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Results: 1-5 |
Results: 5
INVOLVEMENT OF CYANIDE-RESISTANT AND ROTENONE-INSENSITIVE PATHWAYS OFMITOCHONDRIAL ELECTRON-TRANSPORT DURING OXIDATION OF GLYCINE IN HIGHER-PLANTS
Authors: IGAMBERDIEV AU BYKOVA NV GARDESTROM P
Citation: Au. Igamberdiev et al., INVOLVEMENT OF CYANIDE-RESISTANT AND ROTENONE-INSENSITIVE PATHWAYS OFMITOCHONDRIAL ELECTRON-TRANSPORT DURING OXIDATION OF GLYCINE IN HIGHER-PLANTS, FEBS letters, 412(2), 1997, pp. 265-269
FRACTIONATION OF CARBON ISOTOPES (C-13 C-12) IN ENZYMATIC DECARBOXYLATION OF GLYCINE BY PLANT LEAF MITOCHONDRIA IN-VITRO/
Authors: IVLEV AA BYKOVA NV IGAMBERDIEV AU
Citation: Aa. Ivlev et al., FRACTIONATION OF CARBON ISOTOPES (C-13 C-12) IN ENZYMATIC DECARBOXYLATION OF GLYCINE BY PLANT LEAF MITOCHONDRIA IN-VITRO/, Russian journal of plant physiology, 43(1), 1996, pp. 37-41
FRACTIONATION OF CARBON (C-13 C-12) ISOTOPES IN GLYCINE DECARBOXYLASEREACTION/
Authors: IVLEV AA BYKOVA NV IGAMBERDIEV AU
Citation: Aa. Ivlev et al., FRACTIONATION OF CARBON (C-13 C-12) ISOTOPES IN GLYCINE DECARBOXYLASEREACTION/, FEBS letters, 386(2-3), 1996, pp. 174-176
EFFECTS OF RESPIRATORY INHIBITORS AND SUCCINATE ON GLYCINE DECARBOXYLATION IN WHEAT AND MAIZE LEAVES
Authors: IGAMBERDIEV AU BYKOVA NV
Citation: Au. Igamberdiev et Nv. Bykova, EFFECTS OF RESPIRATORY INHIBITORS AND SUCCINATE ON GLYCINE DECARBOXYLATION IN WHEAT AND MAIZE LEAVES, Russian journal of plant physiology, 41(3), 1994, pp. 344-347
GLYCINE OXIDASE AND SERINE DEHYDRATASE IN GREEN LEAVES OF WHEAT AND MAIZE AND THEIR POSSIBLE ROLE IN PHOTOSYNTHETIC METABOLISM
Authors: IGAMBERDIEV AU BYKOVA NV
Citation: Au. Igamberdiev et Nv. Bykova, GLYCINE OXIDASE AND SERINE DEHYDRATASE IN GREEN LEAVES OF WHEAT AND MAIZE AND THEIR POSSIBLE ROLE IN PHOTOSYNTHETIC METABOLISM, Photosynthetica, 29(4), 1993, pp. 499-506
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