Iron is a fundamental mineral involved in many vital processes ranging from oxygen transport in the body to support for the immune system. Iron, which is part of the hemoglobin in the blood, ensures that tissues receive adequate oxygen and aids in energy production. However, if iron intake is insufficient, absorption is impaired, or depletion occurs, iron deficiency may arise.
Iron deficiency is a mineral deficiency that occurs when the required amount of iron in the body is not adequately met. Iron is crucial as it is part of the hemoglobin in the blood, allowing oxygen to be transported from the lungs to the tissues and is important for energy production, the immune system, and muscle functions. If the iron stores in the body decrease, tissues cannot receive sufficient oxygen, potentially leading to health issues over time.
Initially, iron deficiency may only progress as a depletion of stores and might not cause noticeable complaints. However, as the deficiency advances, iron deficiency anemia can develop. In this situation, the hemoglobin level in the blood decreases, and symptoms such as weakness, fatigue, and dizziness become more pronounced.
Iron deficiency can result from the combination of multiple factors. Treatments conducted without correctly identifying the causes of iron deficiency may not provide a permanent solution.
The main causes that can lead to iron deficiency include:
Insufficient and imbalanced diet: Not including iron-rich foods sufficiently in daily diet can lead to a decrease in iron stores, especially in the long term.
Impaired iron absorption: Stomach and intestinal diseases, celiac disease, or certain medications that reduce stomach acid can adversely affect iron absorption.
Blood loss: Excessive menstrual bleeding, gastrointestinal bleeding, or unnoticed hidden blood losses are among the most common causes of iron deficiency.
Increased iron need: During pregnancy, breastfeeding, childhood, and adolescence, the body's demand for iron may increase.
Long-term use of certain medications: Some painkillers and stomach medications can reduce iron absorption, paving the way for deficiency.
Iron deficiency symptoms can vary from person to person and generally progress quietly. A condition that starts with mild complaints in early stages can become more evident as the deficiency deepens. Common symptoms of iron deficiency:
Chronic fatigue
Dizziness and feeling of lightheadedness
Easy fatigue
Difficulty in attention and concentration
Pale skin tone
Palpitations
Shortness of breath
Hair loss and brittle nails
It is important to evaluate for iron deficiency especially when these symptoms begin to negatively affect daily life.
While iron and B12 vitamin deficiencies show some common symptoms, the roles they play in the body are different. Therefore, the symptoms may show some differences in certain aspects.
Common symptoms: Weakness, dizziness, easy fatigue
Common symptoms in B12 deficiency: Numbness in hands and feet, memory problems, balance issues
Common symptoms in iron deficiency: Pale skin, palpitations, shortness of breath
Since both deficiencies can occur simultaneously in some individuals, laboratory tests are necessary.
The diagnosis of iron deficiency is made based on the individual's complaints, clinical evaluation, and laboratory tests. Symptoms such as weakness, easy fatigue, and dizziness may suggest iron deficiency; however, blood tests are required for a definitive diagnosis. This is because similar symptoms can also be seen in deficiencies of different vitamins and minerals.
The most commonly used tests for diagnosing iron deficiency are:
Hemogram: Hemoglobin and hematocrit values are evaluated. Signs of anemia may be detected if iron deficiency has progressed.
Ferritin level: The most important parameter showing the body's iron stores. Low ferritin is an early and reliable indicator of iron deficiency.
Serum iron and iron-binding capacity: By evaluating the amount of iron in the blood and its transport capacity, the degree of deficiency is determined.
In cases deemed necessary, additional tests may be planned to investigate underlying causes such as blood loss or absorption disorders that may lead to iron deficiency. Therefore, the diagnosis of iron deficiency should be made not simply with a single test, but through the combined evaluation of clinical findings and laboratory results.
The course of action in treating iron deficiency is determined based on the extent to which iron levels in the blood have decreased and the factors leading to this situation. In cases where iron stores are mildly reduced, dietary habits are often evaluated as the first step. Ensuring a greater presence of foods high in iron content in daily meals can help meet the needed iron naturally.
The core elements considered in the process of treating iron deficiency include:
Restructuring of the nutrition plan: Balanced inclusion of iron-rich foods in daily nutrition.
Choosing foods that support absorption: Consuming them alongside vitamin C-rich foods.
Medical support necessity: Use of iron-containing medications with advice from a physician, when deemed necessary.
Determining the method of application: Evaluating oral or intravenous treatment options specific to the individual.
Regulating daily habits: Being mindful of the timing of consuming beverages like tea and coffee, which can negatively affect iron absorption.
Cause-oriented approach: Addressing menstrual irregularities, digestive system issues, or chronic diseases that may lead to iron loss.
Nutrition plays an important role in preventing iron deficiency and supporting the treatment process. However, not just the consumption of iron-rich foods, but also how effectively iron is absorbed in the body is important.
Red meat
Chicken
Fish
Turkey meat
Eggs
Leafy green vegetables
Legumes
Whole grains
Molasses
Citrus fruits like tangerines, oranges, kiwis, strawberries, rich in vitamin C
Fresh vegetables like tomatoes, peppers, broccoli
It is recommended not to consume drinks such as tea, coffee, and milk, which can adversely affect iron absorption, alongside meals containing iron. When creating a nutrition plan aimed at addressing iron deficiency, factors such as the individual's age, overall health status, and the level of iron deficiency should be considered.
Iron deficiency refers to the condition of decreased iron stores in the body. When this situation progresses, iron deficiency anemia can develop as the hemoglobin levels in the blood decrease.
The method and duration of using iron supplements can vary depending on the individual's health condition. Even if hemoglobin levels return to normal, treatment may continue for a while to replenish iron stores; this process should be carried out under the supervision of a specialist.
Unless the underlying cause is eliminated, iron deficiency may recur. Therefore, it is important to not only use supplements but also evaluate the factors causing iron loss.
Iron deficiency is not limited to causing fatigue. It can also lead to symptoms like weakness, dizziness, palpitations, shortness of breath, lack of concentration, and hair loss.