Diagnosis of fertility disorders involves a comprehensive assessment of medical history, with particular attention to menstrual regularity and ovulation. This is followed by conducting imaging studies using state-of-the-art equipment in accordance with the latest global knowledge. Physical examinations, including ultrasound (USG), HSG (hysterosalpingography), HyCoSy (hysterosalpingo contrast sonography), and hysteroscopy, are also utilized for diagnostic purposes.

Numerous doctors refer their patients to me following an initial infertility diagnosis. Couples who have sought diagnosis and treatment for infertility from multiple clinics are seeking a comprehensive solution that enables them to pursue their goal of having a child in one place, under the care of a single doctor. With my extensive research, scientific expertise, inherent curiosity, and continuous expansion of knowledge and skills, I can assist numerous couples in their journey to conceive a child.

I specialize in assisting couples who have experienced failures in the In Vitro Fertilization procedure and embryo implantation. My goal is to identify the underlying causes and provide effective solutions based on current medical knowledge. Through thorough inquiry, investigation, analysis, and treatment, I strive to help couples achieve successful outcomes. During the consultation, I gather a comprehensive medical history, perform gynecological and ultrasound examinations, and review the details of previous treatments. I assess the overall medical condition of the individuals involved. Together, we discuss the possibility of additional diagnostic tests and explore various treatment methods.

In today's era of highly advanced diagnostic and treatment methods, it is now possible to achieve successful pregnancies even at a later age. There has been a shift in the social attitude towards childbearing, with many couples deciding to start a family after the age of 30. Regardless of age or financial status, my mission is to provide assistance and support to these couples.

The assessment of ovarian reserve involves performing the first test, Anti- Mullerian Hormone (AMH), when attempting pregnancy for an extended period without success.

The ATH fertility parameter determines the quantity and quality of ovarian follicles, providing knowledge of the precise range that requires treatment.

Thanks to advanced technologies, it is possible to assess semen quality in detail and select the best sperm for fertilization. This method significantly reduces the number of in vitro failures, thanks to the selected sperm chosen for fertilization.

Immunological infertility, estimated to affect up to 12% of infertility cases, is caused by a malfunction of the immune system, which attacks the body's own reproductive cells. Genetic infertility can manifest as recurrent miscarriages and can be caused by genetic disorders affecting sperm production, among other factors. Thanks to advanced methods, we are able to diagnose and treat both immunological and genetic factors.

Recurrent miscarriages refer to the occurrence of three or more consecutive miscarriages. The most prevalent cause of miscarriage is a genetic defect in the embryo, while other factors can include endocrine diseases in the mother, such as diabetes, polycystic ovarian syndrome, or thyroid disease.

The highly developed science of genetics and reproduction is making it increasingly possible to identify and prevent genetic diseases in offspring. Prevention is aimed at individuals who carry a genetic burden or have children affected by genetic diseases.

Endometriosis, which is the second most common disease among young women, is associated with chronic pain and is one of the leading causes of infertility. It can be treated pharmacologically and through a minimally invasive laparoscopic method.

Polycystic ovary syndrome affects up to one in ten women of childbearing age and is one of the most common endocrine disorders. It is a disorder that contributes to ovulation disorders, irregular menstrual cycles, and infertility. The treatment of PCOS depends on the severity of the disorder and the patient’s age and reproductive plans. In cases of a mild disorder, a woman’s fertility can return to normal after short-term drug treatment.

Fertility is affected by many factors, such as age, lifestyle, body weight, frequency of alcohol consumption, or smoking. With today's knowledge, we can help couples take care of their fertility, including through lifestyle recommendations. When it comes to preserving fertility, it can be useful to utilize the iYoni app, which I co-founded. The app supports health and fertility, offering a wealth of medical knowledge to help individuals make positive changes in their lives and improve fertility parameters.