000002317 001__ 2317
000002317 005__ 20190305095707.0
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000002317 037__ $$aRESEARCH$$bPublished Articles
000002317 041__ $$aeng
000002317 090__ $$aREP.MB-2682
000002317 245__ $$aPyrophosphate fructose-6-phosphate phosphotransferase (PFP): an enzyme relating fructose-2,6-bisphosphate to the control of glycolysis and gluconeogenesis in plants
000002317 269__ $$a1985
000002317 336__ $$aPublished Articles
000002317 520__ $$aPyrophosphate-D-fructose-6-phosphate phosphotransferase (PEP), an enzyme discovered in bacteria, has been accorded an important function in plants. This article traces the historical developments that lead to our current understanding of the role of PFP in gluconeogenesis (sucrose synthesis) and glycolysis taking place in the cytosol of photosynthetic and nonphotosynthetic plant tissues. Attention is given to the role of fructose-2,6-bisphosphate in controlling the activity of PFP and to the recently reported capability of PFP (a pyrophosphate-dependent enzyme) to undergo reversible conversion to phosphofructokinase (an ATP-dependent enzyme) in the presence of certain metabolites. [AS]
000002317 590__ $$a#117
000002317 650__ $$aSUCROSE
000002317 650__ $$aBIOSYNTHESIS
000002317 650__ $$aMUNGBEANS
000002317 650__ $$aGLYCOLYSIS
000002317 650__ $$aPHOSPHOFRUCTOKINASE
000002317 650__ $$aGLUCONEOGENESIS
000002317 651__ $$aUnited States$$9US
000002317 691__ $$aB110
000002317 7001_ $$aCseke, C.
000002317 7001_ $$aBalogh, A.
000002317 7001_ $$aWong, J.H.
000002317 7001_ $$aBuchanan, B.B.
000002317 773__ $$tPHYSIOLOGIE VEGETALE$$jv.23(3):321-327$$yPHYVAP$$w41202
000002317 901__ $$a2690
000002317 902__ $$aAV-86
000002317 903__ $$aZ
000002317 904__ $$aM
000002317 905__ $$dTHH
000002317 905__ $$cOK
000002317 906__ $$aFR$$cFR
000002317 907__ $$a1$$d1986-03-03$$eF86052/TVIS$$f1986-07-15$$gCanadian Agriculture Library$$hOOAG
000002317 912__ $$kCHEN/PLH$$l1986-08-29
000002317 918__ $$aEn
000002317 918__ $$aFr
000002317 980__ $$aLIB