The younger, sexy fibrous histiocytoma radiology me……nopause! blog zrt laboratory

In my thirties, I eventually realized it was time to start a family fibrous histiocytoma radiology before it was too late. At age 35 I saw a gynecologist who said “at your age, the chances of getting pregnant are very low. You’re probably only producing a viable egg about every 3 fibrous histiocytoma radiology months, and you’ll be at higher risk for pregnancy complications as an fibrous histiocytoma radiology ‘elderly primagravida’.” Despondent, but undeterred, I set about trying to get pregnant and succeeded within fibrous histiocytoma radiology the first month. So much for the gynecologist. At age 36 I gave birth to my son, and at age 38 to my daughter.

But something strange happened when I entered my early forties. After my daughter was born, my periods eventually came back – but very irregularly. I wasn’t too worried at first since I was breastfeeding, but after a year or so it seemed odd that fibrous histiocytoma radiology they were still so erratic. I moved to the USA in 2000 and put the fibrous histiocytoma radiology still-irregular periods and trouble sleeping down to the stress of fibrous histiocytoma radiology an international move with young children. But when I started having more symptoms, including hot flashes and night sweats, and saw my doctor for a checkup, she did an FSH test and said, “guess what – you’re in menopause.” At age 42. When I mentioned this to one of my aunts in fibrous histiocytoma radiology the UK she said, “oh yes, that happened to me in my early forties, and your other aunt as well.” Who knew – early menopause runs in families! What is Early Menopause?

Typically, menopause – characterized by the cessation of periods for a year, and a very high blood FSH level – happens in a woman’s early fifties. “Premature menopause” is a term that refers to premature ovarian failure (POF) affecting around 1% of women under the age of 40, whereas spontaneous early menopause affects 5% of women aged 40-45 [1]. Early menopause can also result from certain medical conditions (e.g., autoimmune diseases, epilepsy, or chromosomal abnormalities), a history of smoking, or certain infections, e.g., mumps, and can be induced as a side effect of chemotherapy fibrous histiocytoma radiology or radiation. Removal of both ovaries (bilateral oophorectomy) brings about a “surgical menopause” at whatever age the surgery is done.

Early menopause can also occur when there is a family fibrous histiocytoma radiology history of early menopause. Since none of the other medical factors applied to me, that was what happened in my case. A population-based case-control study carried out in 1995 [2] found that 37% of the early menopause (before age 46) cases reported early menopause in a mother, sister, aunt, or grandmother, while only 9% of the controls (who entered menopause after age 46) had such a family history. The cause of spontaneous early menopause when there is a fibrous histiocytoma radiology family history is not known. Health Risks of Early Menopause

Whether spontaneous, induced surgically or by chemotherapy, or as a result of other medical conditions, early menopause comes with health risks of its own [1]. In most cases, these are consequences of the early loss of estrogen production fibrous histiocytoma radiology by the ovaries. Estrogen is important for the optimal functioning of the cardiovascular, nervous, and skeletal systems, and of course this is the primary reason why women fibrous histiocytoma radiology undergoing menopause seek hormone replacement therapy. We know from all the hoopla surrounding the Women’s Health Initiative, which famously looked mostly at women who started hormone replacement fibrous histiocytoma radiology many years after entering menopause, that hormone replacement started a short time after the onset fibrous histiocytoma radiology of menopause is recommended to prevent chronic health conditions such fibrous histiocytoma radiology as cardiovascular disease and osteoporosis. Results of subsequent trials such as the Kronos Early Estrogen fibrous histiocytoma radiology Prevention Study (KEEPS) have demonstrated the efficacy and safety of starting hormone therapy fibrous histiocytoma radiology soon after the onset of menopause [3]. Surgical Menopause and Low Testosterone

Not only did I struggle with insomnia, hot flashes, night sweats, mood changes, and all the other joys of a natural menopause, but I then experienced some pelvic pain and was diagnosed fibrous histiocytoma radiology with a growth on one of my ovaries, so I ended up having a bilateral oophorectomy resulting in fibrous histiocytoma radiology surgical menopause to boot. Fortunately, the growth turned out to be benign; but the surgery had the unforeseen consequence of sending my fibrous histiocytoma radiology testosterone down to undetectable levels.

So not only did I have severe estrogen deficiency, I ended up with testosterone deficiency as well. Let me tell you, this is not fun. Forget the younger, sexy me, menopause or not – without testosterone, there is no libido at all. In women undergoing non-surgical menopause the ovaries do continue to produce testosterone, which can to a large extent “take over” from estrogen in terms of bone support, maintaining vitality, and supporting nervous system and cardiovascular health. But when there are no ovaries, testosterone levels plummet. Low testosterone in women has been linked with low libido fibrous histiocytoma radiology and lack of sexual desire, but there is still controversy about the use of testosterone fibrous histiocytoma radiology in women [4]. I can only say from experience that the consequences of fibrous histiocytoma radiology low testosterone were very real for me. Getting Help

It is no accident that my plunge into early menopause, and then surgical menopause, eventually led me to ZRT Laboratory. The almost complete absence of both estrogens and androgens from fibrous histiocytoma radiology my body, and my dissatisfaction with the synthetic hormones prescribed after my fibrous histiocytoma radiology oophorectomy, sent me on a quest to find out as much fibrous histiocytoma radiology as I could about natural hormone replacement. It’s not always easy to find a health care practitioner fibrous histiocytoma radiology who really understands what you are going through in terms fibrous histiocytoma radiology of hormone health, and can identify the right testing to home in on fibrous histiocytoma radiology the most suitable hormone replacement therapy. I saw several doctors before finding the best fit for fibrous histiocytoma radiology me, and I always went in armed with my own research fibrous histiocytoma radiology and understanding so that I could feel confident in proper fibrous histiocytoma radiology hormone restoration without unnecessary side effects.