Phosphate is an electrolyte that aids in the body's energy production and nerve function. Phosphates also help build strong bones and teeth. Most of the phosphate in the body is stored in bones. A much smaller amount is present in cells. Familial hypophosphatemia is a rare disorder that runs in families. A minority of patients have autosomal dominant familial hypophosphatemia (ADHR). Another rare genetic form of the disease is hereditary hypophosphatemic rickets with hypercalciuria (HHRH). In general, hypophosphatemia is rare. It is commonly seen in people who are hospitalized or admitted to the intensive care unit (ICU). He has this condition in 2% to 3% of those who are hospitalized and up to 34% of those in intensive care units. If a drug causes this condition, the drug should be stopped. Adding phosphate to your diet can improve mild symptoms and prevent future phosphate deficiency. Milk and other dairy products are excellent sources of phosphate. Alternatively, you can take a phosphate supplement. If your vitamin D levels are low, you should also increase your intake of this vitamin. If hypophosphatemia is severe, it may be necessary to give high doses of intravenous phosphate (IV). You may also need dental sealants to protect your teeth from cavities. Phosphate is needed to maintain healthy bones. A lack of it can lead to weak bones, broken bones, and muscle damage. Untreated very severe hypophosphatemia can affect breathing and heart function and can be life threatening. Mild cases of hypophosphatemia usually improve with the addition of phosphate to the diet or taking supplements. Severe cases require intravenous phosphate therapy. After treatment, hypophosphatemia should not recur. Phosphorus is a mineral found in bones that keeps bones and bodies healthy. Normal blood phosphate levels are between 2.5 mg/dL and 4.5 mg/dL. Hypophosphatemia is a condition in which the concentration of phosphorus in the blood is low. Low levels can cause a variety of health problems, including muscle weakness, respiratory or heart failure, seizures, coma, etc. Hypophosphatemia is always caused by another underlying problem. This is a serious condition and the underlying problem must be treated to prevent some of the very serious effects of hypophosphatemia. Respiratory alkalosis is not accompanied by elevated bicarbonate levels. It's a drop in carbon dioxide pressure. It usually occurs when you hyperventilate or breathe in and out too quickly. Respiratory alkalosis causes acute hypophosphatemia as cells begin to migrate spontaneously around the bone's phosphate depots. It differs from other causes in that it returns. Experts point out that most people with hypophosphatemia are asymptomatic, meaning they have no symptoms. Doctors usually discover whether a person has the disease by chance. The effects of hypophosphatemia can be far-reaching, affecting almost every system in the body. Symptoms only appear when serum phosphate levels are less than 0.32 millimoles per liter (mmol/L). Symptoms of mild hypophosphatemia may include general weakness. Early effects of hypophosphatemia are due to intracellular phosphate deficiency and may be mild or unremarkable. However, if someone suffers from long-term phosphorus deficiency, it can have serious effects on the body and subsequent complications.