA ASVISTTMSL LSTFNPMIPG
       61 FPLSNGAINL LNLEAQGRLM DEAIASGDQE AIIQTSLDFG AAIAGALGSV PTPIAGYLKV
      121 ISLDFAAASA LYKNRQAIED FFHDLVNPNP ATPSKPPLIP IHLPMGDADG NGIPDIHEGH
      181 WINVKTSFDN LANSPQRSDP FTLDLNGNGI DTVGISTTNP ILFDIDADGV KTSTGWIAAT
      241 DGLLVLDRNG NDTIDNGREL FGDATLKTNG QLAADGFDAI ADQDTNHDGI ISNLDANWNN
      301 LRVWRDLNQD GISQANELVT LNSLGIASIN VTGQDHSTLL NDGNVLADLG TFTYANGTNG
      361 TAGTAANLAD VNLVQDTFTS QFTDHIPLTT QAATLPNLQG SGQVRDLQEA ASLSPTLANL
      421 LTQFATASRA DQHALMDQIL KAWSDTSTMA TTFTGAYAGH TLTVDMQAAY TGLAVGSAGY
      481 QAMADKLTVM EHFNGRTYQP IPTGTGAVTL TLWHVAQDLL NQSYDVLKQS VYQSLHQAAI
      541 YDTLVKPLLD EVQLSITDAG ISLDFTALNA DLNARITANS TAGIQDLLDF YIGTKDTLKD
      601 SGWQGQQMIV DFLASHTITP DINTALLDAG FSVKGYTGWN NGYGSSADDF MVADDQADTL
      661 NGGAGDDALL GMGGNDQLSG GDGNDTLEGG AGNDGLAGSE GNDVLLGGSG DDGLNGGNGN
      721 DTLIGGTGND YLFGGDGADV YQFSTGDGAD YILNSDDGYG ASVDTIKFTD VTSTQLRSVV
      781 RSGYDLILNY GTSDSITAGN HFNNSFWSIG QVQFSDGVTM NMAQLFEAYA LNLTDGADNV
      841 TFNGATSNLH ILGGDGNDQI STGLGNDTLE GGAGNDGLAG SEGNDVLLGG SGDDGLNGGN
      901 GNDTLIGGTG NDYLFGGDGT DVYQFSTGDG TDYILNSDDG YGASVDTIKF TDVTSTQLTS
      961 LTRVGNDLVI NYGVSDSITA GNHFANTFWS MGQVQFSDGV TMSMAQLFAA YAINLTNDAD
     1021 NASFGDISNL HILAGDGSDR VTTSSGNDTL DGGNGDDILS SAAGNDILLG GSGNDQLSGG
     1081 DDNDTLIGGT GDDNLNGGNG NDTLIGGTGN DYLFGGDGAD VYQFTTGDGT DYILNSDDGY
     1141 GASVDTIKFT DVTSTQLRSV VRSGYDLILN YGTSDSITAG NHFNNSFWSI GQVQFSDGVT
     1201 MNMAQLFEAY ALNLTDGADN VTFNGATSNL HILGGDGNDQ ISTGLGNDTL EGGAGNDGLA
     1261 GSEGNDVLLG GSGDDGLNGG NGNDTLIGGT GNDYLFGGDG ADVYQFSTGD GADYILNSDD
     1321 GYGASVDTIK FTDVTSTQLR SVVRSGYDLI LNYGTSDSIT AGNHFNNSFW SIGQVQFSDG
     1381 VTMNMAQLFE AYALNLTDGA DNVTFNGATS NLHILGGDGN DQISTGLGND TLEGGAGNDG
     1441 LAGSEGNDVL LGGSGDDGLN GGNGNDTLIG GTGNDYLFGG DGADVYQFST GDGTDYILNS
     1501 DDGYGASVDT IKFTDVTSTQ LTSLTRVGND LVINYGVSDS ITAGNHFANT FWSMGQVQFS
     1561 DGVTMSMAQL FAAYPFSFTL TTGNDNVSFA GYGSVKVYAD AGNDTIIGTS GNDTLDGGTG
     1621 ADYLYGGAGN DTYVVDNIGD VVSESANAGI DTVQSSITYT LTDNVENLTL TGTTAINGTG
     1681 NALDNYLTGN STINILTGGA GNDTLDGGLG NDTLIGGIGD DTYIIDTKYD VITENAGEGT
     1741 DTVQSNFSYT IGNNLENLTL TGTAAINGTG NSLNNVLIGN ANYNVLDGGA GVDTMIGGSG
     1801 NDTYVVDNAG DVVIENAAEG TDTVQSSITY TLGANVENLT LTGTLAINGT GNELNNIMIG
     1861 NSAANILIGG AGNDNINGGT GADTLIGGTG NDTYVVDDAG DVITEYDAEG TDLVQSSINY
     1921 TLTANVENLT LTGTAAINGT GNELANTLTG NTAANILNGG AGNDTLNGGA GTDTMIGGTG
     1981 DDTYIVDNTG DVITENAGEG TDNVQASVTY TLSANLENLT LTGTAAINGT GNDLNNLLVG
     2041 TTAANYLQGG AGNDTLQGNY GYDTLDGGLG IDTVTYAGTW TGIQINLAAG TATGGAATGN
     2101 VLLNIENIIG SGANDLITGD AGNNVLDGSL GADTLIGGLG DDIYYLDSTG DVVTENANEG
     2161 TDSVFSTFSY TLGANVENLT IIYSSNQNAT GNELNNILTT TLGNNTLDGK AGADTMSGGI
     2221 GNDTYVVDNA GDLVIENAGE GTDLVQSSIT YTLTDNVENL ALTGTANING TGNTLNNTLT
     2281 GNAGNNILDG GLGADTMSGG AGNDTYIVDN LGDVVTEAAN AGTDTVNVAL ATVGGTYTVV
     2341 TNVENATLIN TVAYNLTGNS GNNVLIGNAS NNILNGVAGA DSMLGGLGDD TYVVDNVADV
     2401 VTEYAGEGTD TVLSSITYTL GNNLENLTLT GTAALNGTGN SLDNVLTGNS GANSLTGGAG
     2461 NDTFIGGLGA DTLTGGTGND TYQFTRGDGA DTIVENDATA GNTDVLKFTS GTSYDQLWFK
     2521 HVANNLEISI IGTTDKTIIK DWYTATDNHV EQITTVDGSH TLLDTQVQNL VNAMAGLTPP
     2581 AAGQTTLPAA YQTQLAPVLA ANWS
//