LOCUS       BDN82934.1              2407 aa    PRT              BCT 09-FEB-2023
DEFINITION  Mycobacterium pseudoshottsii hypothetical protein protein.
ACCESSION   AP026367-3149
PROTEIN_ID  BDN82934.1
SOURCE      Mycobacterium pseudoshottsii
  ORGANISM  Mycobacterium pseudoshottsii
            Bacteria; Bacillati; Actinomycetota; Actinomycetes;
            Mycobacteriales; Mycobacteriaceae; Mycobacterium; Mycobacterium
            ulcerans group.
REFERENCE   1  (bases 1 to 6051062)
  AUTHORS   Komine,T., Fukano,H. and Wada,S.
  TITLE     Direct Submission
  JOURNAL   Submitted (27-JUN-2022)
            Contact:Takeshi Komine
            Nippon Veterinary and Life Science University, School of
            Veterinary Medicine; Kyohnan-cho 1-7-1, Musashino, Tokyo 180-8602,
            Japan
REFERENCE   2  
  AUTHORS   Komine,T., Fukano,H., Yoshida,M., Inohana,M., Hoshino,Y.,
            Kurata,O. and Wada,S.
  TITLE     Complete Genome and Partial Megaplasmid Sequences of Mycobacterium
            pseudoshottsii Strain NJB1907-Z4, Isolated from an Aquarium-Reared
            Japanese Sardine (Sardinops melanostictus) in Japan
  JOURNAL   Microbiol Resour Announc 11 (12), e00785-22 (2022)
  REMARK    Publication Status: Online-Only
            DOI:10.1128/mra.00785-22
COMMENT     Annotated by DFAST https://dfast.ddbj.nig.ac.jp/
            
            ##Genome-Assembly-Data-START##
            Assembly Method       :: Flye v. 2.9; galaxy v. 0
            Genome Coverage       :: 189x
            Sequencing Technology :: Pacbio sequel; Illumina HiSeqX
            ##Genome-Assembly-Data-END##
FEATURES             Qualifiers
     source          /collection_date="2019-07-10"
                     /db_xref="taxon:265949"
                     /geo_loc_name="Japan:Tokyo"
                     /host="Sardinops melanostictus"
                     /isolation_source="liver of Japanese sardine"
                     /mol_type="genomic DNA"
                     /organism="Mycobacterium pseudoshottsii"
                     /strain="NJB1907-Z4"
     protein         /inference="COORDINATES:ab initio
                     prediction:MetaGeneAnnotator"
                     /locus_tag="NJB1907Z4_C31490"
                     /note="possible pseudo due to internal stop codon"
                     /transl_table=11
BEGIN
        1 MVVGRDREAL LAGLTGLARG EPGAGVVVGQ AAAVGKTVLV FPGQGAQWTG MGRQLLDESP
       61 VFAERMRRCD EALAEFVSWS LLDVVAGVAG VAGVAGVAGV AGVAGAPGLD RVDVVQPLSW
      121 AIMVSLAELW RSVGVTPDAV IGHSQGEIAA ACVAGALSLR DGAAVVALRS RLLVDLAGAG
      181 AMASLACGVA RAEQLLAGFG DRLDLAAING VSAVVISGRV DAVLELMDLA ETQGVRARRI
      241 EVDYASHSAQ VDAIAGPLME ALAGIEPRPS STSFFSTVTG GLMGTVELDG GLGRFWMSAG
