Studies on the change of the respiratory system in roots in relation to the growth of plants II. Activity of iron-containing oxidases in roots of cereal crops with the aging of plants

スポンサーリンク

概要

• 論文の詳細を見る

• Distribution of iron-containing oxidases in aging nodal roots of rice and wheat was studied. Activities of cytochrome c oxidase (1.9.3.1, cytochrome c: 02 oxidoreductase), catalase (1.11.1.6. H_2O_2: H_2O_2 oxidoreductase) and peroxidase (1.11.1.7, donor: H_2O_2 oxidoreductase) in wheat roots were comparatively higher than were those in rice roots at corresponding stages. Cytochrome c oxidase in roots remained active throughout the lives of the rice and wheat crops. In rice roots, catalase seemed to play a distinct role around the panicle formation stage. Decay of catalase activity took place earlier than did that of peroxidase and cytochrome c oxidase activities. In wheat roots similar enzyme activity changes were not observed. Data may suggest that the high activity of iron containing oxidases at the panicle formation stage (1) may be chiefly due to catalase activity in rice roots.

• 日本植物生理学会の論文

著者

• Mitsui Shingo

  Faculty Of Agriculture The University Of Tokyo

• KUMAZAWA KIKUO

  Faculty of Agriculture, The University of Tokyo

• Hirata Hiroshi

  Faculty of Agriculture, Shizuoka University

• Gopal Krishna

  Faculty Of Agriculture University Of Tokyo

• Kumazawa Kikuo

  Faculty Of Agriculture The University Of Tokyo

• Kumazawa Kikuo

  Faculty Of Agriculture University Of Tokyo

• Hirata Hiroshi

  Faculty Of Agriculture University Of Tokyo

• Hirata Hiroshi

  Faculty Of Agriculture The University Of Tokyo

• Mitsui S.

