Plant Biology

Evidence for a C 4 NADP-ME photosynthetic pathway in Vetiveria zizanioides Stapf

Kinetics / Plant Biology / Ecology / Transmission Electron Microscopy / Enzyme / Environmental Conditions / Enzyme activity / Vetiveria zizanioides / Leaf Anatomy / ENVIRONMENTAL SCIENCE AND MANAGEMENT / Stomatal Conductance / Environmental Conditions / Enzyme activity / Vetiveria zizanioides / Leaf Anatomy / ENVIRONMENTAL SCIENCE AND MANAGEMENT / Stomatal Conductance

Evidence for a C 4 NADP-ME photosynthetic pathway in Vetiveria zizanioides Stapf

Kinetics / Plant Biology / Ecology / Transmission Electron Microscopy / Enzyme / Environmental Conditions / Enzyme activity / Vetiveria zizanioides / Leaf Anatomy / ENVIRONMENTAL SCIENCE AND MANAGEMENT / Stomatal Conductance / Environmental Conditions / Enzyme activity / Vetiveria zizanioides / Leaf Anatomy / ENVIRONMENTAL SCIENCE AND MANAGEMENT / Stomatal Conductance

Cadmium-Induced Biochemical Responses of Vallisneria Spiralis

Plant Biology / Antioxidants / Humans / Chlorophyll / Plant Roots / Cadmium / Enzyme / Hydrocharitaceae / PLANT PROTEINS / Low molecular weight / Biochemistry and cell biology / Plant Leaves / Cadmium / Enzyme / Hydrocharitaceae / PLANT PROTEINS / Low molecular weight / Biochemistry and cell biology / Plant Leaves

Cadmium-induced biochemical responses of Vallisneria spiralis

Plant Biology / Antioxidants / Humans / Chlorophyll / Plant Roots / Cadmium / Enzyme / Hydrocharitaceae / PLANT PROTEINS / Low molecular weight / Biochemistry and cell biology / Plant Leaves / Cadmium / Enzyme / Hydrocharitaceae / PLANT PROTEINS / Low molecular weight / Biochemistry and cell biology / Plant Leaves

AtCAT6, a sink-tissue-localized transporter for essential amino acids in Arabidopsis

Kinetics / Plant Biology / Animals / Plant / Polymerase Chain Reaction / Nitrogen / Arabidopsis / Environmental Conditions / Substrate Specificity / Xenopus laevis / Root-knot nematode / Amino Acid Profile / Base Sequence / Reverse Transcriptase / Lateral Root / Meloidogyne Incognita / Tissue Specificity / Nitrogen / Arabidopsis / Environmental Conditions / Substrate Specificity / Xenopus laevis / Root-knot nematode / Amino Acid Profile / Base Sequence / Reverse Transcriptase / Lateral Root / Meloidogyne Incognita / Tissue Specificity

AtCAT6, a sink-tissue-localized transporter for essential amino acids in Arabidopsis

Kinetics / Plant Biology / Animals / Plant / Polymerase Chain Reaction / Nitrogen / Arabidopsis / Environmental Conditions / Substrate Specificity / Xenopus laevis / Root-knot nematode / Amino Acid Profile / Base Sequence / Reverse Transcriptase / Lateral Root / Meloidogyne Incognita / Tissue Specificity / Nitrogen / Arabidopsis / Environmental Conditions / Substrate Specificity / Xenopus laevis / Root-knot nematode / Amino Acid Profile / Base Sequence / Reverse Transcriptase / Lateral Root / Meloidogyne Incognita / Tissue Specificity
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