Sequence of PNO_EUGGR
EC Number:1.2.1.51
EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
Reaction
pyruvate + CoA + NADP+ = acetyl-CoA + CO2 + NADPH + H+
Other sequences found for EC No. 1.2.1.51
General information:
Sequence
0 MKQSVRPIIS NVLRKEVALY STIIGQDKGK EPTGRTYTSG PKPASHIEVP HHVTVPATDR
60 TPNPDAQFFQ SVDGSQATSH VAYALSDTAF IYPITPSSVM GELADVWMAQ GRKNAFGQVV
120 DVREMQSEAG AAGALHGALA AGAIATTFTA SQGLLLMIPN MYKIAGELMP SVIHVAAREL
180 AGHALSIFGG HADVMAVRQT GWAMLCSHTV QQSHDMALIS HVATLKSSIP FVHFFDGFRT
240 SHEVNKIKML PYAELKKLVP PGTMEQHWAR SLNPMHPTIR GTNQSADIYF QNMESANQYY
300 TDLAEVVQET MDEVAPYIGR HYKIFEYVGA PDAEEVTVLM GSGATTVNEA VDLLVKRGKK
360 VGAVLVHLYR PWSTKAFEKV LPKTVKRIAA LDRCKEVTAL GEPLYLDVSA TLNLFPERQN
420 VKVIGGRYGL GSKDFIPEHA LAIYANLASE NPIQRFTVGI TDDVTGTSVP FVNERVDTLP
480 EGTRQCVFWG IGSDGTVGAN RSAVRIIGDN SDLMVQAYFQ FDAFKSGGVT SSHLRFGPKP
540 ITAQYLVTNA DYIACHFQEY VKRFDMLDAI REGGTFVLNS RWTTEDMEKE IPADFRRNVA
600 QKKVRFYNVD ARKICDSFGL GKRINMLMQA CFFKLSGVLP LAEAQRLLNE SIVHEYGKKG
660 GKVVEMNQAV VNAVFAGDLP QEVQVPAAWA NAVDTSTRTP TGIEFVDKIM RPLMDFKGDQ
720 LPVSVMTPGG TFPVGTTQYA KRAIAAFIPQ WIPANCTQCN YCSYVCPHAT IRPFVLTDQE
780 VQLAPESFVT RKAKGDYQGM NFRIQVAPED CTGCQVCVET CPDDALEMTD AFTATPVQRT
840 NWEFAIKVPN RGTMTDRYSL KGSQFQQPLL EFSGACEGCG ETPYVKLLTQ LFGERTVIAN
900 ATGCSSIWGG TAGLAPYTTN AKGQGPAWGN SLFEDNAEFG FGIAVANAQK RSRVRDCILQ
960 AVEKKVADEG LTTLLAQWLQ DWNTGDKTLK YQDQIIAGLA QQRSKDPLLE QIYGMKDMLP
1020 NISQWIIGGD GWANDIGFGG LDHVLASGQN LNVLVLDTEM YSNTGGQASK STHMASVAKF
1080 ALGGKRTNKK NLTEMAMSYG NVYVATVSHG NMAQCVKAFV EAESYDGPSL IVGYAPCIEH
1140 GLRAGMARMV QESEAAIATG YWPLYRFDPR LATEGKNPFQ LDSKRIKGNL QEYLDRQNRY
1200 VNLKKNNPKG ADLLKSQMAD NITARFNRYR RMLEGPNTKA AAPSGNHVTI LYGSETGNSE
1260 GLAKELATDF ERREYSVAVQ ALDDIDVADL ENMGFVVIAV STCGQGQFPR NSQLFWRELQ
1320 RDKPEGWLKN LKYTVFGLGD STYYFYCHTA KQIDARLAAL GAQRVVPIGF GDDGDEDMFH
1380 TGFNNWIPSV WNELKTKTPE EALFTPSIAV QLTPNATPQD FHFAKSTPVL SITGAERITP
1440 ADHTRNFVTI RWKTDLSYQV GDSLGVFPEN TRSVVEEFLQ YYGLNPKDVI TIENKGSREL
1500 PHCMAVGDLF TKVLDILGKP NNRFYKTLSY FAVDKAEKER LLKIAEMGPE YSNILSEMYH
1560 YADIFHMFPS ARPTLQYLIE MIPNIKPRYY SISSAPIHTP GEVHSLVLID TWITLSGKHR
1620 TGLTCTMLEH LQAGQVVDGC IHPTAMEFPD HEKPVVMCAM GSGLAPFVAF LRERSTLRKQ
1680 GKKTGNMALY FGNRYEKTEF LMKEELKGHI NDGLLTLRCA FSRDDPKKKV YVQDLIKMDE
1740 KMMYDYLVVQ KGSMYCCGSR SFIKPVQESL KHCFMKAGGL TAEQAENEVI DMFTTGRYNI
1800 EAW
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Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
842010
Nakazawa M.,Inui H.,Yamaji R.,Yamamoto T.,Takenaka S.,Ueda M.,Nakano Y.,Miyatake K.
The origin of pyruvate:NADP+ oxidoreductase in mitochondria of Euglena gracilis.
FEBS Lett.
479
155-156
2000
842011
Rotte C.,Stejskal F.,Zhu G.,Keithly J.S.,Martin W.
Pyruvate: NADP oxidoreductase from the mitochondrion of Euglena gracilis and from the apicomplexan Cryptosporidium parvum: a biochemical relic linking pyruvate metabolism in mitochondriate and amitochondriate protists.
Mol. Biol. Evol.
18
710-720
2001
842012
Inui H.,Yamaji R.,Saidoh H.,Miyatake K.,Nakano Y.,Kitaoka S.
Pyruvate:NADP+ oxidoreductase from Euglena gracilis: limited proteolysis of the enzyme with trypsin.
Arch. Biochem. Biophys.
286
270-276
1991
842013
Watanabe F.,Yamaji R.,Isegawa Y.,Yamamoto T.,Tamura Y.,Nakano Y.
Characterization of aquacobalamin reductase (NADPH) from Euglena gracilis.
Arch. Biochem. Biophys.
305
421-427
1993
842014
Inui H.,Ono K.,Miyatake K.,Nakano Y.,Kitaoka S.
Purification and characterization of pyruvate:NADP+ oxidoreductase in Euglena gracilis.
J. Biol. Chem.
262
9130-9135
1987
842015
Nakazawa M.,Takenaka S.,Ueda M.,Inui H.,Nakano Y.,Miyatake K.
Pyruvate:NADP(+) oxidoreductase is stabilized by its cofactor, thiamin pyrophosphate, in mitochondria of Euglena gracilis.
Arch. Biochem. Biophys.
411
183-188
2003
