Functions of Phosphorus in the Body
- Phosphorus is indispensable for all active tissues. In combination with calcium, it feeds the nerves.
- It aids the growth of hair and helps counteract fatigue.
- This mineral is important for the regular functioning of the heart and for normal kidney functioning.
- Phosphorus is essential in the chemical processes involved in the utilization of carbohydrates and fats. It liberates their energy at the rate demanded by the body.
- It also helps in regulating the acid-alkaline balance of the blood, which is vital for the maintenance of health and prevention of disease.
- Phosphorus is also necessary for the formation of the phospholipids – lecithin and cephalin – which are integral parts of a cell structure and also act as intermediates in fat transport and metabolism.
- This mineral is also an essential constituent of the nucleic acid and nucleo-proteins of body cells.
- Phosphorus is a mineral colleague of calcium within the body. Calcium by itself cannot be responsible for good teeth and bones or nourish the brain and nerves. A proper balance of phosphorus must be present in the bloodstream for the effective performance of these tasks.
- An adult human body contains about 400-700 g of phosphorus as phosphates. At least two-thirds of this amount is found in chemical combination with calcium in the bones and teeth, and the rest in other tissues. Phosphorus is essential for the proper utilization of not only calcium but also other minerals like iron, magnesium, potassium, and sodium.
- The inorganic phosphorus content of blood serum in normal human adults ranges from 2.5 to 4.0 mg/ 100 ml, and in children from 4.0 to 5.0 mg/100ml. In individuals suffering from rickets, the level of phosphorus is reduced to less than 3 mg/1oo ml.
- Phosphorus is a soft, non-metallic element found in the body only in combination with other substances. As a result, it is neither luminous nor inflammable. In the human body, phosphorus is a part of the ATP (adenosine triphosphate) and ADP{adenosine diphosphate) – the energy transporting systems in the cells, and is also a component of the phospholipids. Too much iron, aluminium, and magnesium can render phosphorus ineffective.
- Phosphorus is absorbed in the small intestine as inorganic phosphates. Phosphorus present in an organic combination such as phytic acid, is hydrolysed to inorganic phosphate before absorption. Since the enzyme, phytase, is not present in human digestive juices, phytin phosphorus is absorbed only to a very slight extent in human beings. Phosphorus present in animal foods such as milk, meat, and eggs is absorbed to a greater extent than that present in cereals and legumes, as the latter exists mostly in the form of phytic acid.
- The kidneys are the major pathway of excretion of the absorbed phosphorus. The retention of phosphorus in children on different diets has been reported to vary from 10 to 40 per cent. The retention of phosphorus depends on various factors like the quantity of phosphorus ingested the calcium content of the diet, the form in which phosphorus exists in the diet, and vitamin D intake.
Sources of Phosphorus
The most important food sources of phosphorus are wholegrain cereals, milk, and fish. Vegetables such as carrots, and leafy vegetables; fruits like black currants, raspberries, raisins, and apricots are fairly good sources. Other sources of this mineral are soya beans, lentils, and other pulses and legumes.
Symptoms of Phosphorus deficiency
- A phosphorus deficiency may cause loss of weight, retarded growth, reduced sexual powers, and general weakness.
- It may result in poor mineralization of the bones, and a deficient nerve and brain function.
- Conditions associated with calcium deficiency may also occur due to phosphorus deficiency.
- Deficiencies of phosphorus are however rare, as it is one of the elements available in large quantities in most diets.
HealingĀ Properties of Phosphorus
While taking calcium in therapeutic doses to make up for calcium deficiency conditions or for treating certain ailments, it is advisable to take that calcium supplement in which phosphorus has been added in the correct proportions. This is necessary as calcium cannot achieve its objectives unless phosphorus is present in the required proportion.
Precautions
There are no known toxic effects of phosphorus.
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High phosphorus (hyperphosphatemia) is a cause of kidney failure. It also causes neurological problems, muscle soreness, fatigue, depression, osteoporosis, and many more problems. Do NOT play around with phosphorus. Trust your doctor to treatment.