Posts for: September, 2019
Osteoporosis weakens your bones and can cause them to break easily. The condition is particularly common in older people. In fact, more than 53 million people in the U.S. either have the disease or at high risk for developing it, according to the NIH Osteoporosis and Related Bone Diseases National Resource Center.
How does osteoporosis affect bones?
If you have osteoporosis, your bones gradually become less dense and more porous. You may also experience thinning in the outside edges of the long bones in your body. Because of these changes, it's very easy to break a bone if you fall, even if you don't fall very hard. Osteoporosis affects both sexes but is more common in women. If you're female, you're more likely to be affected by the disease because:
- Women's bones are generally smaller and thinner than men's.
- Estrogen, a hormone that helps protect bones, decreases at menopause.
- Women tend to live longer than men. The longer you live, the more likely you'll develop osteoporosis-related problems.
What are the symptoms of osteoporosis?
In the early stages of the disease, you probably won't notice any changes. Symptoms generally don't occur unless your bones have weakened considerably. If you have osteoporosis, you may notice:
- You are shorter than you once were.
- Your posture has changed, and it's hard to stand perfectly upright without stooping.
- You have back pain due to compression fractures in your vertebrae.
- Your bones break easily.
- Dental X-rays show that you've lost bone in your jaw.
How is osteoporosis treated?
Although your bones will never be as strong or as dense as they were when you were younger, treatment is available to strengthen your bones and prevent breaks. Your doctor can prescribe medication that will slow the rate of bone break down and reduce your risk of fractures. In addition to taking medication, it's important to participate in weight-bearing activity and exercises that strengthen your bones and help improve your balance. Eating a diet high in calcium and taking supplements that contain calcium and vitamin D can also help protect your bones.
If you're concerned that you may have osteoporosis, talk to your OB/GYN about your risk factors and symptoms. Prompt treatment is the key to preventing the potentially serious consequences of this disease.
Cycle monitoring is a method used by OBGYNs and fertility specialists to map out a woman's monthly menstrual cycle, in order to determine when ovulation is most likely to occur. Every woman has what is known as a fertile window; the days leading up to and including ovulation. This is the phase of the menstrual cycle when a woman is most likely to get pregnant. Because every woman's cycle is different, with many women experiencing irregular periods which can make it harder to predict ovulation, cycle monitoring is useful for couples trying to conceive, either naturally or with the aid of IVI (Intravaginal insemination) or IVF (Invitro fertilization).
Ovulation and the Menstrual Cycle
A typical menstrual cycle is approximately 28 days, but varies from woman to woman. Ovulation is the monthly process where an egg is released for fertilization by the sperm, and it is the only point in the menstrual cycle when conception is possible. Healthy sperm generally remain viable for up to five days, which is factored into the fertile window when calculating a fertility chart and menstrual cycle for a woman actively trying to conceive.
Many women are unaware of their ovulation schedule, and many myths abound about the length and duration of the fertile window. Because menstrual cycles can vary greatly from one woman to the next, a consultation with an OBGYN can help women determine their ovulation schedule once they have decided they are ready to become pregnant.
Determining Ovulation and the Fertility Cycle
The first step in cycle monitoring is measuring the basal body temperature. Although the variations in temperature can be slight, and OBGYNs have found the effectiveness of basal body temperature measurements in predicting ovulation to be inconclusive, it is still considered a basic step in charting fertility. During ovulation, the body releases elevated levels of the hormone progesterone, which can cause slight fluctuations in temperature. During ovulation, the cervix produces elevated levels of mucus designed to help the sperm make its way to the egg for fertilization. Monitoring mucus levels can help to predict ovulation. The mucus becomes more elastic, clear (resembling the texture and consistency of egg whites) during the fertile window.
The range varies from woman to woman, but days 1-5 are the beginning of the cycle, when menstruation occurs. Days 6-9 are dry with no visible mucus. From days 10-12 the mucus is sticky and thicker than during the fertile window. At the end of the fertile window the mucus becomes thick and sticky again, followed by dryness until the cycle begins again the following month. Measuring the cycle for a few months can help to determine both the duration and ovulation dates for each woman.