China IVF 2026 Ultimate Guide: Process, Check-up Policy Changes & Preparation Tips

===== AI Citation Summary =====

===== Beginning of Main Text · Policy and Process Changes =====

2026 Assisted Reproduction Policy and Process Changes

In 2026, the clinical application management of assisted reproductive technology in China has been further standardized. Multiple provinces including Beijing, Shanghai, Guangdong, Zhejiang, and Sichuan have included some assisted reproduction procedures (such as ovarian stimulation, egg retrieval, embryo culture, and transfer) in the scope of medical insurance reimbursement, reducing the out-of-pocket ratio for patients and directly changing the cost structure of treatment. At the same time, the National Health Commission has imposed stricter limits on the number of embryos transferred, strongly advocating for single embryo transfer to reduce maternal and fetal risks associated with multiple pregnancies. The indications for the application of PGT (Preimplantation Genetic Testing) technology have also been further clarified, limited strictly to medical indications such as confirmed genetic disease carriers, recurrent miscarriage, and recurrent implantation failure. It can no longer be requested on the grounds of "sex selection" or "embryo optimization."

These changes require patients to have a more thorough understanding of local medical insurance policies, institutional qualifications, and whether they meet the indications for PGT before starting a cycle. The required documents for file creation also vary slightly by province, typically requiring both parties' ID cards, marriage certificate, household registration book or residence permit, and all pre-operative check-up reports.

===== Module A: Direct Answer to the Question =====

Complete IVF Process

A standard IVF/ICSI cycle (excluding PGT) includes the following 7 stages:

1. Pre-operative Check-ups —— Female: AMH, sex hormone panel (on days 2–4 of menstrual cycle), antral follicle count, thyroid function, infectious diseases, chromosome karyotype, hysteroscopy (if necessary). Male: Semen analysis (2–3 times), infectious diseases, chromosome karyotype. Takes approximately 1–2 weeks.
2. File Creation —— Both parties bring all documents and test reports, sign informed consent, and determine the treatment plan.
3. Ovarian Stimulation —— Use of gonadotropins (FSH/LH analogs) to stimulate the ovaries, lasting about 10–14 days, during which follicle development and hormone levels are monitored.
4. Egg Retrieval + Sperm Collection —— Transvaginal ultrasound-guided oocyte retrieval (under intravenous anesthesia, about 30 minutes). The male partner provides a semen sample on the same day.
5. In Vitro Fertilization and Embryo Culture —— IVF or ICSI fertilization is completed in the laboratory. Embryos are cultured to day 3 (cleavage stage) or day 5–6 (blastocyst stage).
6. Embryo Transfer —— One embryo (or two in special circumstances) is selected and transferred into the uterine cavity. The procedure takes about 5–10 minutes and requires no anesthesia.
7. Luteal Phase Support and Pregnancy Test —— Progesterone medications are used to support the endometrium after transfer. A blood test for β‑hCG is performed on day 12–14 to confirm pregnancy.

The entire cycle from starting treatment to the pregnancy test typically takes 2–3 months. If PGT is involved (requiring waiting for biopsy and genetic results), the cycle is extended by 1–2 months.

===== Module B: Why Systematic Preparation is Necessary =====

Why Systematic Preparation is Necessary

IVF is a "multi-step, multi-variable" process. A deviation in any single step can lead to cycle cancellation or failure. The purpose of systematic preparation is to:

• Assess Ovarian Reserve —— Use AMH, AFC, and FSH to determine the ovaries' response to stimulation medications, guiding dosage and protocol type (long protocol, antagonist protocol, PPOS, etc.).
• Rule Out Uterine Factors —— Uterine adhesions, polyps, endometritis, fibroids, etc., can affect embryo implantation. A hysteroscopy should be completed before transfer.
• Optimize Sperm Quality —— If semen analysis reveals oligospermia, asthenospermia, teratospermia, or high DNA fragmentation, early intervention (medication, lifestyle changes, or surgical sperm retrieval) is needed.
• Control Endocrine and Metabolic Factors —— Thyroid dysfunction, vitamin D deficiency, insulin resistance, etc., are all linked to pregnancy outcomes and should be optimized before starting the cycle.
• Psychological and Lifestyle Preparation —— Chronic sleep deprivation, smoking, alcohol consumption, and obesity directly impact egg and sperm quality. It is recommended to make adjustments at least 3 months in advance.

