Conserved Protein Domain Family
Phn_aa_oxid

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TIGR03329: Phn_aa_oxid 
putative aminophosphonate oxidoreductase
This clade of sequences are members of the pfam01266 family of FAD-dependent oxidoreductases. Characterized proteins within this family include glycerol-3-phosphate dehydrogenase (1.1.99.5), sarcosine oxidase beta subunit (1.5.3.1) and a number of deaminating amino acid oxidases (1.4.-.-). These genes have been consistently observed in a genomic context including genes for the import and catabolism of 2-aminoethylphosphonate (AEP). If the substrate of this oxidoreductase is AEP itself, then it is probably acting in the manner of a deaminating oxidase, resulting in the same product (phosphonoacetaldehyde) as the transaminase PhnW (TIGR02326), but releasing ammonia instead of coupling to pyruvate:alanine. Alternatively, it is reasonable to suppose that the various ABC cassette transporters which are also associated with these loci allow the import of phosphonates closely related to AEP which may not be substrates for PhnW.
Statistics
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PSSM-Id: 274522
Aligned: 6 rows
Threshold Bit Score: 834.048
Created: 9-Oct-2014
Updated: 25-Oct-2021
Structure
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Aligned Rows:
Sequence Alignment
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Format: Row Display: Color Bits: Type Selection:
WP_011705803   5 PFWLAEALAAEQPAPPKPLVGDHEVDVCIVGGGFTGLWSAIALKQAEPHLRIMVLEKDRCGSGASGRNGGCLLTWSAKYL 84  Aeromonas hydro...
WP_011484132   5 PYWLSQALAAEQGGPAPALVSDTRAQLCIIGGGFTGLWTAILAKRARPELDVLVLEADVCGGGASGRNGGCALTWSTKFF 84  Polaromonas sp....
WP_011301975   3 PFWLEQAL-LGDTDLAPALRGTRQAEICIVGGGFTGLWTALQIRQRRPAARITILEADICGAGASGRNGGCMLTWSTKLF 81  Cupriavidus pin...
WP_011062248   3 PFWLEQALQQQPSPACPPLSGDTTCQVAIVGGGYTGLWTAIMLKEQNPGLDVLLIEADICGAGASGRNGGCALSWSAKYF 82  fluorescent pse...
WP_011694448   3 PFWIEQAL-FNDGDLAPALQGATQADVCIVGGGFTGLWTAIQAKQHDPALDIAILEADLCGAGASGRNGGCLLTWSAKFL 81  Burkholderia ce...
WP_005481488   5 SYWFKQALELEQPQPAKPLNEDIAADVAIIGGGYTGLWTAIMIKQQAPKKHVVVIEKGLCGSGASGANGGCMLTWSTKFP 84  Vibrio parahaem...
WP_011705803  85 TLKRLFGEEKAAWLVQRSEQAVHEIARFCEKHNIEAQLRVEGTCYTATSEAQRGLMEPILRELQRADLNQWQAIAEGELA 164 Aeromonas hydro...
WP_011484132  85 TLQRLFGDAEAVRLVRASEQALLDIEAFCAEHNIDCEWRRHGTLFTATSAAQLGASDAVVAALESRGINSWQKMSPHELQ 164 Polaromonas sp....
WP_011301975  82 TLTRLFGEAEAMRLVRASEDAIPAIADFCRLHGIDADLRMDGTIYTATNPAQEGLLDPVVQALEDWGLNSWHRLSSGEVA 161 Cupriavidus pin...
WP_011062248  83 TLERLFGVEEAVRLVKESEQSIYAIGAFCERYGVDAQYRLDGTLYTATNPAQVGSTDGVIAALERRGINSFDKRPLADVQ 162 fluorescent pse...
WP_011694448  82 TLRRLFGEAEAIRLVKASEAAVQHIADFCRAHDIDAELRLDGTLYTATSGAQVGTLAPVLDALAACGIHSYEPLPSAEVA 161 Burkholderia ce...
WP_005481488  85 TLKRLFGEAQAAWLVKESEQAVLEIDAFCKQHHIDAQLSLKGVYYTATNHVQAGSMQPVVDELSRLGVNSWRRCKEDELH 164 Vibrio parahaem...
WP_011705803 165 SQSGSHVHLEGLYSPHAGSVQPALLVRGLLRVARELGVEVYEYSPMQRLEAGQPARVQTPQGEVHARKVVLALNSAMVQH 244 Aeromonas hydro...
WP_011484132 165 RRAGSRAHLEGWYSPVAASVQPGKLVRGLRRVALGLGVRLHEGTPMRGLEEGSPPVIRTPHCKVTADRVVIAINAWMASS 244 Polaromonas sp....
WP_011301975 162 ARTGSARNRSGFFSPLAGTVHPGKLVRGLRRVALSQGIEIHERSPMISLVDAARPAVVTPCGRVEADHVVLALNAWMPTL 241 Cupriavidus pin...
