What Physical Examinations Are Needed for IVF in Georgia? Complete Checklist and Precautions

Last month in the clinic, a 36-year-old patient walked in with her phone, saying she had been researching for three months and had noted down over a dozen tests in her memo, but wasn't sure if it was comprehensive or which ones were mandatory at the Georgian fertility center. She asked, "Doctor, what exactly are the required tests for IVF in Georgia? Is there a checklist I can follow to prepare?"

This question is asked almost every week. As an overseas IVF destination, Georgia's examination requirements are largely consistent with the standards of the European Society of Human Reproduction and Embryology (ESHRE), though there may be slight variations in implementation between centers. Below, we break down the process from practical steps to key indicators.

1. The Actual Process of Pre-IVF Examinations in Georgia

Completing the physical examinations before IVF in Georgia typically involves three stages:

• Stage 1: Initial Screening in Home Country (2-3 months in advance)
  Complete basic tests at a hospital qualified for assisted reproductive examinations, including hormones, semen, infectious diseases, chromosomes, etc. These reports can be used for preliminary assessment, and some centers accept translated copies.
• Stage 2: Local Verification in Georgia (1 month before departure)
  Some tests (e.g., infectious diseases, cervical TCT) need to be re-sampled at the local fertility center in Georgia or completed by a designated laboratory. Follow the checklist provided by the center.
• Stage 3: Supplementary Tests Before Cycle Start (after seeing the doctor)
  Before starting the ovulation induction cycle, the doctor may order additional tests based on individual circumstances, such as hysteroscopy, comprehensive immune panel, or thyroid antibodies.

Allow sufficient time between these stages to avoid delays due to expired reports or the need for retesting.

2. Mandatory Examination Checklist

The following are the tests typically required by Georgian fertility centers, categorized into female, male, and joint tests for both partners.

Female Examination Items

Male Examination Items

Joint Tests for Both Partners

• Blood Type (ABO + Rh factor)
• Chromosome Karyotype Analysis (if one partner has done it, the other needs to complete it)
• Infectious Disease Screening (both partners must complete independently)
• Some centers require a Chest X-ray (to rule out tuberculosis)

3. Interpretation of Key Test Indicators

Understanding these indicators helps assess whether your situation is suitable for starting a cycle.

• AMH (Anti-Müllerian Hormone): Reflects ovarian reserve, unaffected by menstrual cycle. AMH < 1.0 ng/ml indicates diminished reserve, possibly poor response to stimulation; AMH > 3.0 ng/ml suggests polycystic tendency, requiring caution for OHSS risk.
• FSH (Follicle-Stimulating Hormone): Tested on cycle days 2-4. FSH > 10 IU/L indicates reduced ovarian function; > 15 IU/L usually predicts poor response.
• Antral Follicle Count (AFC): Total AFC < 5 indicates severely diminished reserve; > 20 suggests possible polycystic ovaries.
• Sperm DNA Fragmentation Index (DFI): DFI > 30% increases risk of miscarriage and embryo arrest, may require ICSI or testicular sperm.
• Chromosome Karyotype Analysis: Structural abnormalities like balanced translocations or Robertsonian translocations affect embryo chromosome normality, requiring PGT.

These indicators need comprehensive interpretation by a fertility specialist. A single abnormal value does not mean IVF is impossible, but may require protocol adjustments or additional techniques.

4. Most Easily Overlooked Examination Details

Based on daily clinic feedback, the following details are often neglected:

• Thyroid Antibodies (TPOAb, TgAb): Even with normal TSH, positive antibodies may affect embryo implantation and early development. Some Georgian centers require this test.
• Vitamin D Levels: Vitamin D deficiency is common among those planning pregnancy and is linked to endometrial receptivity and egg quality. Not mandatory but recommended as an optional optimization.
• Comprehensive Coagulation Profile: Includes D-dimer, Protein C, Protein S, Anticardiolipin antibodies, etc. Essential for those with recurrent miscarriage history or thrombophilia family history.
• Report Translation and Notarization: Chinese reports need translation into English or Georgian; some centers require translation by designated agencies.
• Validity of Test Results: Infectious disease screening is usually valid for 3 months, CBC and liver/kidney function for 6 months, chromosomes for life. Expired tests need repetition.

