Volca Burn has been formulated to activate a dormant mechanical protein. This specific protein is responsible for converting fat-storing cells into fat-shrinking cells, tricking the body into dropping weight effortlessly, all while accelerating metabolism twofold. So, what is this mechanic protein that the Nutraville team refers to? It is none other than uncoupling protein-1 (UCP-1). UCP-1 is a mechanistic component within brown and beige adipose tissues (i.e., two good body fat types). This duo is thermogenic and, therefore, induces heat generation at a high energetic cost, writes one team of researchers.

The energetic cost is beneficial here, as it improves systemic glucose and lipid homeostasis and ensures a healthy balance between energy distribution and expenditure. That said, to reap the aforesaid benefits (and therefore, limit the risk of obesity and associated diseases), UCP-1 found within brown and beige adipose tissues must be activated. In other words, it doesn’t suffice to increase the aforesaid duo because inactivated UCP-1 means that the heat generation process will not be further accelerated.

Heat is produced only when UCP-1 is activated, and the main way to achieve this is by releasing free fatty acids through lipolysis. The process is more complex than that, though. First, fat cells are tricked into believing that internal temperatures are dropping. Then, the brain receives signals produced by thermoreceptors in the skin insisting on such a change. To rectify this issue, the brain releases noradrenaline and brown adipose tissues. From there, lipolysis is induced, and free fatty cells are released.

Volca Burn has been formulated to transform fat-storing cells into fat-shrinking cells, increase the inner core temperature to melt stubborn fat, and accelerate metabolism to keep weight off. At this point, people should understand how Volca Burn aims to resolve inactive UCP-1. To assess whether the formula does what it stands for, it is imperative to dig deeper into the ingredients.