  Faculty of Agriculture, University of Tokyo

関連論文

• INCORPORATION OF HEAVY NITROGEN IN DIFFERENT PARTS OF RICE PLANT AT THE PANICLE FORMATION STAGE
• ASPARAGINE TEST IN RELATION WITH THE NITROGEN NUTRITIONAL STATUS OF CROP PLANTS : V : RICE
• ASPARAGINE TEST IN RELATION WITH THE NITROGEN NUTRITIONAL STATUS OF CROP PLANTS : IV. Barley
• COMPARATIVE STUDY OF AMINO ACIDS AND AMIDES IN RELATION TO ASPARAGINE APPEARANCE AT THE PANICLE FORMATION STAGE OF RICE CROP
• ASPARAGINE TEST IN RELATION WITH THE NITROGEN NUTRITIONAL STATUS OF CROP PLANTS III. : Rice
• ASPARAGINE TEST IN RELATION WITH THE NITROGEN NUTRITIONAL STATUS OF CROP PLANTS II. : Barley
• ASPARAGINE TEST IN RELATION WITH THE NITROGEN NUTRITIONAL STATUS OF CROP PLANTS I. : Rice
• Purification and Characterization of β-Glucosidase involved in ｔｈｅ Emission of 2-Phenylethanol from Rose Flowers
• Production of 2-Phenylethanol in Roses as the Dominant Floral Scent Compound from L-Phenylalanine by Two Key Enzymes, a PLP-Dependent Decarboxylase and a Phenylacetaldehyde Reductase
• P-396 BIOSYNTHESIS AND EMISSION OF 2-PHENYLETHANOL, A DOMINANT SCENT COMPOUND, FROM ROSE FLOWERS
• Proliferation of inoculated Rhizobium and indigenous microbes around the periphery of pre-rooting common bean Phaseolus vulgaris L. seeds sown in non-sterile soils(Soil Biology)
• Effect of Exudate Released from Seeds and Seedling Roots of Common Bean (Phaseolus vulgaris L.) on Proliferation of Rhizobium Sp. (Phaseolus)
• Increase in Phosphorus Availability of Upland Andosol under Different Fertilization Conditions Measured by Isotopic Techniques
• DYNAMICS OF AMMONIA VOLATILIZATION LOSSES IN WETLAND SOIL FOLLOWING THE BROADCASTING APPLICATION OF UREA AMENDED WITH PHENYL PHOSPHORODIAMEDATE
• FATE AND EFFICIENCY OF UREA FERTILIZER IN WETLAND RICE SOIL
• Effect of Continuous Application of Farmyard Manure and Inorganic Fertilizer for 9 Years on Changes in Phosphorus Compounds in Plow Layer of an Upland Andosol
• Studies on the change of the respiratory system in roots in relation to the growth of plants II. Activity of iron-containing oxidases in roots of cereal crops with the aging of plants
• Studies on the change of the respiratory system in roots in relation to the growth of plants V. Effect of root pruning terminal oxidase activity in roots of cereal crops
• Studies on CN^--insensitive respiration in plant roots V. Changes in glucose metabolism caused by 10^_M CN^- pretreatment
• INVESTIGATIONS ON THE RADIOACTIVE CONTAMINATION OF CROP PLANTS AS A RESULT OF H-BOMB DETONATION (PART 2) : ROOT AND FOLIAGE UPTAKE OF "BIKINI ASH"
• INVESTIGATIONS ON THE RADIOACTIVE CONTAMINATION OF CROP PLANTS AS A RESULT OF H-BOMB DETONATION (PART 1) : RADIOACTIVE CONTAMINATION OF CROP PLANTS AND SOILS
• THE INTAKE AND UTILIZATION OF CARBON BY PLANT ROOTS FROM ^C-LABELLED UREA. PART IV. : Absorption of intact urea molecule and its metabolism in plant.
• DYNAMIC ASPECTS OF N.P.K. UPTAKE AND O_2 SECRETION IN RELATION TO THE METABOLIC PATHWAYS WITHIN THE PLANT ROOTS
• A kinetic study of the assimilation of ^N-labelled nitrate in rice seedlings
• Purification and Characterization of β-Glucosidase Involved in the Emission of 2-Phenylethanol from Rose Flowers
• Production of 2-Phenylethanol in Roses as the Dominant Floral Scent Compound from L-Phenylalanine by Two Key Enzymes, a PLP-Dependent Decarboxylase and a Phenylacetaldehyde Reductase
• Photosynthetic activity of isolated spinach mesophyll cells
