Nano Buddy's Impact on Poultry House Performance

Introduction

This case study examines the effects of Nano Buddy's technology on the growth and health of chickens in poultry houses. By comparing the results between a protected and an unprotected poultry house, we can observe the significant benefits provided by Nano Buddy in mitigating the impact of electromagnetic radiation.

Methodology

We conducted several dozen tests on poultry houses where small chickens are raised. Each test involved two poultry houses at the same facility, with identical conditions except for the presence of Nano Buddy protection.

Setup

Protected Poultry House: Five Nano Buddy – Living Space devices (protection radius of 20 meters) were installed, connected in series and placed every 15 meters.

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Control Poultry House: No protective devices were installed.

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Conditions: Both poultry houses received 20,000 chickens from the same flock, 3 days old, on the same day. The chickens ate food from the same silo and had identical living conditions. The distance between the facilities was approximately 60 meters.

Results After 40 Days

Yield: The protected group yielded approximately 3.5 tons more chicken than the unprotected group, despite identical food consumption.

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Behavioral Observations: The protected chickens were better distributed in the space, did not congregate in groups, appeared more tame and calm, had a healthier song, and were less fearful compared to the unprotected group.

Interpretation of Results

The installation of Nano Buddy devices neutralized the pathogenic spectrum of electromagnetic radiation frequencies in the protected poultry house. This is crucial because poultry houses are filled with circuits and automated systems, leading to significant electromagnetic radiation exposure from electrical feeders, drinkers, lighting, and air conditioning.

Key Findings

Energy Conservation: The aggressive electromagnetic frequencies that permeate the chickens' bodies force their defense systems to protect against unnatural frequencies, consuming substantial internal energy. In the protected group, the absence of this burden allowed chickens to conserve energy for growth and health maintenance.

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Health Benefits: The unprotected group experienced problems with diarrhea and disease, which were not observed in the protected group. The unprotected chickens were timid, anxious, and grouped together, indicating disrupted psycho-physical balance and weaker immune responses.

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Enhanced Growth: The unprotected chickens expended more energy defending against electromagnetic radiation, resulting in a 3.5-ton weight deficit compared to the protected chickens.

Conclusion

This case study clearly demonstrates the benefits of Nano Buddy's technology in neutralizing the harmful effects of electromagnetic radiation on living organisms. The protected chickens not only showed improved growth but also better overall health and behavior. These findings underscore the necessity of developing products like Nano Buddy to enhance energy flow and immune system strength, making them more resistant to various external influences. In our modern, technology-driven environment, such protective measures are essential for maintaining optimal health and productivity.