Lesson Learned from Space Experiment (3) : GROWTH REGULATION MECHANISMS IN HIGHER PLANTS UNDER MICROGRAVITY CONDITONS
スポンサーリンク
概要
著者
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Hoson Takayuki
Dept. Biol. Fac. Sci. Osaka City Univ.
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Hoson Takayuki
Dept. Biology Fac. Sci. Osaka City Univ.
関連論文
- Role of Membrane Sterol in Gravity Resistance of Plants
- Expression Profiles of Azuki Bean XTH Genes under Hypergravity Conditions
- Perception Mechanism of Gravity Stimuli in Hypergravity-Induced Growth Inhibition of Azuki Bean Roots
- Increase in Expression Level of Alpha-tubulin Gene in Arabidopsis Seedlings under Hypergravity Conditions
- (1→3), (1→4)-β-D-GLUCAN-DEGRADING ENZYMES IN THE CELL WALL OF AIR-AND WATER-GROWN RICECOLEOPTILES
- (1→3), (1→4)-β-D-GLUCAN-DEGRADINGENZYMES IN THE CELL WALL OF RICE COLEOPTILES
- CHROMOSAPONIN I STIMULATES CELL DIVISION AS WELL AS CELL ELONGATION IN ARABIDOPSIS ROOTS
- EFFECTS OF MICROGRAVITY AND PLANT HORMONES ON GROWTH OF AZUKI BEAN EPICOTYLS
- EFFECTS OF A SIMULATED MICROGRAVITY CONDITION AND PHYTOHORMONES ON CELL GROWTH IN LETTUCE AND AZUKI BEAN PLANTS
- SUPPRESSION OF (1→3), (1→4) -β-D-GLUCAN HYDROLYSIS IS INVOLVED IN INHIBITION OF RICE COLEOPTILE GROWTH BY LIGHT
- DE-ESTERIFICATION IS INVOLVED IN THE DEPOLYMERIZATION OF POLYURONIDES IN CELL WALLS OF RIPENING A VOCADO FRUIT
- NOVEL XYLOGLUCAN-HYDROLYZING ENZYMES INTHE CELL WALL OF AZUKI BEAN EPICOTYLS
- A NEW XYLOGLUCAN HYDROLASE FROM THE CELL WALL OF AZUKI BEAN EPICOTYLS
- CHARACTERISTICS OF SUBFRACTIONS OF XYLOGLUCAN-DEGRADING ENZYMES IN AZUKI BEAN EPICOTYLS
- CHARACTERIZATION OF XYLOGLUCANDEGRADING ENZYMES FROM THE CELL WALL OF AZUKI BEAN EPICOTYL
- CHANGES IN THE CELL WALL PROPERTIES AND MICROTUBULE ORIENTATION IN AUTOMORPHOGENESIS OF RICE COLEOPTILES GROWN ON A 3-D CLINOSTAT
- GROWTH INHIBITION OF AZUKI BEAN AND MAIZE SEEDLINGS BY HYPERGRAVITY
- EFFECTS OF CHROMOSAPONIN I AND BRASSINOLIDE ON THE GROWTH OF ROOTS IN ETIOLATED ARABIDOPSIS SEEDLINGS
- INHIBITION OF PEA EPICOTYL ELONGATION BY WHITE LIGHT : DIFFERENT EFFECTS OF LIGHT ON CELL WALL POLYSACCHARIDES IN THE INNER AND EPIDERMAL TISSUES
- EFFECTS OF TEMPERATURE ON CELL WALL AND OSMOTIC PROPERTIES IN RICE AND AZUKI BEAN SEEDLINGS
- GROWTH RESTORATION IN AZUKI BEAN AND MAIZE SEEDLINGS BY REMOVAL OF HYPERGRAVITY STIMULUS
- CHANGES IN THE STRUCTURE AND DEGRADING ACTIVITY OF MATRIX POLYSACCHARIDES IN CELL WALLS OF DEVELOPING COTTON FIBERS
- REGULATION BY WHITE LIGHT OF ELONGATION GROWTH AND XYLOGLUCAN-DEGRADING ACTIVITY IN AZUKI BEAN EPICOTYLS
- GROWTH REGULATION MECHANISMS IN HIGHER PLANTS UNDER MICROGRAVITY CONDITIONS
- Lesson Learned from Space Experiment (3) : GROWTH REGULATION MECHANISMS IN HIGHER PLANTS UNDER MICROGRAVITY CONDITONS
- REGULATION OF POLYSACCHARIDE BREAKDOWNIN THE CELL WALL
- HYPERGRAVITY INCREASES THE MOLECULAR SIZE OF XYLOGLUCANS BY DECREASING XYLOGLUCAN-DEGRADING ACTIVITY IN AZUKI BEAN EPICOTYLS
- REGULATION BY GRAVITY OF ELONGATION GROWTH AND XYLOGLUCAN METABOLISM IN ARABIDOPSIS HYPOCOTYLS
- GROWTH PHYSIOLOGY OF LONG HYPOCOTYLMUTANTS IN ARABIDOPSIS THALIANA
- Blue and Red Light-Induced Suppression of Maize Coleoptile Growth
- INVOLVEMENT OF WALL-BOUND PHENOLICS AND PAL IN LIGHT-INDUCED INHIBITION OF MAIZE COLEOPTILE GROWTH
- MECHANISM OF LIGHT-MEDIATED INHIBITIONOF MAIZE COLEOPTILE GROWTH
- Water Stress-Induced Growth Suppression of Dark-Grown Wheat Coleoptiles
- EFFECT OF ABSCISIC ACID ON THE AMOUNTSOF FERULIC AND DIFERULIC ACIDS IN CELL WALLS OF WHEAT COLEOPTILES