ID   QBM29458; SV 1; linear; genomic DNA; STD; PRO; 1935 BP.
XX
PA   CP037867.1
XX
PR   Project:PRJNA525691;
XX
DT   18-MAR-2019 (Rel. 140, Created)
DT   18-MAR-2019 (Rel. 140, Last updated, Version 1)
XX
DE   Hydrogenophaga pseudoflava Nitrous-oxide reductase precursor
XX
KW   .
XX
OS   Hydrogenophaga pseudoflava
OC   Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales;
OC   Comamonadaceae; Hydrogenophaga.
XX
RN   [1]
RA   Sebastian G., Baumann P., Ruckert C., Kalinowski J., Nebel B., Takors R.,
RA   Blombach B.;
RT   ;
RL   Submitted (06-MAR-2019) to the INSDC.
RL   CeBiTec, Bielefeld University, Sequenz 1, Bielefeld 33615, Germany
XX
DR   MD5; d7b2c59de0fdd1993944b3bf1bf74d5f.
DR   BioSample; SAMN11056680.
XX
FH   Key             Location/Qualifiers
FH
FT   source          1..1935
FT                   /organism="Hydrogenophaga pseudoflava"
FT                   /strain="DSM 1084"
FT                   /mol_type="genomic DNA"
FT                   /country="Russia:Moscwa river"
FT                   /isolation_source="mud"
FT                   /collection_date="1977"
FT                   /db_xref="taxon:47421"
FT                   /culture_collection="DSM:1084"
FT   CDS             CP037867.1:3624526..3626460
FT                   /codon_start=1
FT                   /transl_table=11
FT                   /gene="nosZ"
FT                   /locus_tag="HPF_17320"
FT                   /product="Nitrous-oxide reductase precursor"
FT                   /EC_number="1.7.2.4"
FT                   /db_xref="GOA:A0A4P6X4H4"
FT                   /db_xref="UniProtKB/TrEMBL:A0A4P6X4H4"
FT                   /inference="ab initio prediction:Prodigal:2.6"
FT                   /inference="similar to AA sequence:UniProtKB:P19573"
FT                   /protein_id="QBM29458.1"
FT                   /translation="MKDDSISNDQDRAAWGRRKFLNTAALAGLSIGAVACTDKSAGTAA
FT                   TPAAPAAPADAAHAASGAAAGHLKPGELDTYYGLWSGGHTGDMRVLGMPSGRELLRIPC
FT                   FVPDALVGWGITNESKAIMGTKADGSLRYTVADTHHTHASYKDGNYDGRYAWINDKINS
FT                   RLARIRLDYFVCDKITQLPNVQGFHGIFPDKADPVDPAINYTTRVFCGAEFSIPLPNTG
FT                   TEDSSKYRSMFTCVDAESMEVRWQVLIDGNCDLTATSYDGKLAATNQYNIEMGAKYEDM
FT                   MSAERDACLFFNIARIEEAVKAGKFKTVGTSKVPVVDGTHEANKDPKTALTAYVSVPKN
FT                   PHGVNASPDGKYFICAGKLSPTATVIELSKVLEWFDGKLEKLDDAIVAEVELGLGPLHT
FT                   AFDGRGNAYTTLFLDSQVVKWNVDAAIKFHAGDKAAKYVVDRIDVHYQPGHINASQSET
FT                   KAADGKYLAVGCKFSKDRFLPVGPLHAENEQLIDISGEKMVLMGDHPVRGEPHDFIIFK
FT                   RDLVKPKQVYSLDDFPNAVKDPKESGVFRNGKKVTVKMTSQAPAFSLREFKVKKGDEVT
FT                   LILTNLDKIEDLTHGFAIPNYNVNFIVNPQETASVTFIADQPGVFWCYCTHFCHALHLE
FT                   MRSRMIVEA"
XX