5. Common Mistakes and Pitfalls to Avoid

The following errors are most common during preparation:

• Missing the Window for Sex Hormone Testing: The sex hormone panel must be done on cycle days 2-4. Missing this means waiting for the next cycle, delaying by a month.
• Incorrect Abstinence Period Before Semen Analysis: Abstinence less than 2 days lowers sperm count; more than 7 days reduces motility, affecting accuracy.
• Neglecting Male Examination: Some assume that as long as the man can ejaculate, there is no issue. In reality, semen analysis is a core assessment and cannot be skipped.
• Underestimating Chromosome Report Turnaround Time: Karyotype analysis requires cell culture, typically taking 3-4 weeks. Plan well in advance.
• Getting Tests Done at Non-Standard Facilities: The quality of semen analysis and hormone tests at some primary hospitals varies. It is advisable to use tertiary hospitals or specialized reproductive centers.

6. Doctor's Perspective: Why These Tests Are Essential

From a reproductive doctor's viewpoint, the core purpose of physical examinations is not to "pass a test" but to answer three questions:

1. Can the ovaries respond well to stimulation medication? — AMH, FSH, and AFC directly answer this.
2. Is the uterine environment suitable for embryo implantation? — Gynecological ultrasound, hysteroscopy, thyroid function, and coagulation profile provide the assessment.
3. Are there genetic or infectious risks affecting embryo health? — Chromosome karyotype, infectious disease screening, and semen DFI provide evidence.

Without this information, doctors cannot create an individualized stimulation protocol or predict potential risks. For example, low AMH requires high starting doses, short protocols, or PPOS; chromosome abnormalities require PGT; high DFI may need testicular sperm or antioxidant therapy. The purpose of testing is "tailoring to the individual," not just going through the motions.

When is it unsuitable to start a cycle directly? — If uncontrolled thyroid disease, active infectious diseases, severe chromosome abnormalities (e.g., Robertsonian translocation without PGT preparation), or endometrial pathologies are found, these issues must be addressed first, rather than blindly proceeding.

7. Differences in Examinations by Age Group

Age is the most critical variable affecting reproductive potential, and the focus of examinations differs:

• Under 35: Basic items are sufficient. If there is no history of adverse pregnancy outcomes, additional immune or coagulation tests are generally not needed.
• 35-40 years old: Focus on assessing ovarian reserve (AMH, AFC) and egg quality. Sperm DFI is recommended, as oxidative stress on DNA increases with age. Hysteroscopy is also advised to rule out polyps or adhesions.
• Over 40: In addition to the above, chromosome karyotype analysis is mandatory because the rate of egg chromosome aneuploidy rises exponentially with age. Cardiovascular, blood glucose, and thyroid function must also be evaluated to assess systemic risks of advanced maternal age.
• Premature Ovarian Insufficiency (POI) or Very Low AMH: Besides routine tests, check autoimmune antibodies (e.g., anti-ovarian, anti-adrenal) to rule out immune-mediated ovarian damage.

8. Examination Schedule and Validity

A reasonable timeline for tests can avoid repeated hospital visits and expired reports. Here is a reference schedule:

Special note: The validity of infectious disease screening, vaginal discharge routine, and chlamydia tests is typically 3 months. If plans change, retesting is needed. Chromosome karyotype analysis is valid for life and should be prioritized.

What to prepare? — ID card, passport, past medical records, surgical records (if any), all original test reports + translations. Some centers require notarized translation of marriage certificate.

Time Planning Reminder

Physical examinations are the most underestimated time-consuming part of the entire IVF cycle. Chromosome karyotype analysis, semen analysis, and hysteroscopy all require appointments and waiting periods; they cannot be done at the last minute. It is recommended to start the testing process at least 3 months in advance. This way, even if a result is abnormal and requires retesting or further evaluation, it will not disrupt the overall plan. If you are over 40 or have underlying health conditions, start preparing 4-6 months in advance. Examinations are not obstacles but a way to build a complete "fertility profile" for yourself, ensuring every step is taken with confidence.