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EASY BREATH

C4-Photoysynthetic lungs

Marinid

VISUALIZATION OF A SOLARBORNE

Air pollution is suffocating our cities — but maize breathes differently. Its C4 photosynthesis is the most efficient carbon-converting system in nature. By integrating this mechanism into human lungs, we could help filter polluted air and ensure a steady supply of clean oxygen — a natural way to support healthier breathing in the environments of tomorrow.

}R{EVOLUTION PROJECT

GIR- INJECTION TYPE

EASY BREATH

PRIMARY GENES

HUMAN

SECONDARY GENES

CORN LEAVES

NEW SPECIES

HOMO PHYTOPNEUMON / SOLARBORNE

FIELD OF USE

NATURAL RESSOURCE MANAGEMENT

PHOTOSYNTHETIC RESPIRATION VIA C4 ADAPTATION

As air pollution levels rise and urban populations continue to grow, respiratory health faces unprecedented challenges. Easy Breath introduces a revolutionary enhancement to the human respiratory system by integrating elements of C4 photosynthesis — a highly efficient carbon fixation mechanism found in maize.

This treatment enables lung tissue to host engineered photosynthetic structures capable of absorbing carbon dioxide and releasing oxygen, effectively supplementing the body’s natural breathing process. Unlike traditional respiration, which relies solely on ambient oxygen, this hybrid mechanism enhances oxygen availability even in compromised environments.

Rather than depending on clean air to survive, Easy Breath allows the body to optimize oxygen intake under a wide range of atmospheric conditions. While functional in unpolluted air, the photosynthetic augmentation proves especially valuable in smog-heavy, oxygen-poor urban spaces — turning airborne carbon into a breathable resource.

By adapting one of nature’s most effective photosynthetic systems to human biology, Easy Breath transforms harmful environments into opportunities for resilience and redefines what it means to breathe in the 21st century.