Filaria Antigen Rapid

850.00

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The Filaria Antigen Rapid Test is a diagnostic test used to detect antigens produced by the adult female Wuchereria bancrofti or Brugia malayi worms, which cause lymphatic filariasis (also known as elephantiasis). These parasites are transmitted through mosquito bites and infect the lymphatic system, leading to swelling, pain, and in severe cases, permanent disability. The test detects antigens in the blood that are released by the worms, providing a quick and accurate diagnosis.
This test is rapid, meaning results can be obtained in a short period (usually within 30 minutes), making it a valuable tool for diagnosing active infection, especially in endemic regions.

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    Description

    Why It’s Done:

    The Filaria Antigen Rapid Test is used to:
    • Diagnose lymphatic filariasis in individuals who may have symptoms such as swelling of limbs or genital area (elephantiasis), fever, or pain due to the parasite infection.
    • Detect active infection caused by Wuchereria bancrofti or Brugia malayi, the parasites responsible for lymphatic filariasis.
    • Confirm diagnosis when clinical symptoms are present or when there’s a history of exposure in endemic areas.
    • Screen for filarial infections in high-risk populations or areas where the disease is common.
    • Monitor ongoing treatment to ensure that the infection is being controlled or eradicated.

    Preparation:

    • Fasting: No fasting is required for this test.
    • Medications: Inform your doctor about any medications you are taking, as certain treatments for filariasis may affect test results.
    • Sample Collection: The test requires a blood sample, typically obtained via a fingerstick or venipuncture (blood drawn from a vein).
    • Timing: Ideally performed when symptoms are present or when there is suspicion of active infection. The test is often used in endemic areas where filarial infections are common.
    • Test Location: This rapid test can be done in a healthcare setting or even in remote areas with mobile diagnostic units, making it particularly useful in resource-limited regions