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Nicotinamide adenine dinucleotide, widely known as NAD+, stands as one of the most heavily researched molecules in modern cellular biology. It exists in every living cell. In laboratory settings, researchers study this compound to understand how isolated cells generate energy and maintain their gen…

The concept of a chemical that mimics physical exertion sounds like science fiction. Yet, in laboratory settings across the globe, researchers are examining compounds that trigger the exact same cellular signals as intense physical activity. These chemicals are known as exercise mimetics. One of th…

Growth hormone acts as a complex biological messenger. It sends multiple commands simultaneously. In living systems, it tells cells to divide, alters how cells process sugar, and commands fat cells to break down stored energy. For decades, laboratory researchers faced a major problem. They could no…

The pineal gland, a small endocrine structure located in the epithalamus of the mammalian brain, serves as a critical regulator of circadian biology and systemic homeostasis. Historically regarded as a vestigial organ, modern endocrinology has identified the pineal gland as a central neuroendocrine…

Scientific AbstractThis laboratory review examines how Nicotinamide Adenine Dinucleotide (NAD+) and MOTS-c interact in cellular longevity models. Because mitochondrial failure drives cellular ageing, researchers study these dual-agent combinations in vitro. This paper reviews the co-administration o…