      301 QAHVAGVGMD WRAVYAGWGA RLVELPTYAF QRQRFWLPPA PTGSVDPAGL GLGEAGHGLL
      361 CAAVEHPDSG EVILTGRLSL SAQPWLADHA VLGVMLFPGT GFLELVIRAG DVVGCTLVRE
      421 LTMVAPLVLS RDVPVQVQVV VAPDGGDGSR SVTVYSHADR PDSGWLLNAQ GVLDVDVVQP
      481 PAEVSEWPPV GAVRVEISDA YEQLAARGFE YGQAFRGCTA LWRRDQELFA EVALPEQVSA
      541 QAGRFGIHPA LLDAALHAGL YGALDFGGSR AGNAEAVLPY SWQRVSLYAG GAERLRVRIT
      601 PSASGTVSIE LADSAGGPVL SAGSLAVRPV GTAELRAALS AAARETDQGL LELAWSPITV
      661 ESTSGGHRPV VLEWADYVAA DDDHAAGQAD VVLWRCEPAG GRVLDQAYRA THAALEVLQR
      721 WLARDRSATL VIATHGAVGS AEHDITDLAG AAVWGLVRSA QTEHPGRIVL IDTDTAVVDL
      781 AGLLATKEPQ LMVRAGRVHA ARLAAVEETL VLPTHQQWRL AAGGEGTLAG VVMEPNPQAQ
      841 APLGPGQVRV AVAAAGVNFR DVLVVLGMYP GQAPPLGGEG AGVVVEVGHH VRRLSVGDQV
      901 MGLVGVAGPE AVVDQRLLVK LPSGWSLAQA AGVPVAFLTA WYGLSDLAGV RSGESVLVHA
      961 ATGGVGMAAV QLARHWGLEV FVTASRGKWD ILRRMGFDDD HIGDSRTVDF ADKFLAVTDG
     1021 RGVDVVLNSL AGEFIDASLR LLARGGRFIE MGKTDIRDPH TIAQNHPRVT YRAFDLLESG
     1081 PARIQAMLGA LLELFQARAL HPLPIKTWDV RCTPAAYRFV SQARHIGKVI LTMPTLLPDA
     1141 LAAGTVLITG GTGMVAAALA RHLVSSHGVR HLVLVSRRGD AAAGASKLVD ELTAAGATVR
     1201 VVACDVADPA AVSRLMNQLP EQCPPLSAVI HAAGTLDDAL ITSLTPQRVD AVLRAKVDGA
     1261 WNLHEATRDL GLSAFVLCSS IAATLGAPGQ ANYAAGNAFL DALAAHRHAT GLAGISLAWG
     1321 LWEQSSTMTA HLRGRDVDRM TRIGMRAISA EQAIELFDAA LVLDHPTVVT SRLDEAALAN
     1381 PTISSQLPPL FNDLIRRPVR RRVDNDTMAA KSILAQRLND LAPERHRVAF IEMVCEQAAA
     1441 VLGRPNGDDV DPEHTFRDLG LDSLTDLELR NRLKIISGLA LPPTLIVDYP TPQLLAGYLS
     1501 QRLGENNGVP TDGGSRPSPA DPDDELRNTL ETIPIADLRD AGLSCPPMGM SGLSAAELAE
     1561 LSDILARTGD QRDRDQAAGG LVGVEDVMAL TPLQQGLFAL AMFSESPVDD PYTIATTFDV
     1621 LGQLDTVLLR NCATAMLYRH PNLRARFIYG DLPHPVQVVP SDVDLSWRQV VAMPEEVASL
     1681 EADEQRSGFD LERGLTMRFL LVELPNERWR FVITAHHIVI DGWSLAVFVN ELFALYRAGG
     1741 AIDVLAAPPR PFRDYLGWLD GWDSQSGEQF WRDYLAGLSA PTMLSRALAG GQGGQVAEEP
     1801 QRIELCLGAE VTARLVDGAR SRGVTVNSLV QVAWALVLGA LTGRDDVVFG IAVSGRPSEL
     1861 AGVQSMVGLF INTVPLRVRL DPQAVIADVC AAVRRDTALV REYAYFSHAW LRQAAGVGEM
     1921 FDTLLVFENF PTGGLAVGKD VPVGAATFRR VAAHSPTHFP VTVTAEFARD QLTLMIAATG
     1981 DALSVLTPET GLGVADLVQR LGRVLVAMTG DVGVRVSSLD VLDSVERVRL DGWGNRSVLG
     2041 ASVPVGVSIP ALFDAQVVRG RDAVALSFEG QSLTYGELDE ASNRLARFLV GLGAGPGQRV
     2101 ALVFGRCAQA VTAILAVLKT GAAYVPIDPG LPAARVQFMV ADAGPVAVVT TGGWGAGLDG
     2161 CGCVVVDVAD AGVEACAGTG LVAPAADDIA YLIYTSGTTG IPKGVAVSHR NVVALVESLA
     2221 SSVPVAGVWS QWHSYAFDVS VCEIWGALLS GGRLVVVPEQ VVGSPEDFLA LLVAERVSVL
     2281 SQTPSAFYAL QGAVTVRSGL GRELRVEAVL LAGEAFEPQC AGVWLARRSG LARLINLYGT
     2341 TETTVHASVR EIVGADVESA VSPIGVPLGH LGFFVLDGWL RPVPVGVGGS CMWLVLGWVW
     2401 GIGGGGR
//