THE BONE DENSITY PROGRAM: HEALTHY BONES, HEALTHY BODY

Meet your bones. I bet you think of them—if you think of them at all—as solid like stone, strung together somehow to hold up the rest of you. (“The head bone’s connected to the neck bone, the neck bone’s connected to the . . .”) Most people don’t pay any attention to their skeletons unless they’ve broken something. But bone is living, growing, constantly changing tissue, and will benefit as much from TLC as your heart, muscles, waistline, or other body parts do. Properly cared for, your bones, all 206 of them, will give you health, longevity, and quality of life.To understand the consequences of low bone density, and how to prevent and treat it, it helps to know a little bit about how bones work. So before we get to the nuts and bolts of what to eat and how to move and what to take to keep your bones healthy in the six-week program, here’s a very brief physiology lesson. Hang in there with me, and I’ll try to make this as painless as possible. Your bones will thank you later.*13\228\2*

SEIZURES AND EPILEPSY IN CHILDHOOD: UNDERSTANDING YOUR CHILD’S TESTS – SLOWING

The rhythm of the normal EEG varies with the child’s age and differs depending on whether the child is awake, drowsy, or asleep. There are well-established limits for these normal variations in rate and rhythm. Slowing may be either focal or generalized.A common cause of slowing is post-ictal, occurring after a seizure, due to “inhibition” of the firing of cells. It may last several hours. Postictal slowing is best diagnosed by its disappearance soon after the seizure. If slowing lasts for days after a seizure, further evaluation is necessary.Focal slowing should always be of concern and requires careful evaluation because it may occur in association with a local disturbance of the brain, such as a concussion, a stroke, or a tumor. In a child who has had a seizure, focal slowing on an EEG (unlike focal spikes) may, therefore, require further studies and appropriate treatment.Slowing all over the brain—generalized slowing—signifies disturbed brain function caused by acute disturbances of whole brain function—for example, chemical disturbances, lack of oxygen, infection, or severe head injury with loss of consciousness. Generalized slowing may also be seen in children with long-standing chronic brain dysfunction.*79\208\8*

CLASSIFYING THE IRRITABLE BOWEL SYNDROME: TRYING THE COMMON-SENSE APPROACH – CAUSES OF CONSTIPATION & WHEN THE BAD BACTERIA TAKE OVER

Causes of Constipation
Causes of constipation
include:
Lack of water lack of fibre
disturbance of the balance of the gut bacteria
tension in the muscles of the colon, rectum and anus
eating too much concentrated protein (eggs, cheese)
the effects of some drugs; for example, iron tablets, codeine,
tranquillizers, sleeping pills, anti-depressants, beta-blockers, water
pills, some anti-histamines, Tagamet and Zantac (for stomach
ulcers), some antacid preparations, some anti-convulsant drugs
putting off going to the lavatory when you have had the signal to go
pelvic congestion due to lax muscles or pre-menstrual tension.
When the Bad Bacteria Take Over
In a healthy bowel three to four pounds of bacteria (the gut flora) work away to complete digestion, make vitamins and kill off bad bacteria, viruses, fungi and parasites, thus keeping the contents of the gut ‘sweet’. If the bad bacteria take over the stool becomes ‘sour’ from putrefaction and a great deal of gas is formed. This is where the bloating and discomfort comes from.
*12\326\8*

ALTERNATIVE APPROACHES TO EPILEPTIC SEIZURE CONTROL: BIOFEEDBACK

In 1964 Barry Sterman, a research worker in California, was working on a NASA contract looking at the toxic effects of the rocket fuel hydrazine. He had been asked by NASA to feed this fuel to cats and see whether or not it affected the cats’ nervous systems.
Hydrazine is known to be a convulsant (i.e., to cause seizures), and so Sterman was not surprised to discover that, when he fed this fuel to cats, some had seizures. What was much more surprising was that one group of cats did not have seizures. For some reason they seemed remarkably resistant to the convulsant effects of the fuel.
What was so special about these particular cats? In an effort to find out, Sterman decided to look more closely at their previous history. He discovered that they had all taken part in another experiment that he was conducting in his laboratory. The cats had had EEG electrodes fixed to their heads so that their brain activity could be measured. They had then been ‘conditioned’ to see whether they were able to modify their own brain activity.
Barry Sterman was particularly interested in a brain rhythm which was generated over the sensorimotor cortex, that area of the brain which deals with the control of movement, and so the cats had been conditioned to increase sensorimotor activity.
Whenever they did so (purely by chance at first) they were rewarded by being given a saucer of milk. Gradually they learned that a particular behaviour invariably led to the reward of milk. What the cats learned to do was simply to remain absolutely still. It was this immobility that led to an increase in the brain rhythm. And Sterman believed that somehow this increase in the sensorimotor rhythm was protecting the cats from the convulsant effects of the hydrazine rocket fuel.
If cats could learn to modify their brain rhythms, Sterman argued, then why should humans not learn to do it too? If an increase in the sensorimotor rhythm did indeed act as an anticonvulsant, then people who had epilepsy might also be taught to increase this particular brain rhythm, and so possibly reduce their seizure frequency.
*37\193\2*

