phosphorus
The molecule of the protein haemoglobin has at its centre an atom of iron, as the central part of the molecule is an iron complex. This is why you need the mineral iron in your diet. Without sufficient iron in the diet the oxygen carrying capacity of the blood is lowered, and you will soon become anaemic.
Primarily hemoglobin which is derived from the mineral Iron. Iron however works in conjunction with dozens of other minerals and supplementation must include as many of it's co-factors as possible.
the blood gets cleaned up in the kidney wastes are removed from the blood to be excreted through the urine and the mineral and ion balance is corrected
the currculatory/ cardiovascular system includes your arteries, viens, heart, and blood.
help in transportation of the red blood cell through oxygen to the lungs then to the tissue
The primary means of transportation is through the blood stream.
you have something called a blood sell it uses its mineral to keep the blood flowing
The primary mineral found in the blood is iron. It is the element at the center of the hemoglobin molecule - in the red blood cell.
Mineral salts are taken from the blood in the nephron's of the kidneys, and then put back into the blood as needed in the peritubular capillaries.
Iron is a mineral found in the blood stream.
Iron is an essential mineral that helps carry oxygen in the blood and is also involved in energy production. Pyrite, a mineral composed of iron and sulfur, does not play a specific role in the human body and is not recognized as having any beneficial function.
A red blood cell is involved in the transport of oxygen from the lungs to all parts of the body and the transportation of carbon dioxide waste from the tissues back to the lungs for removal. This process is essential for delivering oxygen for cellular respiration and maintaining overall bodily function.