Assessing the risk of kidney stone formation: Oxalates are key components in many types of kidney stones. Diagnosing metabolic disorders: Such as hyperoxaluria, which may result from genetic factors or certain medical conditions. Monitoring treatment efficacy: It helps evaluate patients’ response to prescribed treatments aimed at reducing oxalate levels. Guiding dietary modifications: Based on the results, dietary advice can be given to reduce oxalate intake, aiding in the prevention of stone formation.

Patients with kidney stones: Individuals with a previous history of stone formation, especially those made of oxalates. Individuals with hyperoxaluria: Those with elevated oxalate levels in the urine, which may indicate metabolic disorders. Patients with metabolic disorders: Such as primary oxalosis, which affects how the body processes oxalates. People following special diets: Such as high-oxalate diets, to monitor oxalate levels in biological fluids. People with kidney diseases: To assess the impact of kidney conditions on oxalate levels in urine.

Back or side pain: This may indicate the presence of kidney stones. Painful urination: Experiencing pain during urination, which could suggest the presence of stones. Frequent or urgent urination: An increase in the frequency of urination or a sudden, urgent need to urinate. Presence of blood in the urine: This may be a sign of kidney stones or other kidney issues. Nausea or vomiting: Can be associated with the pain caused by kidney stones. Family history of kidney stone formation: May indicate the need for regular testing of oxalate levels.

What is the purpose of Quantitative Oxalate Analysis? It aims to measure the level of oxalates in biological fluids, helping to assess the risk of kidney stone formation and guide treatment. How is the test performed? A sample of urine or other biological fluids is collected and processed in the laboratory using gas chromatography and mass spectrometry techniques. Does the patient need to fast before the test? Fasting is usually not required, but it may be advisable to avoid foods high in oxalates before the test to ensure accurate results. What are the normal levels of oxalates? Normal values can vary, but typically, oxalate levels in urine less than 45 mg/day are considered normal. What factors can affect the test results? Consuming large amounts of foods rich in oxalates, certain medications, or underlying medical conditions may affect the results. What do elevated oxalate levels mean? Elevated levels may indicate a higher risk for kidney stone formation or metabolic disorders. How can abnormal results be managed? The doctor will determine a treatment plan based on the potential cause of the imbalance, which may include dietary changes or medication.

Normal levels for quantitative oxalate analysis in urine typically range from 20 to 45 mg/day.

Quantitative Oxalate Test | Lahalak Medical Platform

Precise measurement of oxalate levels to assess the risk of kidney stone formation, helping protect urinary health and support effective early preventive measures.

Prices starts from: 110.25 SAR

Scientific name: Quantitative Oxalate Test (GC-MS)

Oxalate Quantitative, by Gas Chromatography-Mass Spectrometry (GC-MS) is an advanced laboratory test used to determine the level of oxalates in biological fluids, such as urine. Oxalates are compounds that can contribute to the formation of kidney stones, so measuring their levels helps doctors assess potential risks. This test involves extracting...

Quantitative Oxalate Test (GC-MS) - Kidney & Urinary Stone Test

Service type Laboratory test (Urine)

Duration 10-15 minutes

Fasting Fasting is not required

Prices Starting from 110.25 SAR

Included Services

Oxalate Quantitative, by Gas Chromatography-Mass Spectrometry Test
The optimal health guidance based on the result.
Personal support services from Lahalak

Medical Service Information

Purpose Test

Assessing the risk of kidney stone formation: Oxalates are key components in many types of kidney stones.
Diagnosing metabolic disorders: Such as hyperoxaluria, which may result from genetic factors or certain medical conditions.
Monitoring treatment efficacy: It helps evaluate patients’ response to prescribed treatments aimed at reducing oxalate levels.
Guiding dietary modifications: Based on the results, dietary advice can be given to reduce oxalate intake, aiding in the prevention of stone formation.

Recommended groups

Patients with kidney stones: Individuals with a previous history of stone formation, especially those made of oxalates.
Individuals with hyperoxaluria: Those with elevated oxalate levels in the urine, which may indicate metabolic disorders.
Patients with metabolic disorders: Such as primary oxalosis, which affects how the body processes oxalates.
People following special diets: Such as high-oxalate diets, to monitor oxalate levels in biological fluids.
People with kidney diseases: To assess the impact of kidney conditions on oxalate levels in urine.

Symptoms indicative

Back or side pain: This may indicate the presence of kidney stones.
Painful urination: Experiencing pain during urination, which could suggest the presence of stones.
Frequent or urgent urination: An increase in the frequency of urination or a sudden, urgent need to urinate.
Presence of blood in the urine: This may be a sign of kidney stones or other kidney issues.
Nausea or vomiting: Can be associated with the pain caused by kidney stones.
Family history of kidney stone formation: May indicate the need for regular testing of oxalate levels.

FAQs

What is the purpose of Quantitative Oxalate Analysis? It aims to measure the level of oxalates in biological fluids, helping to assess the risk of kidney stone formation and guide treatment.
How is the test performed? A sample of urine or other biological fluids is collected and processed in the laboratory using gas chromatography and mass spectrometry techniques.
Does the patient need to fast before the test? Fasting is usually not required, but it may be advisable to avoid foods high in oxalates before the test to ensure accurate results.
What are the normal levels of oxalates? Normal values can vary, but typically, oxalate levels in urine less than 45 mg/day are considered normal.
What factors can affect the test results? Consuming large amounts of foods rich in oxalates, certain medications, or underlying medical conditions may affect the results.
What do elevated oxalate levels mean? Elevated levels may indicate a higher risk for kidney stone formation or metabolic disorders.

Normal Levels

Normal levels for quantitative oxalate analysis in urine typically range from 20 to 45 mg/day.

Conditions & Notices

The terms and conditions announced on the "Lahalak" medical platform apply.
There are no special conditions for the service other than those mentioned.

Quantitative Oxalate Test | Lahalak Medical Platform

Included Services

Medical Service Information

Purpose Test

Recommended groups

Symptoms indicative

FAQs

Normal Levels

Conditions & Notices

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