INFERTILITY, FEMALE

This early-stage study tests whether stem cells from umbilical cords can help women with infertility due to a thin uterine lining. The treatment uses a collagen carrier to deliver the cells into the uterus. Researchers will track pregnancy rates and safety in 24 women aged 20-39 …

This study looks at whether flushing the fallopian tubes with an oil-based dye, right after a standard foam ultrasound test, can help infertile women conceive naturally. About 736 women aged 18-39 with at least one open tube will be randomly assigned to get the extra flush or not…

This study looks at whether a simple, non-invasive ear acupressure technique can help women aged 20-45 who are undergoing IVF and feeling anxious or having trouble sleeping. Participants will either receive standard IVF care or standard care plus ear acupressure. Researchers will…

This study tests whether a carefully controlled low-fat diet can increase reproductive hormones in women with obesity who have infertility. Researchers will measure hormone levels in urine before and after the diet. The goal is to see if diet alone can improve fertility without m…

This pilot study tests whether an internet-based stress management program called Stress Free Now can lower stress and increase pregnancy rates in women aged 18-34 who have been trying to conceive for 6-12 months. Forty women will be randomly assigned to the program or a waitlist…

This study looks at how breast cancer itself, before any treatment, might affect a woman's ability to preserve her eggs for future pregnancy. Researchers will compare egg quality and ovarian function between 100 women with breast cancer and healthy egg donors. The goal is to unde…

This study tests a new fertility drug (QL1012D) against an approved one (Gonal-F) in 48 healthy women aged 18-45. The goal is to see if the new drug is absorbed and processed by the body similarly. Participants receive both drugs at different times, and researchers measure drug l…

This study looks at 2000 IVF patients to see if time-lapse videos of embryos can reveal clues about their genetic health. Researchers will compare the videos with genetic test results to find patterns. The goal is to learn more, not to provide a treatment.