• Ideally, your doctor is your equal partner and advocate for your health. But sometimes, even a doctor you generally respect prefers different approaches than you do. That can be intimidating, but remember no one knows more about your body than you do. An insurance company or HMO policy can also complicate matters. You have to take the best advice and information from your health care providers, and work within the insurance system as best you can, but then make your own decisions according to what feels right to you. That’s just what Lynn did when she found herself facing a gynecologist who was a great believer in prescription hormones for almost every woman, and an insurance company that wouldn’t pay for the bone density testing that could help her make crucial decisions about what, if any, drug therapy her bones needed.
    Lynn was already a decade into menopause, and had long ago decided against hormone replacement therapy, when she began to get worried about her bone density. She’d never been bothered by any other menopausal symptoms, but now it seemed like she was reading more and more about the dangers of low bone density every day, and it was a topic of much discussion among her friends. Each time she went to the gynecologist, he urged her to reconsider taking estrogen, reeling off its benefits to bones and the heart. Then, at her last annual exam, the doctor told her she’d be a good candidate for the newest drug for low bone density, Evista, which had estrogenlike protective effects on the bone, without the increased risk in breast cancer that makes HKT unacceptable to many women.
    Lynn’s insurance plan wouldn’t cover a bone density scan. Her doctor was satisfied with a standard x-ray from an old knee injury from when she was perimenopausal that showed she had “good bones” (in a general sense). He just assumed she’d been steadily losing density since, given her age and her refusal of HRT. He sent her home with an Evista sample and a prescription slip.
    Instead, she had a bone density screening at a health fair at her neighborhood community center, where it cost only $35 for a DEXA scan of her wrist. She never even broke the seal on that Evista sample because the scan showed only a tiny loss in density compared to average. And who knew if a —.01 standard deviation even meant any loss at all in her particular case? She knew she was past the years when bone loss is usually most rapid, so she decided that she’d keep on with what she’d been doing for her health for years, with no pharmacological intervention. After all, it appeared to be working!
    Lynn has been a competitive synchronized swimmer for over twelve years, and counted her bone density as a bit of proof that swimming can help develop your bones, just as traditional weight-bearing exercises can. She knew the party line was that in the water you don’t have the same gravity pulling against your bones, and that without it, your bones wouldn’t be building in the same way. While she did believe that water workouts were much easier on the joints, she agreed with the articles in her swimming magazines about how anything that worked muscle against bone would build both muscle and bone. She knew for sure that it took a lot of strength and hard, hard work to make graceful water ballets look effortless.
    She began lifting weights twice a week years ago to build her strength for the lifts required in her sport. She is on the treadmill three or four times a week—any day she doesn’t swim—for half an hour. She swims at least three times a week, for an hour to an hour and a half each time, which would include 3/4 mile of laps just for warm-up. This combination keeps her limber, strong, and aerobically fit so she can keep up with the much younger swimmers on her team without batting an eye.
    To control high cholesterol levels, Lynn started eating a largely vegetarian diet, with chicken or fish once or twice a week, and meat a handful of times over the course of a year, and she believes that plays a large role in keeping her bones healthy as well. She’s careful to get three major sources of calcium in her diet every day, usually milk on her morning cereal, a yogurt or cottage cheese with lunch, and something dark green and leafy with dinner. She takes 500 mg of calcium in a supplement to get up to the 1,500 mg total recommended for menopausal women not taking HRT, along with vitamin E (for her heart) and a multivitamin with trace minerals to cover all the bases.
    After such an encouraging bone scan, the only change Lynn made was to add even more soy to her diet to reap the benefits—to both her bones and her cholesterol level—of phytoestrogens. She’s long been a fan of tofu—in fact, goes out of her way to get to a particular store where they sell excellent fresh tofu—but now is using a soy protein powder regularly, sprinkled on her cereal and in her yogurt-fruit smoothies. The only other major thing she’s done as a result is to encourage her friends to get their bone density tested and to talk to her swimming buddies about how much the sport has done to keep her healthy.
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  • Each knee contains two menisci made of fibrous cartilage, which are basically shock absorbers. The Steinmann test is one of the tests used to diagnose meniscal injuries. In this test, your physician will have you sit up on a table with your legs hanging over the side. Your physician will then twist each leg, moving it in and out. If you feel pain in the meniscal area, it may indicate a meniscal problem.
    The Apley and McMurray tests can also be helpful in diagnosing a meniscal tear. In the Apley test, you are prone, knee bent 90 degrees, and the foot rotated inward and outward. This compressive and rotational force will often signal a medial or lateral meniscal tear. In the McMurray test, you are supine, the knee bent fully (approximately 130 to 140 degrees) and slowly extended while externally rotated. A loud pop might signify a torn medial meniscus. Unfortunately, however, there are often lots of noises in a knee that are harmless, and such an event while performing a McMurray test might be misleading to the inexperienced physician.
    Your physician will move your leg in various ways to check the range of motion, the ability to straighten and bend the knee. A healthy knee should be able to bend and flex with ease. Pain or restricted movement could suggest several possible problems. For example, perhaps the patella is not aligned correctly. Or if there is pain upon compressing the joint (when you flex or bend your foot toward your back), it means that there are articular cartilage problems. If the leg gets “locked” upon extension or straightening, it might suggest a displaced meniscal tear or a subluxed (offtrack) patella.
  • As the body ages, arthritis, a diminishing of the body’s cartilage, takes place. Cartilage is like a washer in between a nut and a bolt. Without the washer, the nut and the bolt would grind together. That is what happens when you lose cartilage. The bone grating on bone will progressively cause inflammation, pain, and discomfort. The degree to which arthritis affects the body depends upon a number of variables, which include genetics, gender, activity, body weight, and alignment. It is widely believed that a reduction in body weight will undoubtedly diminish some if not all of the pain of arthritis. In addition, performing strength and resistance exercise will help to strengthen the tendons, ligaments, and muscles that surround the joint. That reinforcement will take pressure off and subsequently alleviate pain in the weakened area. Water is used to lubricate cartilage in the body, so staying well hydrated by drinking water and eating high-water-content foods will also minimize the pain.
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  • A change in the hormonal pattern after menopause accelerates this disease in women. Osteoporosis is the leaching of calcium from the bones which begins around 30 years of age. To help prevent it women should supplement their diet with calcium phosphate and foods containing calcium. Dairy products and fish are very important foods to include in the diet all through a woman’s life.
    The diet should contain foods with a high alkaline ash residue, as found in fruit and vegetables. Foods with a high acid ash residue, such as meat, eggs, cereals and starches increase calcium and bone loss. As you grow older you should decrease protein and increase green, leafy vegetables in your diet.
    Research has shown caffeine, nicotine and alcohol all accelerate loss of bone mass. Increasing the size and strength of bones can be accomplished with gentle exercise. You do not have to jog. Walking is fine. So is swimming. Tests done on dancers found their bones were growing, even when examined after menopause.

    Supplements
    Calcium phosphate        2,000mg daily
    Vitamin D            400mg daily
    Folic acid            5mg daily
    Magnesium phosphate        100 mg 3 times daily
    Multi-vitamin mineral         l tablet daily
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