• Studies on CN^--insensitive respiration in plant roots VI. Effect of 10^_M CN^- pretreatment on mitochondrial properties and the effect of chloramphenicol and cycloheximide on the induction of CN^- -insensitive respiration
• FORMATION OF ASPARAGINE FROM ^C-LABELLED ASPARTATE IN DIFFERENT PARTS OF RICE PLANT AT THE PANICLE FORMATION STAGE
• EFFECT OF SALT STRESS ON NITROGEN NUTRITION AND YIELD QUALITY OF NODULATED SOYBEANS
• NITROGEN ASSIMILATION IN SOYBEAN NODULES : I. The Role of GS/GOGAT System in the Assimilation of Ammonia Produced by N_2-fixation
• NITROGEN ASSIMILATION IN SOYBEAN NODULES : III.Effects of Rhizosphere pO_2 on the Assimilation of ^N_2 in Nodules Attached to Intact Plants
• EFFECT OF NaCl SALINITY ON GROWTH AND DISTRIBUTION OF SODIUM AND SOME MACRONUTRIENT ELEMENTS IN SOYBEAN PLANT
• NITROGEN ASSIMILATION IN SOYBEAN NODULES : II. ^N_2 Assimilation in Bacteroid and Cytosol Fractions of Soybean Nodules
• A kinetic study of the assimilation of ^N-labelled ammonium in rice seedling roots
• Studies on CN^--insensitive respiration in plant roots III. Induction of CN^--insensitive respiration with low concentrations of respiratory inhibitors
• SOIL ADSORPTION OF UREA : I. ON THE MECHANISM OF ADSORPTION OF UREA
• ON THE UTILIZATION OF CARBON IN FERTILIZERS THROUGH RICE ROOTS UNDER POT EXPERIMENTAL CONDITION
• NUTRITIONAL STUDY OF SILICON IN GRAMINACEOUS CROPS (Part 1)
• SOIL ADSORPTION OF UREA II : An infra-red spectrophotometric analysis for a mechanism of adsorption of urea
• ABSORPTION OF RADIOACTIVE STRONTIUM BY SOIL, ESPECIALLY IN RELATION TO NATIVE CALCIUM
• THE UPTAKE OF STRONTIUM-90 AND CALCIUM BY LOWLAND AND UPLAND RICE FROM SOIL : AND THEIR DISTRIBUTION IN THE PLANTS
• CATION EXCHANGE CAPACITY OF CROP ROOTS AND ION UPTAKE : Part 2. The effect of cation exchange capacity of soil and plant roots on the uptake of some cations, particularly of magnesium
• NUTRITIONAL STUDY OF SILICON IN GRAMINACEOUS CROPS (PART 2)
• ROLE OF CALCIUM IN POTASSIUM UPTAKE BY PLANT ROOTS
• THE EFFECT OF PESTICIDES ON THE DENITRIFICATITN IN PADDY SOIL
• DYNAMIC STUDIES ON NUTRIENT UPTAKE BY CROP PLANTS (PART 14) : INTAKE AND TRANSFORMATION OF H_3P^O_4 IN THE ROOT OF WHEAT SEEDLINGS
• THE UPTAKE OF STRONTIUM AND CESIUM BY PLANTS FROM SOIL WITH SPECIAL REFERENCE TO THE UNUSUAL CESIUM UPTAKE BY LOWLAND RICE AND ITS MECHANISM
• NITROGEN TRANSPORT IN INTACT CORN ROOTS
• ASSIMILATION AND TRANSPORT OF NITROGENOUS COMPOUNDS ORIGINATED FROM ^N_2 FIXATION AND ^NO_3 ABSORPTION
• EFFECTS OF PHOSPHORUS AND POTASSIUM DEFI-CIENCY TREATMENT ON ROOTS SECRETION OF WHEAT AND RICE SEEDLINGS
• KINETICS OF CADMIUM AND ZINC ABSORPTION BY RICE SEEDLING ROOTS
• Differences in Carboxylic Acid Exudation among P-Starved Leguminous Crops in Relation to Carboxylic Acid Contents in Plant Tissues and Phospholipid Level in Roots
• SOME FEATURES OF STELAR TISSUES ISOLATED FROM CORN ROOTS
• RESPONSE OF CHICKPEA GROWN ON ANDO-SOIL TO VESICULAR-ARBUSCULAR MYCORRHIZAL INFECTION IN RELATION TO THE LEVEL OF PHOSPHORUS APPLICATION
• AMINO ACID METABOLISM IN PLANT LEAF : II. Effect of Light on the Incorporation of ^N-labeled Ammonium and Nitrate into Amino Acids in Sunflower Leaf Discs
• NITROGEN ASSIMILATION IN SUNFLOWER LEAVES AND UPWARD AND DOWNWARD TRANSPORT OF NITROGEN
• AMINO ACID METABOLISM IN PLANT LEAF : I. Amino Acids Synthesis from ^CO_2 and ^NH_4 in Detached Sunflower Leaves
• NOTICEABLE INCREASE IN CADMIUM ABSORPTION BY ZINC DEFICIENT RICE PLANTS
• Assimilation of nitrogen by rice plant as revealed with 15N.
• Assimilation and Transport of Fixed Nitrogen in Soybean Nodule as Revealed with 15N

もっと見る 閉じる

スポンサーリンク