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Is your Immune System Baby-Friendly?

Immunological Factors May Be the Missing Piece in Understanding Unexplained Infertility.

An “overactive”, dysregulated maternal immune system may be hostile towards the embryo leading to pregnancy rejection. Elevated levels and activity of cytotoxic peripheral blood NK cells (pbNK) combined with a shift towards the Th1 proinflammatory response over the favorable Th2 anti-inflammatory response, poses risks for pregnancy and they are linked with reproductive immunopathology such as recurrent spontaneous abortions (RSA), idiopathic infertility, and implantation failures in both natural and assisted reproduction attempts.

FERTILYSIS Reproductive Autoimmunity

420€

Blood Draw

No doctor's referral

Peripheral Bbood

Storage & Shipping at ambient temperature

Results in 20 business days

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Fertilysis FastTrack Results stand as a commitment to remove barriers and redefine timelines. Get your test results in 5 working days expedited, from the day your sample reaches us, instead of the standard processing time.

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A potentially hazardous immunological response during pregnancy is more probable when the mother exhibits elevated levels of pbNK cells, facilitating an immunological attack against the fetus. Heightened pbNK cytotoxicity, combined with a propensity for a Th1 proinflammatory response over the favorable Th2 anti-inflammatory counterpart, poses risks for pregnancy. Elevated concentrations and increased activity of cytotoxic pbNK cells, alongside a dominance of the pro-inflammatory Th1 response, have been linked to reproductive immunopathology, including conditions like recurrent spontaneous abortions (RSA), idiopathic infertility, and implantation failure in both natural and assisted reproduction attempts.

The FERTILYSIS Reproductive Autoimmunity panel involves 3 main tests:

The NK cell/Regulatory T-Cell (Tregs) profile

The NK cell cytotoxicity assay

The Th1/Th2 cytokine ratio assay

NK cells (Natural Killer cells) are a type of immune cell that play a role in the body's defense against infections and cancer. However, in the context of fertility and pregnancy, elevated NK cell levels in the peripheral blood and, as a consequence, potentially in the uterus, are considered a risk factor for infertility and recurrent miscarriage. Increased, dysregulated NK cell activity in the uterus both in number and toxicity levels may mistakenly attack the developing embryo as a foreign object. This can result in impaired implantation, early pregnancy loss, or recurrent miscarriages.

The Th1/Th2 ratio relates to the balance between two types of immune cells: Th1 (T-helper 1) and Th2 (T-helper 2) cells. These cells play different roles in the immune system and are involved in regulating immune responses. In the context of infertility, Th1 cells are associated with pro-inflammatory responses and can promote immune reactions that may be detrimental to pregnancy. On the other hand, Th2 cells are associated with anti-inflammatory responses and are involved in promoting tolerance and supporting pregnancy. An imbalance in the Th1/Th2 ratio, with increased Th1 activity and decreased Th2 activity, may create an environment that is less supportive of successful implantation and pregnancy maintenance which may lead to increased inflammation and immune responses that could potentially harm the developing embryo or interfere with implantation.

A potentially hazardous immunological response during pregnancy is more probable when the mother exhibits elevated levels of pbNK cells, facilitating an immunological attack against the fetus. Heightened pbNK cytotoxicity, combined with a propensity for a Th1 proinflammatory response over the favorable Th2 anti-inflammatory counterpart, poses risks for pregnancy. Elevated concentrations and increased activity of cytotoxic pbNK cells, alongside a dominance of the pro-inflammatory Th1 response, have been linked to reproductive immunopathology, including conditions like recurrent spontaneous abortions (RSA), idiopathic infertility, and implantation failure in both natural and assisted reproduction attempts.

• When you have a history of recurrent miscarriage and/or chemical pregnancies

• When you and your partner have been diagnosed with “unexplained infertility”

• If you experience primary or secondary infertility, naturally or through IVF with:

  • Implantation failure
  • Failed IVF cycles with own or donor eggs
  • Failed IVF cycles with PGS normal embryos
  • Failed IVF cycles with a surrogate gestational carrier (surrogate testing)

At Fertilysis, we specialize in Reproductive Immunology. Based on your results, we can provide personalized recommendations and immunomodulatory treatments to optimize the chances of a successful pregnancy. By understanding the role of the immune system in maternal-fetal tolerance, interventions can be tailored to address specific immunological factors that may impact pregnancy outcomes.

Main Treatments:

Treatment for reproductive immunology problems typically require a healthcare professional specialized or well-versed in reproductive immunology and its specialized therapies. Each detected problem has its own recommended treatment(s) and each treatment is tailored to address specific immune system dysfunctions and optimize fertility outcomes. If you don’t have access to specialized treatment protocols then we will be able to provide protocols for the treatments we consider appropriate based on your Fertilysis results and your medical history following a specialized follow-up, on-line consultation with our specialist. However, even so, you will need to have a local healthcare professional who will be able to help implement and supervised said therapies included in our protocols and prescriptions.

