The Long-Term Effect of Medically Enhancing Melanin Intrinsic Bioenergetics Capacity in Prematurity.

Abstract

This review examines the bioenergetic properties of melanin, particularly its capacity to convert light into metabolic energy, challenging the conventional biochemical view that glucose is the sole primary energy source. Melanin is proposed to dissociate water molecules to generate energy and to reconstitute water from molecular hydrogen and oxygen. The compound QIAPI-1, identified as a melanin precursor, is discussed for its bioenergetic capabilities. The review further reports on the long-term medical implications of melanin-based interventions in retinopathy of prematurity (ROP), presenting findings on its potential role in managing this neonatal ocular condition over extended observation periods.

Mechanism

Melanin is proposed to dissociate water molecules to produce metabolic energy and to reform water from molecular hydrogen and oxygen, thereby participating in bioenergetic metabolism independently of glucose.