Preparing for fertility treatment involves more than choosing an IVF protocol. Egg and sperm development take place within a biological environment influenced by nutrition, metabolism, oxidative balance, hormonal function and general health. This has created growing interest in fertility IV therapy as a supportive strategy before or alongside assisted reproduction. Intravenous therapy delivers selected vitamins,
If you have undergone a fertility assessment, you have probably encountered three abbreviations: AMH, FSH and AFC. These are among the most commonly used ovarian reserve tests, but they do not all measure the same thing—and they certainly do not provide a simple percentage chance of becoming pregnant. A woman can have low AMH and
Female fertility does not decline suddenly at menopause. It changes progressively as the ovaries age, often beginning years before menstrual cycles stop. During this transition, women may experience reduced ovarian reserve, poorer response to IVF stimulation, irregular cycles and eventually perimenopause, followed by menopause and postmenopause. For women who still wish to conceive—particularly those experiencing
Exosome therapy for female fertility represents one of the most rapidly developing areas of regenerative reproductive medicine. Unlike conventional fertility treatments that primarily act through hormones, medications or laboratory-assisted reproduction, exosome-based approaches focus on something more fundamental: communication between cells. Every tissue in the reproductive system depends on continuous molecular communication. Ovarian cells communicate with
IVF failure can be one of the most emotionally difficult experiences during fertility treatment. After weeks of medication, monitoring, egg retrieval, fertilization, embryo development and embryo transfer, receiving a negative pregnancy test can leave patients searching for an explanation.One of the first questions is usually:“Why did my IVF fail?”Unfortunately, there is rarely one simple answer.
Regenerative medicine is attracting increasing attention in fertility care, particularly among women with diminished ovarian reserve, low AMH, poor ovarian response or age-related decline in ovarian function. Three approaches frequently discussed are Platelet-Rich Plasma (PRP), exosome therapy and stem cell therapy. Although all three are associated with regenerative medicine, they are not the same treatment.
Being told that you have diminished ovarian reserve (DOR) can raise many questions. Does it mean that you are running out of eggs? Can you still become pregnant naturally? Does low ovarian reserve mean poor egg quality? Can IVF work with diminished ovarian reserve? And is there anything you can do to improve your fertility?
More women than ever are considering pregnancy in their 40s. For some, this is the first time they have tried to conceive. Others may already have experienced unsuccessful attempts at natural conception or previous IVF cycles. One of the first questions is usually: “Can IVF work after 40?” The answer is yes—IVF after 40 can
For many women trying to conceive after the age of 35 or 40, one question quickly becomes central: Can I improve my egg quality? It is an understandable question. Female fertility gradually declines with age, and this decline becomes more pronounced during the mid-to-late 30s and 40s. However, fertility is complex, and age is only
Receiving a low AMH result can be worrying, particularly if you are trying to conceive or considering IVF. Many women immediately interpret low AMH as meaning that pregnancy is unlikely—or even impossible. But low AMH does not mean that you cannot become pregnant. Anti-Müllerian Hormone (AMH) is primarily a marker of ovarian reserve, helping
Chania Fertility Unit is in strong collaboration with the well-known IVF clinic Crete Fertility Centre, bringing to Chania all the high quality services and expertise.
CHANIA FERTILITY UNIT
Chania, Crete, Greece
Tel: +3028210 36060 , +3028212 00166
e-mail:info@fertilitychania.gr
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