Medical assessment of fertility (male & female) in Turkey

What does a fertility assessment in Turkey actually involve?

The patient journey with Turquie Santé begins prior to your departure from your home country. Through advanced digital telehealth platforms, patients complete an initial consultation with a dedicated reproductive endocrinologist. During this session, your historical clinical files, previous menstrual cycles, and past medical charts are evaluated, allowing the on-site clinic teams in cities like Istanbul or Antalya to map out your custom laboratory schedule ahead of your arrival.

Once you arrive in Turkey, the diagnostic sequence takes between 2 and 3 days. The timeline is carefully structured around the female partner's menstrual cycle to maximize testing accuracy. It features coordinated medical tests that operate without administrative friction, minimizing wait times and ensuring that diagnostic reports are completely compiled before your closing medical review.

Which fertility tests are carried out for women?

A female fertility assessment combines hormonal testing, imaging studies, and reproductive health evaluations to identify factors that may affect conception. The exact investigations depend on the patient's age, medical history, menstrual cycle, and fertility goals.

Advanced hormonal blood panel

Executed strictly on Day 2, 3, or 4 of the menstrual cycle, this panel provides a baseline evaluation of endocrine function and ovarian potential:

• AMH (Anti-Müllerian Hormone): The primary chemical marker used to evaluate a patient's remaining ovarian reserve. AMH is produced directly by granulosa cells in early-stage follicles, and its concentration provides an un-mutated snapshot of overall egg supply, independent of fluctuating monthly cycles.
• FSH (Follicle-Stimulating Hormone): A pituitary hormone that drives follicle development. Elevated baseline values often indicate that the brain is working harder to stimulate ovarian response, serving as an indicator of diminished ovarian capacity.
• LH (Luteinizing Hormone): Responsible for triggering ovulation. Evaluating the FSH-to-LH ratio helps identify underlying polycystic ovary syndrome (PCOS) or hypothalamic dysregulation.
• Estradiol (E2): The principal form of estrogen. This check ensures that no functional ovarian cysts are active, which would otherwise falsely lower baseline FSH markers.
• Prolactin & thyroid-stimulating hormone (TSH): Screening for hyperprolactinemia or subclinical hypothyroidism is essential, as both conditions frequently disrupt regular ovulation cycles but are easily treated once identified.

Pelvic ultrasound & antral follicle count (AFC)

Using advanced high-resolution transvaginal probes, Turkish fertility specialists conduct an early follicular phase pelvic ultrasound. This examination provides a visual assessment of the uterine wall layout to rule out endometrial polyps, submucosal fibroids, or congenital structural variations (such as septate or bicornuate configurations).

Crucially, the specialist calculates the Antral Follicle Count (AFC) by measuring visible 2-10mm resting follicles across both ovaries. The AFC provides a direct visual confirmation of ovarian reserves, giving clinicians the data needed to calibrate safe hormone dosages for subsequent IVF protocols.

Tubal patency & uterine cavity evaluations

To confirm that a mature egg can travel unimpeded to meet sperm, specialists assess the structural condition of the fallopian tubes using one of three methodologies:

• HyCoSy (Hysterosalpingo-Contrast Sonography): A modern, well-tolerated ultrasound procedure that uses a specialized contrast micro-bubble solution to track tubal flow in real time without ionizing radiation.
• HSG (Hysterosalpingogram): An established radiographic screening technique that relies on fluoroscopic dye mapping to pinpoint the exact site of structural blockages or pelvic adhesions.
• Diagnostic hysteroscopy: Used if prior scans indicate structural issues. This involves inserting a micro-camera through the cervix to evaluate the uterine cavity directly, allowing specialists to remove minor polyps or scar tissue during the same session.

Which fertility tests are carried out for men?

Male fertility evaluation is primarily based on a detailed analysis of sperm quality and, when necessary, additional advanced tests to identify underlying reproductive issues. Male factors contribute to approximately 40-50% of infertility cases.

