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MOTS-c Peptide Understanding: Mitochondrial Peptide Changing Metabolism Research
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The field of biomedical science witnesses constant emergence of new biological substances that take control over different processes in the human body throughout lifetime, and MOTS-c peptide can be called one of the most important discoveries of recent years. MOTS-c, or Mitochondrial Open Reading Frame of the 12S rRNA type-c, is an extraordinary mitochondrial peptide (MDP) that is coded by mitochondrial DNA instead of nuclear one, like the majority of human proteins. Due to its specific genetic origin, it has become an important signaling substance that connects the functions of mitochondria with the metabolism of the entire organism, thus making researchers of the fields of endocrinology, anti-invecchiamento, and metabolic diseases all over the world interested in it.
Although the MOTS-c peptide was discovered relatively recently, in the first half of the 2010s, it consists of 16 amino acids and possesses a compact structure of the molecule which provides it with stability and ability to permeate through the tissues of the human organism. Unlike many other substances that control the functioning of cells and decompose quickly in blood, it is stable in circulation and can influence many metabolic tissues at the same time, including muscles, adipose tissue, and liver. Everyone knows that the mitochondria are the “power plants” of cells producing energy, but the discovery of MOTS-c has changed the scientific mind: instead of being only power generators, mitochondria are functioning as endocrine organs creating peptides to regulate functioning of the entire organism.One of its key functions is to increase insulin sensitivity, which is essential for maintaining stable blood glucose levels and preventing metabolic diseases. MOTS-c has been shown during a novel study in multiple preclinical laboratory experiments to facilitate cellular glucose uptake, decrease insulin resistance and maintain stable blood sugar levels. This positive regulatory effect is useful for patients with insufficient metabolic conditions, as it lowers the burden on pancreatic β-cells, thereby preventing excessive fatigue of the glucose regulation systems.
MOTS-c peptide functions not only in terms of glycemic regulation but also in terms of energy metabolism and body composition improvement. The peptide can effectively activate energy metabolism processes at the cellular level and enhance fat burning and energy consumption as well as prevent its excessive buildup in the body. Experimental studies have shown that MOTS-c can significantly decrease the accumulation of visceral fat, enhancing the efficiency of metabolism and maintaining energy balance in the body.
Furthermore, another important positive feature of MOTS-c peptide is its ability to protect chronic metabolic health. It can reduce the chronic low-grade inflammation, which causes many chronic ailments including obesity, type 2 diabetes, and cardiovascular diseases. It is known that chronic inflammation is a silent cause of so many metabolic disorders. This peptide can regulate levels of inflammatory agents, heal burning cellular metabolism environments which boost metabolism.
In spite of the bright scientific opportunities it offers, MOTS-c peptide has not been used in human-based studies yet. This peptide obtained its popularity in scientific studies of cells and in animals, but there are not enough data concerning clinical trials that were conducted with this peptide. The discovery of the active peptide opens new horizons for its use in terms of metabolism regulation, but many studies should be conducted before it will be approved for human use.
Disclaimer: The MOTS-c peptide is intended for laboratory study purposes only. Human usage of the MOTS-c peptide is prohibited.