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Results: 1-20 |
Results: 20
THE ENDOPLASMIC-RETICULUM OF PLANT-CELLS AND ITS ROLE IN PROTEIN MATURATION AND BIOGENESIS OF OIL BODIES
Authors: GALILI G SENGUPTAGOPALAN C CERIOTTI A
Citation: G. Galili et al., THE ENDOPLASMIC-RETICULUM OF PLANT-CELLS AND ITS ROLE IN PROTEIN MATURATION AND BIOGENESIS OF OIL BODIES, Plant molecular biology, 38(1-2), 1998, pp. 1-29
DOWN-REGULATION OF SPECIFIC MEMBERS OF THE GLUTAMINE-SYNTHETASE GENE FAMILY IN ALFALFA BY ANTISENSE RNA TECHNOLOGY
Authors: TEMPLE SJ BAGGA S SENGUPTAGOPALAN C
Citation: Sj. Temple et al., DOWN-REGULATION OF SPECIFIC MEMBERS OF THE GLUTAMINE-SYNTHETASE GENE FAMILY IN ALFALFA BY ANTISENSE RNA TECHNOLOGY, Plant molecular biology, 37(3), 1998, pp. 535-547
COEXPRESSION OF THE MAIZE DELTA-ZEIN AND BETA-ZEIN GENES RESULTS IN STABLE ACCUMULATION OF DELTA-ZEIN IN ENDOPLASMIC RETICULUM-DERIVED PROTEIN BODIES FORMED BY BETA-ZEIN
Authors: BAGGA S ADAMS HP RODRIGUEZ FD KEMP JD SENGUPTAGOPALAN C
Citation: S. Bagga et al., COEXPRESSION OF THE MAIZE DELTA-ZEIN AND BETA-ZEIN GENES RESULTS IN STABLE ACCUMULATION OF DELTA-ZEIN IN ENDOPLASMIC RETICULUM-DERIVED PROTEIN BODIES FORMED BY BETA-ZEIN, The Plant cell, 9(9), 1997, pp. 1683-1696
CONSTITUTIVE OVER-EXPRESSION OF CYTOSOLIC GLUTAMINE-SYNTHETASE GENE IN ALFALFA IS NOT ACCOMPANIED BY AN INCREASE IN GS(1) PROTEIN AND ACTIVITY
Authors: ORTEGA JL TEMPLE S BAGGA S SENGUPTAGOPALAN C
Citation: Jl. Ortega et al., CONSTITUTIVE OVER-EXPRESSION OF CYTOSOLIC GLUTAMINE-SYNTHETASE GENE IN ALFALFA IS NOT ACCOMPANIED BY AN INCREASE IN GS(1) PROTEIN AND ACTIVITY, Plant physiology, 114(3), 1997, pp. 210-210
TARGETED ACCUMULATION OF THE DELTA-ZEINS AND BETA-ZEINS IN NOVEL PROTEIN BODIES
Authors: BAGGA S ARMENDARIS A KLYPINA N ADAMS H KEMP JD SENGUPTAGOPALAN C
Citation: S. Bagga et al., TARGETED ACCUMULATION OF THE DELTA-ZEINS AND BETA-ZEINS IN NOVEL PROTEIN BODIES, Plant physiology, 114(3), 1997, pp. 263-263
TOTAL GLUTAMINE-SYNTHETASE ACTIVITY DURING SOYBEAN NODULE DEVELOPMENTIS CONTROLLED AT THE LEVEL OF TRANSCRIPTION AND HOLOPROTEIN TURNOVER
Authors: TEMPLE SJ KUNJIBETTU S ROCHE D SENGUPTAGOPALAN C
Citation: Sj. Temple et al., TOTAL GLUTAMINE-SYNTHETASE ACTIVITY DURING SOYBEAN NODULE DEVELOPMENTIS CONTROLLED AT THE LEVEL OF TRANSCRIPTION AND HOLOPROTEIN TURNOVER, Plant physiology, 112(4), 1996, pp. 1723-1733
OXIDATIVE TURNOVER OF SOYBEAN ROOT GLUTAMINE-SYNTHETASE
Authors: ORTEGA JL ROCHE D SENGUPTAGOPALAN C