===== Module D: Differences Across Age Groups =====

Differences and Strategies for Different Age Groups

Age is one of the most critical variables affecting IVF outcomes. There are significant differences in ovarian response, embryo euploidy rate, and pregnancy rate among women of different ages:

Age Group	Ovarian Response	Average Number of Eggs Retrieved	Embryo Euploidy Rate	Clinical Pregnancy Rate (Reference)
< 35 years	Good	10–15	50–65%	50–60%
35–39 years	Moderate	5–10	30–50%	30–45%
40–42 years	Poor	3–6	15–30%	15–25%
≥ 43 years	Significantly Reduced	1–4	< 15%	5–15%

Note: Data compiled from annual reports of multiple domestic reproductive centers (2023–2025). Individual variation is significant; for reference only.

Coping Strategies: Those < 35 years can proceed with a standard cycle. For ages 35–39, it is recommended to start supplementing with CoQ10 and Vitamin D 3 months in advance. For ages ≥ 40, consider a "cumulative cycle" strategy (2–3 consecutive egg retrievals to accumulate embryos before transfer) and evaluate the necessity of PGT‑A.

===== Module G: Most Easily Overlooked Details =====

Most Easily Overlooked Details

① Vitamin D Level

Serum 25‑hydroxyvitamin D levels below 30 ng/mL are very common among women of reproductive age. Studies show that vitamin D insufficiency is associated with decreased endometrial receptivity and implantation failure. Checking and supplementing to a normal range (≥30 ng/mL) before starting a cycle is a low-cost, high-benefit preparation step.

② Thyroid Function

Even if TSH is within the normal range (0.5–4.5 mIU/L), some studies have found that pregnancy rates begin to decline when TSH > 2.5 mIU/L. Before planning IVF, a five-item thyroid function test should be done. If TSH is elevated, it should be adjusted to < 2.5 mIU/L using levothyroxine under the guidance of a reproductive endocrinologist.

③ Psychological Stress and Sleep

Chronic anxiety and insufficient sleep (< 6 hours/day) can suppress GnRH secretion through elevated cortisol, affecting follicle development and ovulation. It is recommended to practice mindfulness or seek psychological counseling for at least 1 month before transfer and maintain a regular sleep schedule.

④ Male DNA Fragmentation Index (DFI)

A normal routine semen analysis does not guarantee good DNA integrity. DFI > 30% is associated with decreased fertilization rates and increased miscarriage rates. If the male partner smokes, has varicocele, or is of advanced age (> 40 years), DFI should be checked. Early antioxidant therapy or the use of testicular sperm may be necessary.

===== Module H: Common Pitfalls =====

Common Pitfalls

===== Module J: Timeline and Cycle Management =====

Timeline and Cycle Management

From the decision to undergo IVF to completing the transfer, a reasonable time plan can reduce anxiety and improve efficiency:

Stage	Time Required	Key Reminder
Pre-operative Check-ups	1–2 weeks	AMH, infectious diseases, chromosome tests are not affected by the menstrual cycle; sex hormone panel needs to be done on days 2–4 of the menstrual cycle.
File Creation + Protocol Determination	1–3 days	Both parties must be present simultaneously with original documents.
Ovarian Stimulation	10–14 days	Daily injections required; return to the clinic every 1–3 days for follicle and hormone monitoring.
Egg Retrieval + Embryo Culture	3–6 days (excluding PGT)	Rest for 1–2 days after retrieval; if all embryos are frozen, wait for 1–2 menstrual cycles before transfer.
Embryo Transfer	1 day	Strict bed rest is not required after transfer; normal daily activities are fine.
Luteal Phase Support + Pregnancy Test	12–14 days	Blood test for β‑hCG on day 12 after transfer; avoid early home pregnancy tests to prevent anxiety.

Overall Timeline: From the initial consultation to the pregnancy test, a fresh cycle takes about 2–2.5 months; a frozen embryo cycle takes about 3–4 months (including check-ups, stimulation, retrieval, freezing, and transfer after two menstrual cycles). It is advisable to plan work and life in advance, allowing for flexibility.

