NUTRITIONAL SUPERIORITY (Per 100g dry weight)

Niacin: 337% increase (1.82g → 7.96g)

Protein: 400% increase (2.1g → 8.4g)

Carbohydrates: 374% increase (12g → 45g)

Fats: 257% increase (0.7g → 1.8g)

Nutritional analyses conducted in November 2018 by the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT)—a UN and FAO-chartered international agricultural research organization—demonstrated significant increases in nutrient density, with Niacin, Protein, Carbohydrates, and Fats showing percentage gains of 337%, 400%, 374%, and 257% respectively.

Comparable enhancements were independently validated in 2014 by Nestlé-Purina Analytical Laboratories, St. Louis, Missouri, following similar seed and soil treatments.

Scientific Field Trial: AMAIZE Technology Validation

Tamil Nadu, India | July–October 2018

METHODOLOGY

1. Trial Design

Test Farm: AMAIZE-treated (5 proprietary treatments)

Control Farm: Conventional practices (100% chemical inputs)

Duration: 120 days (full crop cycle)

3. Key Variables Controlled

Identical soil type, irrigation, and climate conditions

Zero synthetic pesticides/ herbicides used in AMAIZE plot

B. Operational Efficiency

Maturity: AMAIZE harvest at Week 10 vs. Control (Week 14)

Input Savings: 80% reduction in fertilizers + 100% pesticide-free

Soil Health: Darker color (↑ microbial activity, ↑ water retention)

C. Quality Parameters

Taste: AMAIZE kernels rated "softer/sweeter" in blind tests

Pest Resistance: Zero infestation vs. control’s mycotoxin outbreak

CONCLUSIONS

Unmatched Productivity: 200–290% yield increase with half the fertilizer input.

Climate Resilience: Larger root systems (+214%) enhance drought tolerance.

Economic Advantage: Earlier harvest enables double-cropping + premium market pricing.

Soil Regeneration: Microbial revival confirms long-term sustainability.

Scientific Implications:

AMAIZE technology demonstrates replicable potential to:

Redefine maize yield ceilings in semi-arid regions

Deliver carbon-negative farming through biomass accumulation

Disrupt input-dependent agriculture models