Women’s Health Blog

As people age, they begin to complain more of pains in their muscles and joints. They seem to stiffen up with age, and such commonplace activities as bending over for the morning paper can make them wince.

Such pain can grip so fiercely that they are sure it begins deep in their bones. But the real cause of stiffness and soreness lies not in the joints or bones, according to research at the Johns Hopkins Medical School, but in the muscles and connective tissues that move the joints.

The frictional resistance generated by the two rubbing surfaces of bones in the joints is negligible, even in joints damaged by arthritis.

Flexibility is the medical term used to describe the range of a joints motion from full movement in one direction to full movement in the other. The greater the range of movement, the more flexible the joint.

If you bend forward at the hips and touch your toes with your fingertips, you have good flexibility, or range of motion of the hip joints. But can you bend over easily with a minimal expenditure of energy and force? The exertion required to flex a joint is just as important as its range of possible motion.

Different factors limit the flexibility and ease of movement in different joints and muscles. In the elbow and knee, the bony structure itself sets a definite limit. In other joints, such as the ankle, hip, and back, the soft tissuemuscle and connective tissuelimit the motion range.

The problem of inflexible joints and muscles is similar to the difficulty of opening and closing a gate because of a rarely used and rusty hinge that has become balky.

Hence, if people do not regularly move their muscles and joints through their full ranges of motion, they lose some of their potential. That is why when these people will try to move a joint after a long period of inactivity, they feel pain, and that discourages further use

What happens next is that the muscles become shortened with prolonged disuse and produces spasms and cramps that can be irritating and extremely painful. The immobilization of muscles, as researchers have demonstrated with laboratory animals, brings about biochemical changes in the tissue.

However, other factors trigger sore muscles. Here are some of them:

1. Too much exercise

Have you always believed on the saying, No pain, no gain? If you do, then, it is not so surprising if you have already experienced sore muscles.

The problem with most people is that they exercise too much thinking that it is the fastest and the surest way to lose weight. Until they ache, they tend to ignore their muscles and connective tissue, even though they are what quite literally holds the body together.

2. Aging and inactivity

Connective tissue binds muscle to bone by tendons, binds bone to bone by ligaments, and covers and unites muscles with sheaths called fasciae. With age, the tendons, ligaments, and fasciae become less extensible. The tendons, with their densely packed fibers, are the most difficult to stretch. The easiest are the fasciae. But if they are not stretched to improve joint mobility, the fasciae shorten, placing undue pressure on the nerve pathways in the muscle fasciae. Many aches and pains are the result of nerve impulses traveling along these pressured pathways.

3. Immobility

Sore muscles or muscle pain can be excruciating, owing to the bodys reaction to a cramp or ache. In this reaction, called the splinting reflex, the body automatically immobilizes a sore muscle by making it contract. Thus, a sore muscle can set off a vicious cycle pain.

First, an unused muscle becomes sore from exercise or being held in an unusual position. The body then responds with the splinting reflex, shortening the connective tissue around the muscle. This cause more pain, and eventually the whole area is aching. One of the most common sites for this problem is the lower back.

4. Spasm theory

In the physiology laboratory at the University of Southern California, some people have set out to learn more about this cycle of pain.

Using some device, they measured electrical activity in the muscles. The researchers knew that normal, well-relaxed muscles produce no electrical activity, whereas, muscles that are not fully relaxed show considerable activity.

In one experiment, the researchers measured these electrical signals in the muscles of persons with athletic injuries, first with the muscle immobilized, and then, after the muscle had been stretched.

In almost every case, exercises that stretched or lengthened the muscle diminished electrical activity and relieved pain, either totally or partially.

These experiments led to the spasm theory, an explanation of the development and persistence of muscle pain in the absence of any obvious cause, such as traumatic injury.

According to this theory, a muscle that is overworked or used in a strange position becomes fatigued and as a result, sore muscles.

Hence, it is extremely important to know the limitations and capacity of the muscles in order to avoid sore muscles. This goes to show that there is no truth in the saying, No pain, no gain. What matters most is on how people stay fit by exercising regularly at a normal range than once rarely but on a rigid routine.