SQ   Sequence 1935 BP; 401 A; 676 C; 567 G; 291 T; 0 other;
     atgaaagacg acagcatttc caacgatcaa gaccgcgccg cctgggggcg tcgcaagttc        60
     ctgaacaccg ccgcgctggc gggtctgtcc atcggcgccg tggcctgcac cgacaagtcc       120
     gccggaacag ccgccacacc cgctgcccct gcagcccccg ccgatgcggc gcacgctgcc       180
     tcgggcgccg ccgccggcca cctcaagccc ggtgaactcg acacctacta cggtctctgg       240
     agcggtggcc acacgggcga catgcgcgtg ctgggcatgc cctccggccg cgaactgctg       300
     cgcatcccct gcttcgtacc cgacgcactg gtcggctggg gcatcaccaa cgagtccaag       360
     gccatcatgg gcaccaaggc cgatggttcg ctgcgctaca ccgtcgccga cacgcaccac       420
     acccacgcct cctacaagga cggcaactac gacggccgct acgcctggat caacgacaag       480
     atcaacagcc gcctggcccg catccgcctg gactacttcg tctgcgacaa gatcacccag       540
     ctgcccaacg tgcagggctt ccatggcatc ttcccggaca aggccgaccc ggtcgatccg       600
     gccatcaact acaccacacg cgtgttctgc ggcgccgagt tctcgatccc cctgcccaac       660
     acgggcaccg aggacagcag caagtaccgc tcgatgttca cctgcgtgga cgccgaatcg       720
     atggaggtgc gctggcaggt gctgatcgac ggcaactgcg acctcaccgc cacgtcgtat       780
     gacggcaagc tggcggccac caaccagtac aacatcgaga tgggcgccaa gtacgaggac       840
     atgatgtccg ccgaacgcga cgcctgcctg tttttcaaca tcgcccgcat cgaagaggcc       900
     gtcaaggccg gcaagttcaa gaccgtcggc acatcgaaag tgcctgtggt ggacggcaca       960
     cacgaagcca acaaggatcc caagacggcg ctgacggcgt atgtctcggt tcccaagaac      1020
     ccccacggcg tgaacgccag ccccgacggc aagtacttca tctgcgcggg caagctctcg      1080
     cccaccgcca cggtgatcga gctcagcaag gtgctggagt ggttcgacgg caagcttgaa      1140
     aagctcgacg atgccatcgt ggccgaggtt gaactcggcc tgggcccgct gcacacggcc      1200
     ttcgacggcc gcggcaacgc ttacaccacg ctgttcctgg acagccaggt ggtcaagtgg      1260
     aacgtggacg ccgccatcaa gttccatgcc ggcgacaagg ccgccaagta cgtggtcgac      1320
     cgcatcgacg tgcactacca gccgggccac atcaacgcct cgcagtccga gaccaaggcc      1380
     gccgacggca agtacctcgc cgtgggctgc aagttctcca aggaccgctt cctgccggtg      1440
     ggcccgctgc acgccgagaa cgaacagctg atcgacatct cgggcgagaa gatggtgctc      1500
     atgggcgacc acccggtgcg cggcgagccg cacgacttca tcatcttcaa gcgcgacctg      1560
     gtcaagccca agcaggtcta ttcgctcgac gacttcccga acgccgtcaa ggacccgaag      1620
     gagtcgggcg tgttccgcaa cgggaagaag gtgacggtga agatgacctc gcaggcgccg      1680
     gccttcagcc tgcgcgagtt caaggtcaag aagggcgacg aggtcacgct gatcctgacc      1740
     aacctggaca agatcgagga tctgacccac ggcttcgcga tccccaacta caacgtgaac      1800
     ttcatcgtca acccgcagga aacggcgtcg gtcacgttca tcgccgacca gccgggcgtg      1860
     ttctggtgct actgcacgca cttctgccac gcattgcacc tggagatgcg ctcgcgcatg      1920
     atcgtggaag cgtaa                                                       1935
//