TAKING COMMAND OF YOUR DIABETES: INSULIN

There is now a huge range of insulins for you and your doctor to choose from. Each doctor knows a few insulins well and tends to use them, but it is important to remember that you do not have to stay on your current insulin regimen if you do not feel that it is suiting you. You need to know as much about your insulin as possible – its name, species, who makes it, how soon it starts to act after an injection, how long its best effect lasts and when its action is finished. Learn what these factors are thought to be by the manufacturers and then find out what happens in your case.
80 per cent of people who take insulin are now using human insulin. Most of this is made by bacteria or yeasts genetically programmed to produce human insulin, but some is made by modification of pork insulin. It is extremely pure and is the same as the insulin non-diabetics make in their bodies. The older beef and pork insulins are still available and pork insulin is highly purified. There has always been concern that animal insulins are more likely to cause antibodies to form in the body. It has been suggested that antibodies may be involved in the development of some tissue damage and that they could, in theory, harm the foetus in utero. Such concerns have not, however, been confirmed in large scientific studies. Antibodies can form to human insulin but this is probably less likely than with insulin from a “foreign” species.
There has been recent concern that people taking human insulin are more likely to experience hypoglycemia, and that their hypoglycemic warning symptoms are reduced or altered compared with animal insulin. Human insulin is absorbed more rapidly from the injection site than animal insulin and many people find that they can inject it just before their meal rather than waiting 20 minutes before eating. While there do seem to be some differences in the symptoms of hypoglycemia in some people, studies have not shown a consistent difference between human and animal insulins. The matter is still under scientific review. If you are worried about your insulin, discuss it with your diabetes doctor straightaway. Your problem may have a simple solution unrelated to your insulin, but if you are still unhappy about being on human insulin then ask to change. It would seem sensible to keep a careful diabetes record before and after such a change so that you can see for yourself whether there has, in fact, been any improvement. (There was a very careful study of people who claimed that their warning symptoms of hypoglycemia had vanished on human insulin and reappeared on animal insulin. It showed that there was no difference between their symptoms, hormone responses, or other body responses when made hypoglycemic on animal and human insulins, on separate occasions under laboratory conditions. The subjects could not tell which insulin was which.) Both human and animal insulins lower the blood glucose effectively and the important issue is whether you feel confident about your insulin treatment.
It certainly seems logical to use human insulin injections to replace missing insulin in humans who cannot make it, rather than injecting foreign insulin from another species. The real problem is that the body “expects” its insulin to arrive in exactly appropriate amounts for the current blood glucose concentration. It “expects” this insulin to be released exactly when needed from the pancreas deep in the abdomen, not gradually trickling into the peripheral circulation from a leg or an arm. It also “expects” insulin release to be reduced as the blood glucose levels fall. But once insulin has been injected into the subcutaneous tissue it will be released into the circulation regardless of blood glucose concentrations. For me, the wonder of insulin treatment is that we can control the blood glucose as well as we can, given the difference between the sophistication of nature and the simplicity of current insulin treatment methods.

*13/102/5*

HEART DISEASE: WHAT CAN YOU DO TO HELP YOURSELF?

First look at the risk factors and if any of them applies to you, take preventative measures to look after yourself:
• family history of heart disease,
• high blood lipids (cholesterol, triglycerides, LDLs),
• high blood pressure,
• smoking,
• overweight,
• lack of exercise,
• stress,
• earlobe crease.
Earlobe crease is at the bottom of the list because it is unusual. In fact it should go at the top. Having a diagonal crease in your earlobe has now been found to be a better predictor of heart problems than any of the other risk factors on the list. It was first linked to heart disease in 1973 and since then thirty studies have confirmed this finding. Why is there this link? The earlobe has a rich supply of blood, so it is a good indicator of blood flow. If the supply of blood to the earlobe is restricted, over time a crease develops. So an earlobe crease can be a sign of restricted blood flow through the heart. It is interesting to note that in the West this link was first suspected in 1973 and yet traditional Oriental medicine has linked the ear to the heart for hundreds of years.

