Metallothionein Studies Research
Metallothioneins are a group of cytoplasmic proteins that play a crucial role in detoxifying heavy metals, such as mercury and cadmium. These proteins have the ability to bind to and neutralize these harmful metals, thereby helping to protect the body from their toxic effects.
In addition to detoxifying heavy metals, metallothioneins can also bind to essential minerals like zinc and copper, reflecting the intracellular balance between these two metals, which is important for overall health and function, as seen in superoxide dismutase (SOD) studies.
Examining metallothionein levels provides valuable insight into the body’s heavy metal burden or potential overload of the detoxification system, suggesting a reduced capacity for detoxification. This analysis can also indicate potential organ system dysfunctions, offering a broader understanding of the body's toxic load. Furthermore, by assessing the intracellular copper-zinc ratio, as well as the DNA-associated Zinc, we can gain further insights into the body’s biochemical balance and its ability to manage oxidative stress and detoxification processes.
Practical Application of Research
We use this research to ensure that our formulations are designed to support the body’s natural detoxification systems while maintaining the delicate balance of essential nutrients.
Our PowerCell PrO formulations began in response to the ever-present need to detoxify heavy metals, particularly mercury, in a safe, gentle, and cost-effective way. Acknowledging the toxic burden of heavy metals in modern life, we designed PowerCell PrO to support the body’s natural detoxification processes while enhancing mitochondrial function and overall wellness. Our superfood formulations provide a balanced spectrum of nutrients, ensuring optimal zinc and copper levels, along with other essential minerals, to support both detoxification and immune function without compromising this vital balance.
A special note is warranted regarding the widespread over-use of zinc supplements, particularly since 2020, in the belief that they help boost immunity. While zinc is crucial for immune function, excessive zinc intake can disturb the essential copper-zinc ratio, potentially leading to a copper deficiency. This imbalance can have negative effects on immune health, oxidative stress management, and overall cellular function.