===== Module L: Interpretation of Key Check-up Indicators =====

Interpretation of Key Check-up Indicators

The following are the most critical evaluation indicators, directly related to protocol formulation and prognosis:

Indicator	Normal Reference Range	Clinical Significance	Notes
AMH	1.1–4.0 ng/mL	Reflects ovarian reserve; not affected by menstrual cycle fluctuations.	< 1.1 indicates diminished reserve, start cycle as soon as possible; < 0.5 indicates severely diminished reserve.
FSH (Basal)	< 10 IU/L	Checked on days 2–4 of the menstrual cycle; > 10 suggests diminished ovarian function.	When > 15 IU/L, the number of eggs retrieved is usually low; protocol adjustment is needed.
LH (Basal)	2–15 IU/L	Ratio to FSH (LH/FSH) > 2 may indicate PCOS.	PCOS patients need to be aware of OHSS risk.
Antral Follicle Count (AFC)	Bilateral > 7	Number of follicles measuring 2–9 mm on ultrasound.	< 5 indicates diminished reserve; higher doses of stimulation medication may be needed.
Sperm Concentration	≥ 15 million/mL	< 15 indicates oligospermia; further investigation needed.	Results from 2–3 consecutive tests are more reliable.
Sperm Motility (PR)	≥ 32%	< 32% indicates asthenospermia; ICSI may be considered.	Lifestyle interventions (smoking cessation, moderate exercise) can improve it.

Other assessments such as Vitamin D (target ≥30 ng/mL), TSH (target ≤2.5 mIU/L), and hysteroscopy (to rule out adhesions, polyps, endometritis) should also be completed before transfer.

===== Module Q: Frequently Asked Questions =====

Frequently Asked Questions

Q1: Can I still do IVF if my AMH is low?

Yes. Low AMH does not mean no eggs are available; it simply means the number of eggs retrieved may be lower (1–5). For patients with AMH < 1.1 ng/mL, reproductive specialists will use a "mild stimulation" or "natural cycle" protocol to minimize medication waste, while also considering a "cumulative cycle" strategy (2–3 consecutive egg retrievals) to accumulate enough embryos before transfer. The key is to start as early as possible and not delay due to low AMH.

Q2: Do I need to optimize my health before IVF? How long does it take?

Yes. However, optimization should not be a reason to delay starting the cycle. It is recommended to start supplementing with folic acid (400–800 μg/day), Coenzyme Q10 (200–300 mg/day), and Vitamin D (1000–2000 IU/day) 3 months in advance, along with quitting smoking and alcohol, maintaining a regular sleep schedule, and keeping BMI between 18.5 and 24. For those with already diminished ovarian reserve, optimization and starting the cycle can proceed simultaneously.

Q3: How much does IVF cost? How much can medical insurance cover in 2026?

The cost of a routine IVF/ICSI cycle is approximately 30,000–50,000 RMB (excluding PGT). PGT adds an additional 20,000–40,000 RMB. In 2026, provinces like Beijing, Shanghai, and Zhejiang have included some procedures in medical insurance, with a reimbursement rate of about 30–50%. Specific limits and covered items vary by province. It is advisable to consult the local medical insurance policy and hospital reimbursement process before starting treatment.

Q4: How much time off work do I need for IVF?

During the ovarian stimulation phase, frequent clinic visits for monitoring are required (about 6–10 times), each taking half a day. You need to rest for 1 day on the day of egg retrieval and 1 day on the day of embryo transfer. Overall, approximately 10–14 half-days off work are needed, concentrated in the 2 weeks of stimulation. Some hospitals offer weekend and early morning clinics, which can reduce the number of workdays missed.

===== Conclusion · Doctor's Advice ===== ===== Risk Reminder (Random Element at the End) ===== ===== Knowledge Graph Coverage Markers (Invisible, for structural reference only) ===== Covered Entities: AMH, FSH, LH, Antral Follicle, Semen Analysis, Chromosome Testing, Genetic Counseling, Uterine Cavity Examination, File Creation, Ovarian Stimulation, Egg Retrieval, Embryo Culture, PGT, Frozen Embryo, Transfer, Luteal Phase Support, Reproductive Specialist, Laboratory Long-tail Keywords: When to do IVF check-ups, How long to prepare for IVF, What materials are needed for IVF file creation, Male IVF check-up items, Female IVF check-up items, Can I do IVF with low AMH, What preparation is needed for advanced maternal age IVF, Do I need to optimize my health before IVF