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Sulfide-Infused FeS-Palygorskite Nanohybrid with Redox-Modulating Properties Improves Iron Assimilation and Physiological-Biochemical Performance in Soybean.

Rathour K, Sidhu A, Sharma V, Kalia A

Crop Improvement

Iron-deficient alkaline soils cover vast stretches of farmland worldwide, and this discovery could mean healthier, more productive soybean crops — directly affecting the availability and price of foods like tofu, soy milk, and edamame.

Plants need iron to grow, but in chalky or alkaline soils iron gets 'locked up' and roots can't absorb it. Scientists created a tiny particle made from iron, sulfur, and a natural clay that slowly releases iron in a form plants can actually use. When soybeans were treated with this material, they grew better, stayed greener, and produced more robust roots than untreated plants.

Key Findings

1

The FeS-palygorskite nanohybrid significantly improved iron uptake and chlorophyll content in soybean plants grown in alkaline soil conditions

2

Treated soybeans showed enhanced antioxidant enzyme activity, indicating reduced oxidative stress and improved physiological performance

3

The nanohybrid's redox-modulating properties allowed controlled iron release, making iron more bioavailable compared to conventional iron fertilizers

chevron_right Technical Summary

Researchers developed a new iron-releasing nanomaterial made from iron sulfide and a natural clay mineral that helps soybeans absorb iron more effectively in alkaline soils, boosting plant growth and health.

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Abstract Preview

Iron (Fe) deficiency in alkaline soils severely constrains crop productivity, threatening global food security and resilience. This study reports the synthesis of an iron sulfide-palygorskite nanoh...

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hub This connects to 11 other discoveries — Soybean crop-improvement, soil-health, nanomaterials +2 more 5 related articles

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