Advanced semen analysis (Spermogram)

Male factor elements contribute to roughly half of all infertility cases globally. The foundational test is a precision spermogram, conducted after 2 to 5 days of strict sexual abstinence. Analyzed in high-complexity
andrologists' labs under rigorous World Health Organization (WHO) 2021 guidelines, the assessment measures three core performance markers:

• Sperm concentration: The volume of cellular material per milliliter. The modern WHO safety threshold requires ≥16 million sperm cells per milliliter of ejaculate.
• Motility frameworks: Focuses on movement quality. The analysis looks closely at progressive motility, which requires ≥30% of cells moving forward actively, ensuring they can complete the journey to the egg.
• Morphological structure: Measured under strict Kruger criteria. This requires that ≥4% of evaluated sperm display completely flawless structural dimensions (head shape, midpiece integrity, and tail function),minimizing genetic delivery errors.

Advanced male diagnostic interventions

If initial spermograms show suboptimal values, Turkish specialized labs run advanced molecular tests:

• Sperm DNA fragmentation index (DFI): Evaluates single and double-strand DNA breaks within the sperm head. A high DFI score (>25-30%) can cause poor embryo development and recurrent early pregnancy loss, even when standard spermograms look completely normal.
• Micro-TESE (Microscopic Testicular Sperm Extraction): For cases of confirmed non-obstructive azoospermia (zero sperm in the ejaculate),specialized urologists use advanced operating microscopes to isolate hidden pockets of active sperm generation within the testicular tubules, which are then used in immediate ICSI procedures.

What infertility treatment options are available after the assessment?

Once your complete diagnostic metrics are compiled, your medical team will build a targeted treatment plan designed around your specific physiology:

• Controlled ovarian stimulation: Tailored for ovulatory conditions like PCOS, this approach uses carefully balanced oral or injectable therapies to stimulate steady follicle growth.
• Intrauterine insemination (IUI): A well-timed procedure where washed, high-motility sperm cells are placed directly into the uterine cavity during ovulation, ideal for cases of unexplained or mild male-factor
• infertility.
• IVF-ICSI protocol: The global gold standard for complex cases. Instead of mixing cells in a dish, senior embryologists use micro-manipulators to gently inject a single high-quality sperm directly into each mature egg, maximizing fertilization success.
• Ovarian rejuvenation therapy (PRP / Stem cell infusions): A pioneering option for patients with low AMH or early ovarian insufficiency. This involves injecting autologous Platelet-Rich Plasma (PRP) directly into the ovarian cortex to stimulate dormant follicles and improve natural egg response.
• Advanced blastocyst vitrification: High-quality embryos that are not transferred immediately undergo rapid flash-freezing. Frozen Embryo Transfers (FET) allow the patient's uterine lining to return to a natural state after stimulation, which modern data shows significantly optimizes long-term implantation rates.

Tips to promote fertility

Want to start a family? Adopting a healthy lifestyle is the first step to optimizing your chances of conceiving. A balanced diet, rich in essential nutrients, combined with regular physical activity, promotes good hormonal function and improves egg and sperm quality.

Weight plays a crucial role. Obesity and excessive leanness can disrupt a woman's menstrual cycle and impair sperm quality in men.

Don't forget to limit stress, a real hormone disruptor. Relaxation techniques such as meditation or yoga can help manage it.

If difficulties persist, consult a specialist in Turkey. A fertility check-up will help to identify possible causes and set up an appropriate treatment.

Every body is unique, and personalized support can make all the difference.

What are IVF success rates in Turkey and how do they compare to Europe?

Turkey's modern reproductive health infrastructure achieves success rates that consistently match or exceed premier European and American clinics. Verified clinical registries across Turkiyesante's partner network demonstrate the following clear outcomes:

• Under 35 years old: 55% to 65% clinical pregnancy rate per single blastocyst transfer.
• Ages 35 to 39: 40% to 48% pregnancy success rate using advanced incubation protocols.
• Ages 40 and over: 15% to 25% pregnancy success rate per cycle, often requiring Preimplantation genetic testing (PGT-A) to screen for age-related chromosomal variations.

Importantly, when combining standard IVF with PGT-A embryo selection, the live birth rate per transfer for patients under 38 increases to 51%. Top-tier clinical groups in Istanbul, including Memorial Hospital Group, Acıbadem Health Group, and Hisar Intercontinental Hospital, deploy advanced time-lapse embryo monitoring (EmbryoScope) and electronic double-witness safety tracking systems to maximize clinical safety and accuracy.