Anti-Mullerian Hormone (AMH) Test In Patna - Price & Details

The Anti-Müllerian Hormone (AMH) test is crucial in evaluating reproductive health for both males and females. In males, low AMH levels may indicate potential issues with the AMH gene on chromosome 19, affecting testicle function. For females, elevated AMH levels can signal conditions like polycystic ovary syndrome (PCOS), while low levels may suggest reduced fertility or perimenopause.

Testing is also relevant for infants, aiding in the assessment of undescended testes or atypical genitalia. Some symptoms prompting this test include:

• Irregular menstrual cycles
• Early menopause
• Acne and excessive hair growth
• Amenorrhea
• Sudden weight gain

Getting your AMH test in Patna is quick and easy with PharmEasy. Our doorstep sample collection service ensures an easy and convenient way to check your AMH levels, which is especially handy for those with busy schedules or in remote areas.

Our certified labs are equipped with cutting-edge machines on which the AMH test samples will be tested. You will also be kept in the loop about the test at every step. Your report will be reviewed by a top doctor and conveniently shared via email, again saving you a trip to the lab.

PharmEasy Labs offers a range of affordable tests and health packages, making health diagnostics accessible to everyone. With a straightforward 6-step testing process and competitive prices, PharmEasy Labs is your go-to for premium yet affordable diagnostic services in Patna.

Various factors contribute to the variability in the cost of an AMH test. Nevertheless, the standard price for an AMH test at PharmEasy in Patna is typically between INR 1275 and INR 2969. To make an informed decision, consider comparing AMH test prices in major Indian cities.

The AMH test is essential for those facing fertility challenges, helping assess egg supply and plan treatments like in vitro fertilisation (IVF). For females with PCOS symptoms, including irregular periods and excessive hair growth, the test aids in diagnosis. In ovarian cancer patients, AMH testing gauges treatment efficacy and monitors potential recurrence.

This test is a valuable tool for determining ovarian reserve, guiding fertility medicine dosage in IVF, and assessing menopausal status. The test serves as a comprehensive diagnostic aid, offering critical information for personalised reproductive health decisions.

The AMH test is hassle-free, requiring no specific preparations like dietary restrictions or fasting. You have the flexibility to schedule it at any time during the day, either alongside other blood tests or as a standalone procedure.

During the AMH Test

At the scheduled time slot a vaccinated phlebotomist will arrive at your registered address. The phlebotomist will follow all safety procedures while collecting your blood sample for the AMH test. Once it is done, the sample will be placed in a barcoded vial and stored in an icebox to prevent degradation. The whole sample collection process is simple and quick, usually taking only 5-10 minutes.

The AMH normal range in females is as follows:

Your age and gender determine the normal range of the AMH results. Talk to your health care provider if the values are beyond AMH normal range.

The normal values, parameters, and reference ranges of the test may vary from lab to lab. Please refer to the ranges mentioned in the report and consult a doctor to understand the interpretation of lab reports.

• In infant (male)

Low amounts of AMH in a male child may suggest a problem with the AMH gene on chromosome 19. This chromosome controls AMH production and is associated with malfunctioning testicles. Male hormone deficiency can induce ambiguous genitalia and abnormal reproductive organs.

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Risks / Possible Complications

An AMH test is a standard blood test that involves minimal risk of complications. However, it is important to promptly seek medical advice if you experience:

• Continuous bleeding from the puncture site.
• Swelling/pain in the area of the skin where the needle was inserted.

Limitations

• Test results may be influenced by errors stemming from either machines or humans.
• Misinterpretation of markers is a possibility.