Immunomodulatory therapies:

  • Depending on the underlying immunological issues identified through testing, treatment may involve medications to regulate immune function and reduce inflammation. This may include Lymphocyte Immunization therapy (LIT), corticosteroids, intravenous immunoglobulin (IVIg), GCSF or other immunosuppressive and immunomodulatory medications to regulate the immune response and promote successful pregnancy

Infection/Microbiome testing:

  • Infections and particularly those of the genital tract and the endometrium may promote local inflammation causing a transition from an immunologically baby-friendly anti-inflammatory environment, towards a toxic, proinflammatory environment which can be hostile to the embryo. Specific antibiotic/antiviral protocols may be employed in order to remove infections, restore microbiome balance and alleviate infection-related inflammation
Accessory Treatments:

Other treatments to help with reproductive immunology infertility-related problems may include a combination of medical interventions, lifestyle modifications, and dietary adjustments. Some potential treatments and lifestyle adjustments may include:

Dietary adjustments:

  • Certain dietary factors may influence immune function and reproductive health. Incorporating foods with anti-inflammatory properties, such as fruits, vegetables, whole grains, lean proteins, and healthy fats, can help reduce inflammation and support immune balance. Avoiding processed foods, excessive sugar, alcohol, and caffeine may also be beneficial

Lifestyle modifications:

  • Adopting a healthy lifestyle can support overall immune health and optimize fertility outcomes. This may include maintaining a balanced diet rich in antioxidants, vitamins, and minerals, regular exercise, adequate sleep, stress management techniques such as yoga or meditation, and avoiding exposure to environmental toxins and harmful substances

Supplementation:

  • In some cases, supplements such as prenatal vitamins, omega-3 fatty acids, vitamin D, and probiotics may be recommended to support immune function and improve reproductive outcomes. However, supplementation should be discussed with a healthcare provider to ensure safety and efficacy

Stress reduction techniques:

  • Chronic stress can negatively impact immune function and fertility. Engaging in stress-reducing activities such as mindfulness meditation, acupuncture, massage therapy, or counseling may help reduce stress levels and improve fertility outcomes
420
RIM1012
Detection of idiopathic reasons (Autoimmunity Dysfunction) linked to infertility.

FERTILYSIS Reproductive Autoimmunity

  • NK cell/Regulatory T-Cell (Tregs) profile
  • NK cell cytotoxicity
  • Th1/Th2 cytokine ratio assay
1200
RIM1014
Detection of Autoimmunity and Alloimmunity Dysfunction linked to infertility.

FERTILYSIS Reproductive FULL

  • FERTILYSIS Reproductive Autoimmunity
  • Leukocyte Antibody Detection Panel (LAD)
  • KIR - HLA-C mismatch
  • HLA DQα matching between partners
  • Bundle Savings: 210 EUR

HOW IT WORKS.

ORDER ONLINE

Place your order online and get the FERTILYSIS box delivered at your home. 

COLLECT SAMPLES

Follow our instructions to collect your samples and ship them back to us for analysis.

GET RESULTS

Receive your easy to understand results including treatment suggestions in just a few days via email. 

Is your infertility really ‘’unexplained’’ or are you still undiagnosed?If you have been struggling with infertility and haven’t been getting convincing answers, chances are you are still missing a piece of the puzzle.

SINGLE TESTS

NK cell/Regulatory T-Cell (Tregs)

NK cell cytotoxicity assay

Th1/Th2 cytokine ratio assay

165€

120€

165€

STILL HAVE QUESTIONS?

These our the most common questions regarding this panel.

If you have more, please refer to our Q&A page.

Does the Autoimmunity Panel require male peripheral blood samples, too?

No. The test requires only female peripheral blood samples as it focuses on the mother's immune system.

Is the NK cell test performed using a blood sample or a sample of the endometrium? Additionally, what is the difference between getting an NK cell uterus biopsy and doing the blood test as suggested?
While assessing cytotoxic NK cell levels through a uterine biopsy may seem preferable as it samples directly from the area of interest, it is actually less accurate due to fluctuations in cytotoxic NK cell levels and variations in samples. A more reliable alternative is analyzing NK cytotoxic levels from peripheral blood, as uterine cytotoxic NK cells are ultimately derived from the peripheral blood pool. Research has demonstrated a strong correlation between uterine cytotoxic NK cells and NK cytotoxic cells in peripheral blood.
Ιs it possible to do this test if I live in the USA?

Absolutely! Our tests are accessible worldwide, allowing you to conveniently perform them from the comfort of your home, regardless of your location. We ship worldwide!

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FERTILYSIS, specializes in the investigation and treatment of unexplained infertility and recurrent miscarriages, providing answers where standard practices fail.

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Argyroupoleos 1, Argyroupoli, 16451,

Athens, Greece

+30 210 9920 274

[email protected]

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