*4/101/5*

OVERCOMING CANCER: PARTICIPATING IN YOUR HEALTH

Dr. Elmer Green, a pioneer in the field of biofeedback, has said that when people are attempting to influence their health, it is equally important for them to learn what thoughts, attitudes, and behaviors they are engaged in when they become ill as it is when they are healthy. When people have feedback, or information, concerning both illness and health, they can then more consciously participate in their recovery.
Information about one’s thoughts and feelings when health is deteriorating may be the most valuable information of all. The body is built with homeostatic mechanisms designed to keep it healthy and free of disease; it is when these mechanisms break down and illness results that we most need to concern ourselves with our thought processes and behaviors. When our body is moving in the direction of illness, it may be a sign that the coping mechanisms we are using to deal with stress are not effective.
If you think back, you will probably see how many small ailments in your life, such as colds or headaches, occurred when you were tired, overworked, under tension or emotional strain. You have probably said many times that you caught a cold because you were “run down,” and you most likely meant not just physical fatigue but also emotional depletion, a lack of vigor and enthusiasm. At that moment, life seemed like a chore.
Serious ailments, too, such as heart attacks and ulcers, have been observed to follow periods of overwork, tension, pushing too hard. They tend to occur when the body has reached its upper limit and can carry no more, but the signals of this situation have been ignored. Anyone who has had an ulcer is aware of how it acts as a feedback device for emotional overload, an index of the “state of the organism,” because pain from the ulcer is most likely to occur when one is tense or anxious. A physician friend says that in a way he regrets having had surgery for an ulcer because without the ulcer’s reminder, he can’t tell anymore when he is overly tense, and he worries about what other effects the tension might be having on his body.
All of us participate in becoming sick through a combination of mental, physical, and emotional factors. You may have neglected reasonable diet, exercise, or rest. You may have been very tense or anxious for a long period of time without doing enough to relax. You may have maintained unreasonable work loads or gotten so caught up in meeting everyone else’s needs that you ignored your own. You may have maintained attitudes and beliefs that prevented you from having satisfying emotional experiences. In sum, you may have failed to recognize your physical and emotional limits.
To the extent that you ignored these legitimate needs, you participated in your own illness. When the body’s and mind’s requirements for relaxation, rest, exercise, emotional expression, even for meaning in life are neglected, then the body may communicate this failure to pay attention by getting sick.
*30\347\2*

RHEUMATOID ARTHRITIS (RA): FEELING TIRED

Fatigue or decreased energy in RA can be caused by the condition itself or by emotional upheaval, pain, lack of sleep, and general lack of physical fitness. Remember, RA is a systemic condition that can affect more than just the joints. The anemia that sometimes results from the condition, for example, can contribute to fatigue. Also, fatigue may be a consequence of inflammatory substances (cytokines) in the blood. This fatigue may come on suddenly, early in the course of the disease, and may resemble the tiredness that accompanies a virus or flu. Effective control of RA through appropriate medications will lessen this component of fatigue.
Your emotions alone can exhaust you; think of how tired you feel after you’ve had a particularly emotional experience. Pain can be emotionally and physically exhausting, too; and when pain is combined with anxiety and tension, limited energy reserves can be depleted easily. Depression can amplify fatigue. It’s easy to see that effectively controlling pain, anxiety, and depression is an important factor in controlling fatigue.
Obviously, fatigue can be the result of inadequate sleep. For people with RA, painful joints, tight muscles, fear, and anxiety frequently interfere with the ability to get a good night’s sleep.
Finally, when people have had RA for a while, they may get out of condition. This loss of physical fitness may be a consequence of decreased activity, and it produces a different form of exhaustion.
*47/209/5*

THE FIRST FEW WEEKS OFF DRUGS OR DRINK: USE THE STRENGTH OF RECOVERING ADDICTS

Before stopping, you should have made contact with NA or AA. Now use the strength of the recovering addicts and alcoholics who have successfully stayed clean and sober.
They’ve done it themselves. They know what you’re going through. And, better still, they know how they did it. So listen to what they say and pick up the tips you need.
Get to as many meetings of these two groups as you possibly can. If you can fit in two a day, well do so. If you can manage only one a day, well that’s fine too.
If there are both NA and AA where you live, go to the NA meetings first; then, if there are not many NA meetings, top up with the AA meetings as well if you are an addict. Addicts and alcoholics may not share the same experience of drugs and drink, but their experience of recovering is more or less identical. Addicts can learn from recovering alcoholics, and alcoholics can learn from recovering addicts.
But the most important thing of all is to get to meetings. It doesn’t matter if you don’t quite follow what is going on. It doesn’t matter whether you like them or loathe them. Just get your body there, stick your bottom on the seat, and listen.
These meetings are the single most important part of recovering from the illness of chemical dependence. Without them you have little chance of remaining clean and happy. With them you have the best chance possible.
If you live in an area where there aren’t many meetings, you may have to travel miles. Do so. If you haven’t got a car, use trains, buses and taxis. They’re expensive, but so was your drug habit. Getting to meetings is truly worth a small fortune.
Besides, you would do anything to get drugs or drink. You went to any lengths to go on using drugs or to go on drinking. Now go to any lengths to get well.
At first the meetings may seem strange to you. You will need to go five or six times to start getting to know the other addicts there. It’s just like joining a club. You don’t know anybody at first, but once you start going regularly, you make friends.