WP_011062248 163 RMAGSSQHLEGWYSPAAASVQPGLLVRGLRRVALQLGVRIHENTAMTGLEEGRPALLRTPLGQIRAERVVLAMNAWMARA 242 fluorescent pse...
WP_011694448 162 RRSGSARNLDGVYSPIAATVHPGKLVRGLRRVALAMGIRIYERTPMLDFTPGQPAVVRTPSGSVTAGKLVFAINAWMASR 241 Burkholderia ce...
WP_005481488 165 ANTGSPRHLEGFHSSVAASVQPALLARGLRRVALEMGIEIFENTPMTKLDFGQPATVSTPDAQIKAKQVVLALNAWMVEH 244 Vibrio parahaem...
WP_011705803 245 FREFRRSIVLVSSDMVITDPAPDALAAQQLAHGRSVVDGRTFVHYYRSTPQGRLMLGKGGNTFAFANRHLAEFDAPSRYL 324 Aeromonas hydro...
WP_011484132 245 FREFERSIAIVSSDMVITEPAAAALAASGLDGGISVLDSRIFVHYYRSTPDGRLMFGKGGNTFAYGGRMLPVFNQPSPYR 324 Polaromonas sp....
WP_011301975 242 FPQFERSVAIVSSDMIMTDRCPDLLASIGLDHGTSVLDSRTFVYYYRTTRDGRLMLGKGGNTFSYRGRIAPVFNQASPYE 321 Cupriavidus pin...
WP_011062248 243 FPQFERSVAIVSSDMLITEPRPQLLQQIGLTSGVTVLDSRIFVHYYHNTPDGRIMLGKGGNTFAYGGRMLPVFDQPSPYA 322 fluorescent pse...
WP_011694448 242 FPQFERTIAVVSSDMVITEKCPELLARTGLVDGVSVLDSRIFVYYYRTTADGRLMLGKGGNTFSWRSRIAPVFDRRSPYE 321 Burkholderia ce...
WP_005481488 245 FTQFKNSIVVVSSDMVITKPLGESLRKTGWQAGTSVLDSRIFVHYYRDTPDGRLMLGKGGNQFSFNNQVDVMFNKPTRYQ 324 Vibrio parahaem...
WP_011705803 325 APLTHTLRRFFPALNEVPIAASWCGASDRSVDGLPFFGHWRGQPNIVYGLGYSGNGVAQSWMGGQILAALVrdevREEDK 404 Aeromonas hydro...
WP_011484132 325 EELTGRLRGFIPELAGTPIAASWNGASDRSVTGLPFFGRLRDRPDVFYGFGYSGNGVGPSRMGGELLSSLA----LGLDN 400 Polaromonas sp....
WP_011301975 322 TMLTQSLRAFFPALSDVPVIASWNGPSDRSSTGFPFFGYLNGNRAISYGFGYSGNGVAPSYMGGQLLSSLA----LGEDN 397 Cupriavidus pin...
WP_011062248 323 GLLKRSLGQFFPAFADVPVAATWNGPSDRSVTGLPFFGQMSRAGNVFYGFGYSGSGVGPCHMGGQILASLV----QGLDN 398 fluorescent pse...
WP_011694448 322 AQLTRSLREFFPSLAGVPITASWNGPSDRSVTGFPFFGRLDDAPNVFYGFGYSGNGVGPTYMGGQILSSLV----LGLDN 397 Burkholderia ce...
WP_005481488 325 NLLRKSFDKLFPSLKEAEFEYSWTGGSDRSTSGFPFFGKLNEQRNVFYGFGYSGNGVAQTRMGGKILSSMV----LGLDN 400 Vibrio parahaem...
WP_011705803 405 PWRDCALVSGPRGYFPPEPFRWLGAMAVRNAIRRKERAEDESRPVAWYDKQLAKLADAAGKADK 468 Aeromonas hydrophila
WP_011484132 401 EWTRSPLLRGPLGRFPPEPIRYVGSLMVRNAIRRKEAAEDSGRRPFLPDVMLSRFAAAAGKADK 464 Polaromonas sp. JS666
WP_011301975 398 AWTRSGLAKGPRGQFPPEPVRYLGSLLVRNAIRRKECAEDRHTEPFLLDKFLARFAQAAGKADK 461 Cupriavidus pinatubonensis
WP_011062248 399 PWTRSPLVNGPLGYFPPEPIRYLGSLVVRNAIRRKERAEDHGRRPRHLDVRLARFAAAAGKADK 462 fluorescent pseudomonads
WP_011694448 398 AWTRSPIVRGPLGHFPPEPIRYVGAHVVRNAIRRKERAEDESRQPSVVDTWLAKFASAAGKADK 461 Burkholderia cenocepacia
WP_005481488 401 EWTRSGLAKGPLGHFPPEPFRWIGAMTVRNAVRRKEEAEDCGQKPFIWDKWLAKLAGPAGKADK 464 Vibrio parahaemolyticus
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