Citation: Jl. Ortega et al., OXIDATIVE TURNOVER OF SOYBEAN ROOT GLUTAMINE-SYNTHETASE, Plant physiology, 111(2), 1996, pp. 25-25
THE SYNTHESIS OF NODULE SPECIFIC GS ISOENZYMES IN DEVELOPING SOYBEAN NODULES IS DEPENDENT ON N-2 FIXATION
Authors: KUNJIBETTU S TEMPLE SJ ROCHE D SENGUPTAGOPALAN C
Citation: S. Kunjibettu et al., THE SYNTHESIS OF NODULE SPECIFIC GS ISOENZYMES IN DEVELOPING SOYBEAN NODULES IS DEPENDENT ON N-2 FIXATION, Plant physiology, 111(2), 1996, pp. 28-28
COEXPRESSION OF THE 15KD AND 10KD ZEIN GENES IN VEGETATIVE TISSUES OFTOBACCO INCREASES THE STEADY-STATE LEVELS OF THE 10KD ZEIN PROTEIN SEVERAL FOLD
Authors: BAGGA S RODRIGUEZ F KEMP JD SENGUPTAGOPALAN C
Citation: S. Bagga et al., COEXPRESSION OF THE 15KD AND 10KD ZEIN GENES IN VEGETATIVE TISSUES OFTOBACCO INCREASES THE STEADY-STATE LEVELS OF THE 10KD ZEIN PROTEIN SEVERAL FOLD, Plant physiology, 111(2), 1996, pp. 94-94
COMPARISON OF PROMOTER SEQUENCES BETWEEN THE NODULE-SPECIFIC AND NH3-INDUCIBLE GS(1) GENE MEMBERS OF SOYBEAN
Authors: MOREY K SENGUPTAGOPALAN C
Citation: K. Morey et C. Senguptagopalan, COMPARISON OF PROMOTER SEQUENCES BETWEEN THE NODULE-SPECIFIC AND NH3-INDUCIBLE GS(1) GENE MEMBERS OF SOYBEAN, Plant physiology, 111(2), 1996, pp. 515-515
CHARACTERIZATION OF CHLOROPLASTIC GLUTAMINE-SYNTHETASE GENE IN SOYBEAN (GLYCINE-MAX)
Authors: BEMIS KL SENGUPTAGOPALAN C
Citation: Kl. Bemis et C. Senguptagopalan, CHARACTERIZATION OF CHLOROPLASTIC GLUTAMINE-SYNTHETASE GENE IN SOYBEAN (GLYCINE-MAX), Plant physiology, 111(2), 1996, pp. 614-614
GENETIC-ENGINEERING FOR ENHANCING THE SULFUR AMINO-ACIDS IN FORAGE LEGUMES
Authors: BAGGA S RODRIGUEZ F CASIAS SM KLYPINA N SENGUPTAGOPALAN C KEMP JD
Citation: S. Bagga et al., GENETIC-ENGINEERING FOR ENHANCING THE SULFUR AMINO-ACIDS IN FORAGE LEGUMES, Plant physiology, 111(2), 1996, pp. 780-780
EARLY ROOT RESPONSE TO MELOIDOGYNE-INCOGNITA IN RESISTANT AND SUSCEPTIBLE ALFALFA CULTIVARS
Authors: POTENZA CL THOMAS SH HIGGINS EA SENGUPTAGOPALAN C
Citation: Cl. Potenza et al., EARLY ROOT RESPONSE TO MELOIDOGYNE-INCOGNITA IN RESISTANT AND SUSCEPTIBLE ALFALFA CULTIVARS, Journal of nematology, 28(4), 1996, pp. 475-484
CHARACTERIZATION OF A NODULE-ENHANCED GLUTAMINE-SYNTHETASE FROM ALFALFA - NUCLEOTIDE-SEQUENCE, IN-SITU LOCALIZATION, AND TRANSCRIPT ANALYSIS
Authors: TEMPLE SJ HEARD J GANTER G DUNN K SENGUPTAGOPALAN C
