Does Blood Contain Gold? Unraveling The Myth

Have you ever wondered why there is a trace amount of gold in our blood? Well, it turns out that an average adult human body, weighing around 70 kg, contains approximately 0.2 milligrams of gold. This seemingly unexpected presence of gold in our bodies serves a vital health function. Gold plays a crucial role in maintaining the health of our joints and assists in the efficient transmission of electrical signals throughout our bodies. This discovery sheds light on the intriguing connection between this precious metal and our overall well-being, offering new insights into the complexities of human physiology. (Note: The date “7th August 2020” does not appear to provide relevant information in this context, so it has been omitted.)

Do red blood cells contain gold? Recent research examining samples from patients with rheumatoid arthritis (RA) has revealed varying levels of gold accumulation within red blood cells (RBCs), with significant differences among individual patients. When analyzing these samples using size-exclusion chromatography, it was observed that the gold present in the RBC lysate does not primarily bind to hemoglobin, the protein responsible for transporting oxygen, but instead attaches to a much larger molecule with a molecular weight of approximately 330,000 Daltons. This finding highlights the complex nature of gold interactions within red blood cells, shedding light on potential implications for patients with RA.

The presence of metals in human blood is a fascinating aspect of our biology. Much like how iron is a crucial component in the creation of steel, it plays an equally vital role in supporting human life. Approximately 70% of the iron within your body is concentrated within a specialized protein found in red blood cells, known as hemoglobin. Hemoglobin serves as a pivotal component in these cells and is responsible for facilitating the transportation of oxygen throughout your entire body. This intricate interplay between iron and hemoglobin underscores the fundamental importance of metals in human blood, ensuring the effective oxygenation of our tissues and organs, thereby sustaining our overall health and well-being. (Note: I’ve added context about the importance of iron in blood and its role in oxygen transport to provide a more comprehensive understanding of the topic.)