Tag: Trace minerals

Trace amounts of lithium are present in the Earth's crust and in all our bodies. Understanding **what is the biggest source of lithium** is crucial, as this question has two very different answers depending on whether you are talking about the global industrial supply or the trace amounts that enter your body through diet. The vast majority of the world's commercial lithium comes from mineral-rich brine pools and hard-rock mines, but for human nutrition, the primary sources are food and water.

Across various cultures and medical traditions, certain elements have been revered for their healing properties for centuries. The question, **What element is associated with healing?** does not have a single answer but spans both scientific fact and ancient wisdom, offering a compelling look into our connection with the natural world.

While silicon is the second most abundant element in the Earth's crust, its subtle yet significant function within the human body has captured scientific interest. This guide explores the latest research and answers the question: **how does silicon affect the human body**?

While copper deficiency is rare, up to 25% of people in some countries may not get enough of this essential mineral through diet alone. So, what happens when your body runs out of copper? The consequences can be surprisingly severe, affecting everything from your immune function to neurological health.

While commonly associated with modern technology like batteries, lithium is an element with a long history of natural occurrence throughout the Earth. It exists in trace amounts across our planet’s geology and enters the food chain through natural processes. This guide explores the diverse places where you can find lithium naturally.

Keshan disease was once rampant in selenium-deficient areas of China, with incidence rates reaching over 100 per 100,000 in specific regions during the 1960s. This article addresses **what is the name of the disease that is a questionable selenium deficiency** and explores its complex, multi-factorial causes.

While nickel is a common environmental element, its specific biological role in humans is a subject of ongoing scientific investigation. This article explores the current understanding of why our bodies need nickel, the functions it performs, and the important factors to consider regarding intake.