Treat pernicious anemia (Vitamin B-12 deficiency) to avoid nervous system disorders

Pernicious anemia is a vitamin B-12 deficiency that can contribute to nervous system disorders if left untreated. Pernicious anemia (PA) is an autoimmune disorder where the body does not produce enough red blood cells. Red blood cells are produced with vitamin B-12 and a protein called the intrinsic factor. Vitamin B-12 is found in many foods along with supplements and medications. Vitamin B-12 binds with the intrinsic factor and gets absorbed by the small intestine. If a vitamin B-12 deficiency is not treated, it can lead to complications, such as neurological problems, chronic anemia and even stomach cancer.

Pernicious anemia causes

Anemia is a condition characterized by low red blood cells. Pernicious anemia is also referred to as megaloblastic anemia, due to the large size of the red blood cells, and is a type of macrocytic anemia.

Macrocytic anemia can be caused by:

• Long-term use of medications or antibiotics
• Chronic obstructive pulmonary disease (COPD)
• Folate deficiency, either due to poor absorption or poor intake

B-12 deficiency is different from PA although they are often confused. PA is an autoimmune disorder where intrinsic factor is lacking and therefore cannot bind with vitamin B-12 to produce red blood cells. In autoimmune disorders the immune system attacks itself, contributing to health complications. Some cases of PA have been found to be caused by a genetic disorder in children.

Pernicious anemia symptoms

Symptoms may occur quite slowly and be difficult to notice, and unfortunately the person may just become accustomed to feeling unwell. Symptoms of PA include:

• Weakness
• Headache
• Chest pain
• Weight loss

In rare cases of PA neurological symptoms can occur, such as:

• Unsteady gait
• Stiffness and tightness of the muscles
• Peripheral neuropathy
• Progressive lesions on the spinal cord
• Memory loss

Pernicious anemia diagnosis

There are many tests that a doctor can perform in order to properly diagnose pernicious anemia. Testing for PA includes:

• Blood count test
• Vitamin B-12 deficiency test
• Intrinsic factor test
• Proof of stomach destruction

In a blood count test the number of oxygen-carrying red blood cells are counted along with the space the cells use within the blood – this is known as hematocrit.

Stomach damage is diagnosed though a biopsy and checking B-12 and intrinsic factor levels are done through blood work.

Pernicious anemia complications

If left untreated PA can cause pregnancy complications and neurological problems. PA affects pregnancy by contributing to premature birth due to lack of folate. If the fetus does not receive enough folate, birth defects can occur to the baby’s brain and spinal cord. Speak to your doctor if you’re concerned about your folate levels; they can prescribe supplements.

Neurological problems can also occur with a B-12 deficiency. A person with a B-12 deficiency may notice tingling in their fingers and toes and problems with balance. Mental confusion and forgetfulness can also occur with a B-12 deficiency.

Pernicious anemia treatment

Treatment for pernicious anemia focuses on boosting B-12 levels, which can be done through injections. Improving iron levels as well is important when treating anemia. Because PA is an autoimmune disease it can be present for the rest of your life, so treatment requires lifelong monitoring of the condition and boosting vitamin levels when necessary.

 

Thalassemia, sickle cell blood disorders increase anemia and pain

Thalassemia and sickle cell disease are distinct conditions, but both are blood disorders that can lead to increased anemia and pain. Thalassemia and sickle cell disease are both genetic disorders. Science tells us that they are caused by glitches in the genes that control hemoglobin. Hemoglobin is a red protein responsible for transporting oxygen in the blood. Continue reading…

---

---

1. Prev:Burn off Thanksgiving calories for a healthier holiday season
2. Next:Celiac disease, Crohn’s disease share common symptoms and part of their genetic background