Exposure levels: Assessing the extent of nickel exposure, especially in industrial environments. Nickel poisoning: Detecting potential poisoning cases resulting from excessive exposure. Health effects: Understanding the impact of nickel on health, such as allergies or respiratory problems. Environmental monitoring: Tracking nickel levels in water and soil to ensure environmental and public health safety.

Workers in nickel-exposed industries: Such as steel manufacturing or mining, where they may be exposed to high levels of nickel. People experiencing allergy symptoms: Such as rashes or respiratory problems, which may result from nickel exposure. Potential poisoning patients: Those showing signs indicative of heavy metal poisoning. People living in polluted areas: Where nickel levels in the surrounding environment may be elevated. Individuals with unexplained health issues: Such as chronic fatigue or digestive problems.

Respiratory problems: Such as chronic cough or shortness of breath, especially in people working in nickel-containing environments. Skin sensitivity: Such as rashes or eczema, which may result from nickel exposure. Digestive symptoms: Such as nausea or vomiting, which may indicate poisoning. Unexplained fatigue: A general feeling of tiredness or weakness. Concentration problems: Difficulty focusing or memory issues. Changes in energy levels: Unexplained decrease in energy or activity.

What is the purpose of this test? It is used to determine nickel levels in samples, helping assess exposure and poisoning. How is the test performed? A sample of blood, urine, or water is collected and analyzed using atomic absorption spectrometry. Is any preparation required before the test? Usually, no special preparation is needed, but it is recommended to consult a doctor for any instructions. What is the expected time to get the results? It can range from one day to several days, depending on the laboratory. What are the chances of false positive or false negative results? Like any test, these possibilities may occur, so the doctor interprets the results in the context of symptoms and medical history. What happens if the results are high? The condition will be further evaluated and may require treatment plans or preventive measures.

In blood: Nickel levels in blood are usually very low, typically less than 5 µg/L. In urine: Normal levels may be considered below 20 µg/L, but this can vary based on diet and exposure.

Nickel Level Blood Test in KSA | Lahalak Platform

Accurate measurement of nickel levels to assess chemical exposure and prevent metal toxicity, ensuring the safety of organ functions and protecting you from environmental health risks.

Prices starts from: 166.68 SAR

Scientific name: Nickel Level Test (GFA)

The Nickel Level test, using an Atomic Absorption Spectrophotometer (AAS) with Flame and Graphite Furnace Atomization (GFA), is a precise method for determining nickel concentration in environmental or biological samples. This test is highly efficient in measuring nickel levels, helping assess potential exposure to this heavy metal. The test is use...

Nickel Level Test (GFA) - Monitor Your Nickel Levels

Service type Laboratory test (Blood)

Duration 10-15 minutes

Fasting Fasting is not required

Prices Starting from 166.68 SAR

Included Services

Nickel Level Atomic Absorption Spectrophotometer Graphite Furnace Atomization (GFA) Test
The optimal health guidance based on the result.
Personal support services from Lahalak

Medical Service Information

Purpose Test

Exposure levels: Assessing the extent of nickel exposure, especially in industrial environments.
Nickel poisoning: Detecting potential poisoning cases resulting from excessive exposure.
Health effects: Understanding the impact of nickel on health, such as allergies or respiratory problems.
Environmental monitoring: Tracking nickel levels in water and soil to ensure environmental and public health safety.

Recommended groups

Workers in nickel-exposed industries: Such as steel manufacturing or mining, where they may be exposed to high levels of nickel.
People experiencing allergy symptoms: Such as rashes or respiratory problems, which may result from nickel exposure.
Potential poisoning patients: Those showing signs indicative of heavy metal poisoning.
People living in polluted areas: Where nickel levels in the surrounding environment may be elevated.
Individuals with unexplained health issues: Such as chronic fatigue or digestive problems.

Symptoms indicative

Respiratory problems: Such as chronic cough or shortness of breath, especially in people working in nickel-containing environments.
Skin sensitivity: Such as rashes or eczema, which may result from nickel exposure.
Digestive symptoms: Such as nausea or vomiting, which may indicate poisoning.
Unexplained fatigue: A general feeling of tiredness or weakness.
Concentration problems: Difficulty focusing or memory issues.
Changes in energy levels: Unexplained decrease in energy or activity.

FAQs

What is the purpose of this test? It is used to determine nickel levels in samples, helping assess exposure and poisoning.
How is the test performed? A sample of blood, urine, or water is collected and analyzed using atomic absorption spectrometry.
Is any preparation required before the test? Usually, no special preparation is needed, but it is recommended to consult a doctor for any instructions.
What is the expected time to get the results? It can range from one day to several days, depending on the laboratory.
What are the chances of false positive or false negative results? Like any test, these possibilities may occur, so the doctor interprets the results in the context of symptoms and medical history.
What happens if the results are high? The condition will be further evaluated and may require treatment plans or preventive measures.

Normal Levels

In blood: Nickel levels in blood are usually very low, typically less than 5 µg/L.
In urine: Normal levels may be considered below 20 µg/L, but this can vary based on diet and exposure.