*78\116\2*

CARDIOPULMONARY RESUSCITATION (CPR)

Prepare by taking a course
CPR is an emergency first-aid technique for treating a person who is not breathing and has no heartbeat.
This is a skill that is most often used by friends and family members on each other. That’s why it’s a good idea to encourage each member of your household to learn the techniques.
When it’s needed, the person who has the most experience and training in CPR should be the one to perform the procedure at the scene of an emergency.

Think abc — airway, breathing and circulation
In basic life support, remember ABC:
Airway – Establish an open airway
Breathing – Reestablish breathing
Circulation – Begin external compressions if the heart has stopped Step one — Check for consciousness/Call for help:
Find out if the person is conscious. Shout, “Are you OK?”

Move the person only if necessary. Gently roll them over onto their back, keeping the head, neck and shoulders together as a unit. If you suspect a spinal injury, be careful not to move the person’s neck.
If the person doesn’t respond, call 911 or your local emergency services number, then begin CPR, if necessary.
For children and infants, do one minute of CPR, if indicated, before calling 911 or your local emergency services number.
Step two — Check for breathing/Open airway
If no air is passing through the person’s lips (put your cheek next to their mouth to check), and the person’s chest and abdomen are not moving, they are not breathing and you will need to open the airway.
If there is vomit or liquid in the mouth, clean it out with your fingers (cover fingers with a clean cloth if you have one).
Push down and back on the forehead and lift up the chin by placing your fingers under the jaw bone.
With an infant, be careful not to extend the head back too far since that can shut off the airway.
Check the mouth, chest and abdomen again for movement. Sometimes opening the airway is enough to get the person to start breathing again.
If the person does not begin breathing immediately, begin rescue breathing (step three).
Step three — Begin rescue breathing
Pinch the person’s nostrils shut with the same hand that you have on his or her forehead.
Place your mouth over the person’s mouth, making a tight seal.
Place your mouth over both the mouth and nose if the person is an infant. Be careful not to blow too hard into the infant since excess air can go into the stomach and cause vomiting or compression of the lungs. Either one will make delivering air more difficult.
Slowly blow in air until the person’s chest rises. Remove your mouth between breaths and allow time for the person to exhale passively before the next breath.
Step four — Check for pulse
•    Locate the main {carotid) artery in the neck by placing the tips of your index and middle finger on the Adam’s apple and sliding them toward your own body into the groove between the trachea (windpipe) and the muscles at the side of the neck.
•    With an infant, check for the brachial pulse on the inside of the upper arm.
•    Hold your fingers in place for five to 10 seconds.
if there is a pulse
Continue rescue breathing. Do not do chest compressions on a person who has a pulse. CPR performed on a person whose heart is beating can cause serious injury. Instead:
Blow air into the lungs 12 times per minute (once every five seconds) for an adult and 15 times per minute for a small child (once every four seconds). Breathe 20 times per minute (once every three seconds) for an infant.
Check the pulse once per minute to make sure the heart is still beating. Continue breathing as long as necessary. A person who seems to have recovered needs to be seen by a doctor, since shock is a common occurrence after breathing has stopped.

If there is no pulse
Step five — Begin chest compressions
Find the lower rib cage and move your fingers up the rib cage to the notch where the ribs meet the lower breastbone in the center of the lower part of the chest.
Place the heel of one hand down on the breastbone and your other hand on top of the one that is in position. In children 1 to 8 years old, use the heel of one hand rather than both hands.
Do not compress the chest with your fingers. This can damage the ribs.
Lock your elbows into position with your arms straight. Place your shoulders directly over your hands so the thrust of each compression goes straight down on the chest.
Push down with a steady, firm thrust, compressing the chest one to two inches for an adult.
Lift your weight from the person and repeat. Do not lift your hands from the person’s chest between thrusts.
Do 15 chest compressions in about 10 seconds.
After 15 compressions, quickly tilt the head and lift the chin of the person (as previously instructed), pinch the nose and breathe two slow breaths to fill the lungs. The chest must deflate after each breath.
Continue this cycle (15 compressions and two breaths) at the rate of 80 – 100 compressions per minute. Check the person’s pulse after one minute. Continue the compressions and breathing until help arrives if there is still no pulse.
For children 1 to 8 years old, compress the chest one to one and one-half inches and give five chest compressions to one breath.
Extra care must be taken when performing CPR on an infant:
If chest compression is necessary, position your index and middle fingers on the baby’s breastbone.
Gently compress the chest no more than one inch. Count out loud as you pump in a rapid rhythm — roughly one and one-half times a second or about 100 times a minute.
Gently give one breath (with your mouth covering the baby’s mouth and nose) after every fifth compression.
*1\303\2*

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