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When Mike turned 65, he was 25 pounds overweight. By strict dieting, he shed the extra pounds, but he lost more weight; he also lost his energy and vitality. He was always exhausted, and his friends, seeing his gaunt, drawn face, worried about his health.

By the time volunteered for a particular fitness program two years later, he had put 25 extra pounds back on. After 6 months of exercise and some willpower at the dinner table, Mike slimmed down again. This time he felt better than he ever had, brimming with energy and glowing with good health.

What made the difference? The first time Mike lost weight; the second time he lost fat. The distinction is important. According to research, a large portion of the weight lost by dieting alone is active tissue, such as muscle and connective tissue, while a smaller fraction is excess fat. Exercise has the opposite effect. It increased his lean body mass and decreased his excess fat.

Same thing goes with cellulite. Most people tend to think that cellulites are only present to people who are obese. That is why they sometimes associate cellulite with fats and obesity.

Actually, even if cellulite refers to the chain of wrinkled fat cells and subcutaneous connective tissues beneath the layer of the skin, it should never be associated with people who are fat or obese. In fact, there are many people who have cellulite but are not fat at all.

In reality, nobody knows the main reason why some people accumulate cellulite. However, there are some factors that health experts are considering such as the structure of the fat cells or the poison that entered the body. Some experts say it may be caused by some hormonal changes in the body. But none of these things has been proven to cause cellulites.

However, the only main reason why most of the cellulite cases are abundant in women is that the connective tissues of women are more rigid and firm than men. Hence, whenever a woman gets fat, the fatty cells tend to swell and get bigger. It creates a protruding appearance to the skin producing an orange peel look.

For this reason, women are more prone to cellulite than men. That is why it is important for women to be more careful on their body as they have higher chances of accumulating cellulite.

Fats and Cellulite

With the many cases of obese people having cellulites in their body, most of them believed that their cellulites are caused by being too fat.

Even though not all those who are obese develop cellulites, being overweight can really trigger the development of cellulites. This is because too much fat under the skin tend to push the connective tissue creating a strain on the skin. Thus, cellulites form.

However, this is still dependent on the structure of the cells. If an individuals cell structure does not inhibit the tendency to bulge or expand even if fat deposits accumulate, then there will be no cellulites.

So, the most important thing to remember here is to keep those connective tissues firm and strong and avoid accumulating excess fats so as to avoid the development of cellulite.

How? Start an exercise routine program.

Transforming food into fat seems all too easy for most of us. Losing fat is far more difficult, and to accomplish this, we have only three alternatives: (1) decrease food intake and keep activity constant; (2) increase activity and keep food intake constant; or (3) combine both approaches: diet and exercise.

Physical activity can help reverse the results of inactivity. An hour of vigorous exercise burns up 300 to 600 calories. If you also cut 300 to 500 calories from your daily menu, you can also lose weight at the rate of one to two pounds a week.

Without exercise, you would have to eat 500 to 1,000 fewer calories a day to lose the same number of pounds in a week. Exercise is not for everyone who is over-fat, however. The severely obese person should exercise only under medical supervision to prevent strain on the cardiovascular system and connective tissue. And no one should restrict food intake drastically without consulting doctor.

Resorting to this kind of activity will only get the matter worse. Remember what happened to Mike? He thought that when he started dieting, he would eventually lose all the excess fats he has accumulated. The problem is that he lost those connective tissues rather than excess fat.

For people who are prone to cellulites, this will be a greater problem. Losing connective tissues instead of fat by strict dieting can only make the skin more prone to greater problems but the fat cells are still there. That only means that the problem is not solved at all.

Hence, if you wish to loose those cellulites, it would be better to loose those fats first. The idea here is to burn those fats by increasing your metabolism by 7.5% to 28% more than your normal rate.

It is for this reason that exercising is an important factor in losing cellulite. So for a more cellulite free body, always engage in an exercise routine.

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