Citation: Sj. Temple et al., CHARACTERIZATION OF A NODULE-ENHANCED GLUTAMINE-SYNTHETASE FROM ALFALFA - NUCLEOTIDE-SEQUENCE, IN-SITU LOCALIZATION, AND TRANSCRIPT ANALYSIS, Molecular plant-microbe interactions, 8(2), 1995, pp. 218-227
MODULATION OF EXPRESSION OF GLUTAMINE-SYNTHETASE (GS) GENES IN A GENEMEMBER ORGAN-SPECIFIC MANNER - AN APPROACH TO UNDERSTAND THE REGULATION AND FUNCTION OF DIFFERENT GS GENE MEMBERS IN ALFALFA
Authors: SENGUPTAGOPALAN C BAGGA S KLYPINA N SAMAC D TEMPLE SJ
Citation: C. Senguptagopalan et al., MODULATION OF EXPRESSION OF GLUTAMINE-SYNTHETASE (GS) GENES IN A GENEMEMBER ORGAN-SPECIFIC MANNER - AN APPROACH TO UNDERSTAND THE REGULATION AND FUNCTION OF DIFFERENT GS GENE MEMBERS IN ALFALFA, Journal of cellular biochemistry, 1995, pp. 158-158
ACCUMULATION OF 15-KILODALTON ZEIN IN NOVEL PROTEIN BODIES IN TRANSGENIC TOBACCO
Authors: BAGGA S ADAMS H KEMP JD SENGUPTAGOPALAN C
Citation: S. Bagga et al., ACCUMULATION OF 15-KILODALTON ZEIN IN NOVEL PROTEIN BODIES IN TRANSGENIC TOBACCO, Plant physiology, 107(1), 1995, pp. 13-23
CAN GLUTAMINE-SYNTHETASE ACTIVITY LEVELS BE MODULATED IN TRANSGENIC PLANTS BY THE USE OF RECOMBINANT-DNA TECHNOLOGY
Authors: TEMPLE SJ BAGGA S SENGUPTAGOPALAN C
Citation: Sj. Temple et al., CAN GLUTAMINE-SYNTHETASE ACTIVITY LEVELS BE MODULATED IN TRANSGENIC PLANTS BY THE USE OF RECOMBINANT-DNA TECHNOLOGY, Biochemical Society transactions, 22(4), 1994, pp. 915-920
2 CLASSES OF DIFFERENTIALLY REGULATED GLUTAMINE-SYNTHETASE GENES ARE EXPRESSED IN THE SOYBEAN NODULE - A NODULE-SPECIFIC CLASS AND A CONSTITUTIVELY EXPRESSED CLASS
Authors: ROCHE D TEMPLE SJ SENGUPTAGOPALAN C
Citation: D. Roche et al., 2 CLASSES OF DIFFERENTIALLY REGULATED GLUTAMINE-SYNTHETASE GENES ARE EXPRESSED IN THE SOYBEAN NODULE - A NODULE-SPECIFIC CLASS AND A CONSTITUTIVELY EXPRESSED CLASS, Plant molecular biology, 22(6), 1993, pp. 971-983
ACCUMULATION OF 15KDA ZEIN PROTEIN IN NOVEL PROTEIN BODIES IN TRANSGENIC TOBACCO
Authors: BAGGA S SENGUPTAGOPALAN C KEMP JD
Citation: S. Bagga et al., ACCUMULATION OF 15KDA ZEIN PROTEIN IN NOVEL PROTEIN BODIES IN TRANSGENIC TOBACCO, Plant physiology, 102(1), 1993, pp. 74-74
COORDINATED CHANGES IN THE ACTIVITIES OF SOME OAT ENZYMES INVOLVED INNITROGEN AND CARBON METABOLISM
Authors: KNIGHT TJ TEMPLE S SENGUPTAGOPALAN C LANGSTONUNKEFER P
Citation: Tj. Knight et al., COORDINATED CHANGES IN THE ACTIVITIES OF SOME OAT ENZYMES INVOLVED INNITROGEN AND CARBON METABOLISM, Plant physiology, 102(1), 1993, pp. 172-172
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