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    Advanced Semen Analysis

    $440.00 $489.00

    Complete Semen Analysis including DNA fragmentation testing to assess sperm DNA integrity, essential for fertilization and embryo development. High fragmentation may affect conception and increase the risk of miscarriage. (Adheres to WHO 6th Edition)

    HSA FSA

    Advanced Semen Analysis

    Includes DNA Fragmentation with Complete Semen Analysis

    What is sperm DNA fragmentation?

    Sperm carry DNA, the genetic blueprint that helps create a healthy baby. DNA fragmentation means that genetic material inside the sperm is damaged or broken. Even if sperm look normal and move well, damaged DNA can affect your chances of getting pregnant and may lead to issues during early pregnancy.

    What is DNA Fragmentation Testing?

    This test looks at how much DNA damage is present in your sperm. It gives a deeper look into sperm quality beyond what’s seen in our Complete Semen Analysis. Your doctor may recommend this test if:

    • You’ve had trouble conceiving for 6+ months
    • There have been repeated IVF or ICSI failures
    • You’ve experienced recurrent pregnancy loss (miscarriages)
    • You have risk factors like smoking, stress, age, or exposure to heat/toxins

    What does the test measure?

    Sperm Count

    Numbers of sperms in the entire sample. Low sperm count decreases the likelihood of conception, especially with other issues.

    Motility

    The ability of sperm to move effectively. At least 40% should be motile. Low motility reduces fertilization chances.

    Morphology

    The percentage of sperm with a normal shape. At least 4% should be normal. Abnormal shapes can hinder fertilization.

    Volume

    The total amount of semen produced in one ejaculation. Low volume can indicate blockages, infections, or prostate issues.

    Total Motile Sperm Count(TMSC)

    The total number of motile sperm in the sample. Higher TMSC increases fertilization chances, while low TMSC suggest challenges.

    Concentration

    Numbers of sperm per milliliter of semen. Low concentration (oligospermia) reduces the chances of sperm reaching the egg.

    DNA Fragmentation

    Measures the percentage of sperm with damaged DNA. High fragmentation levels are linked to fertility challenges and an increased risk of miscarriage.

    Top 3 Reasons Why DNA Fragmentation Testing Matters

    1

    It shows the quality of your sperm DNA: Standard semen analysis does not provide additional DNA information.

    2

    It can help explain why pregnancy hasn’t happened: Even if everything else looks normal, high levels of DNA damage in sperm may prevent successful pregnancies.

    3

    It guides your next steps: Your physician can recommend targeted treatments or lifestyle changes to choose the best fertility treatment.

    What causes sperm DNA fragmentation?

    • Smoking, alcohol, or drug use
    • High testicular heat (hot tubs, tight underwear, laptops on lap)
    • Poor diet or obesity
    • Oxidative stress (damage from unstable molecules in the body)
    • Infections or inflammation
    • Age or environmental toxins

    What do the results mean?

    Fragmentation Level
    What It Means
    Low(<15%)
    DNA is in good shape, healthy sperm function
    Moderate(15-30%)
    Some damage that may impact fertility, lifestyle changes help
    High (>30%)
    Increased risk for infertility or miscarriage

    What can I do if DNA damage is high?

    Improve your lifestyle

    Quit smoking, reduce alcohol, and eat antioxidant-rich foods

    Reduce heat exposure

    Avoid hot tubs, wear loose underwear

    Treat underlying issues

    Such as infections or hormone imbalances

    Use advanced fertility techniques

    Such as ICSI or testicular sperm retrieval

    Take antioxidant supplements

    (Ask your doctor which are right for you)

    Questions to Ask Your Doctor

    What is my DNA fragmentation level?

    Can I improve my sperm DNA quality?

    What are the best treatment or fertility options for me?

    What Our Customers Are Saying

    Frequently Asked Questions

    Find answers to common questions about our products, services, and policies.

    Understanding DNA Fragmentation Testing

    What causes sperm DNA fragmentation?

    Oxidative stress (primary cause), advanced paternal age over 40, varicocele, smoking, excessive alcohol, obesity, environmental toxins, pesticides, high testicular temperature, infections, chronic inflammation, chemotherapy, radiation, and certain medications create DNA strand breaks in sperm.

    How is DNA fragmentation different from morphology testing?

     Morphology evaluates sperm shape and structure visually. DNA fragmentation measures internal genetic damage invisible under microscopy. Sperm can have perfect morphology but severely fragmented DNA, why 15-20% of "unexplained infertility" cases have normal standard parameters but high fragmentation.

    What DNA fragmentation index level requires treatment?

    DFI 15-25% warrants lifestyle modifications and antioxidant therapy; 25-30% requires aggressive intervention and fertility specialist consultation; above 30% strongly indicates medical treatment, specialized IVF techniques (ICSI with sperm selection), or testicular sperm extraction before assisted reproduction.

    Does sperm DNA fragmentation cause birth defects?

    Research shows elevated fragmentation increases miscarriage risk and may affect embryo development quality. Most severely fragmented sperm fail to fertilize or result in non-viable embryos. Successful pregnancies with high DFI don't show increased congenital anomalies, though data remains limited.

    Clinical Scenarios

    Why did our IVF fail with good embryo grades but high DNA fragmentation?

    Fragmented sperm DNA can create embryos appearing morphologically normal on days 3-5 but lacking genetic integrity for implantation. DNA damage causes developmental arrest post-transfer, failed implantation, or biochemical pregnancy despite good pre-transfer grading.

    Should men over 40 automatically get advanced testing?

    Strongly recommended. Paternal age over 40 correlates with increased DNA fragmentation due to accumulated oxidative damage and decreased DNA repair mechanisms. Standard parameters may remain normal while genetic quality declines, affecting conception success and pregnancy outcomes.

    Our doctor said all tests are normal, why can't we conceive?

    "Normal" typically means standard parameters (count, motility, morphology). Approximately 15-20% of unexplained infertility involves normal basic testing but elevated DNA fragmentation. This hidden factor prevents fertilization, causes embryo arrest, or triggers early miscarriage.

    Can DNA fragmentation explain recurrent miscarriages with normal female testing?

    Studies demonstrate strong correlation between elevated paternal DNA fragmentation and recurrent pregnancy loss even with normal maternal factors. Damaged sperm DNA creates embryos unable to sustain development, typically resulting in first-trimester loss.

    Costs & Value

    Why does advanced testing cost $191 more than comprehensive?

    DNA fragmentation analysis requires specialized laboratory protocols, additional technician expertise, proprietary reagents, and extended analysis time beyond standard semen parameters. The investment prevents thousands in failed IVF cycles or months of unsuccessful conception attempts.

    Will insurance cover advanced semen analysis with DNA fragmentation?

    Coverage varies by insurer and plan. Some cover when ordered by physicians for infertility diagnosis; others consider it investigational. Obtain pre-authorization if using insurance. All Mate Health tests are HSA/FSA eligible regardless of insurance status.

    Is DNA fragmentation testing worth it for unexplained infertility?

    Absolutely. When standard testing shows normal results but conception fails, DNA fragmentation explains the discrepancy in 15-20% of cases. One advanced test ($440) costs less than one IVF cycle ($15,000-20,000) and provides actionable treatment direction.

    DNA fragmentation testing provides a clearer picture of your sperm health and helps your care team find the best path to parenthood.