KHAN Md. | Faculty of Agriculture, Yamagata University

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Greater contribution of low-nutrient tolerance to sorghum and maize growth under combined stress conditions with high aluminum and low nutrients in solution culture simulating the nutrient status of tropical acid soils(Plant Nutrition)
Methylene Blue Stainability of Root-Tip Protoplasts as an Indicator of Aluminum Tolerance in a Wide Range of Plant Species, Cultivars and Lines(Plant Nutrition)
Surface morphology of low-temperature argon-plasma-treated Bombyx mori silk fibroin fiber
Effects of Ultrasonic and Salt-shrinking Treatments on Structure and Physical Properties of Bombyx mori Silk Fibroin Fiber
9-5 Specific construction of lipid molecules for the root-tip plasma membrane of aluminum-tolerant rice cultivar : Comparative studies on resistance response to high Al conditions (48)
P9-2 Connection of lipid composition in root-tip portion with differential aluminum tolerance between cultivars in several plant species : Comparative studies on resistance response to high aluminum conditions (51)
P9-1 Characterization of the primary strategies for production of sorghum and maize grown in different concentrations of aluminum and nutrients : Comparative studies on resistance response to high aluminum conditions (52)
P9-8 Characterization of the primary strategies for better sorghum production in high aluminum and low nutrients conditions mimicking typical acid soil : Comparative studies on resistance response to high aluminum conditions (49)
9-8 Aluminum tolerance is not the primary strategy to determine long-term growth of rice in low ionic strength medium : Comparative studies on resistance response to high aluminum conditions (47)
9-7 Plasma membrane lipids and its associated flavonoids controlling differential early stage aluminum tolerances in pedigree cultivers of aluminum-tolerant Sasanishiki : Comparative studies on resistance response to high aluminum conditions (46)

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