Benefits of Whey Protein

In recent years, the subject of whey protein has come up often in health discussions. Know what whey protein is, its possible benefits and side effects and more as you read on.

What is Whey Protein

Whey protein is actually a term used to describe a group of globular proteins that can be separated from whey. When cowís milk is used to manufacture cheese, it also leads to the production of whey, which may or may not be discarded. It is a mixture of lactoglobulin, alpha-lactalbumin and serum albumin.

Similar to protein found in egg white, whey protein can also be irreversibly changed by heat. When made part of the pasteurization process, it becomes less bio-active. If not, whey protein naturally becomes bio-active which basically means it contains a high concentration of cysteine and consequently glutathione, an antioxidant that is essential to improved fitness and health.

Bio-active whey protein is an active source for protein but exposure to extreme heat can easily reduce the amount of cysteine in it without affecting its protein content and basic food value. Native whey protein 

What Makes It Good for the Body

Because whey protein contains an inordinate amount of essential and non-essential acids, it frequently plays a prominent role in most low-carb and high-protein diets. Another reason for this is because of its low content of fats and of course, carbohydrates.

Why Pregnant Mothers Love Whey Protein

A number of OBs have advised their gravid patients to increase their intake of whey protein because it will provide the basic amount of amino acids needed by the growing infants inside their bodies. An increased intake of whey protein will naturally improve and speed up the development of the baby. Also, increased intake of whey protein will indirectly improve the immune system of the baby. In its growing stages, it is highly vulnerable to different types of illnesses. With the help of whey protein, it grow faster and better and more equipped to defend itself against any health complication.

Whey Protein for Bodybuilding Enthusiasts

For bodybuilders, muscle growth is everything and thatís why they love whey protein so much. Studies have satisfactorily proven that whey protein can lead to acceleration of muscle development. This is welcomed news especially for bodybuilders who are only a few weeks away from the date of competition but is still in high need of muscle growth.

How it Helps Athletes Busy Recovering from Old Injuries

In this case, whey protein saves the day once more because it can be used to supplement diets of individuals who are suffering from compromised immune systems. Basically, it helps athletes heal faster and feel better.

A Weapon against Degenerative Diseases

Although you canít truly say that any disease is less painful than the other if both have life-altering consequences, it is an inarguable fact however that degenerative diseases are one of the worst health complications to suffer from. These illnesses tend to subject people to a protracted form of suffering and with symptoms with increasing levels of severity. They commonly affect three systems in particular: the nervous system, the muscular system and the skeletal system.

Although rarely curable, degenerative diseases can be treated through chemotherapy, surgical operations and the proper diet. Whey protein is often a part of this diet because of its rehabilitative benefits especially when it comes to muscle growth. Cancer, diabetes and AIDS have symptoms that causes muscle strength and growth to deteriorate ñ an undesirable effect that can be combated with increased intake of whey protein.

Where to Buy Whey Protein

Are you sufficiently convinced of the benefits of whey protein then? If so, you should be happy to know that you can avail of commercial whey protein product in most supermarkets and specialty food stores specializing in healthy food.

Ending with a Warning

Whey protein is good for the body ñ no doubt about it ñ but too much consumption of anything is never beneficial. Too much intake of whey protein can lead to unnecessary complications of your liver. And need we remind you that the liver is the next most important organ in the body? Lastly, lactose intolerant individuals must consume whey protein isolate rather than the normal variety as the former has less lactose content.

CEREBRAL PALSY

It is a non progressive neuromuscular disorder causing mild to severe disabilities throughout life.This condition is manifested as a group of persisting qualitative motor disorders which appear in young children due to damage to the brain during delivery or due to some pathological conditions in the intrauterine life.The neuroligical problems are multiple but non progressive in nature.Approximately 2 per 100 live birth is having this problem.This disease is having no hereditary tendency.

Causes of cerebral palsy:

1) Injury to the brain during delivery.

2) As a complication of forceps delivery.

3) Lack of oxygen supply to the baby during delivery.

4) Infections during delivery.

Signs and symptoms of cerebral palsy:--

The signs and symptoms may not be similar in all babies affected.Depending upon the damage to the brain there may be mild to severe lesions.

Mild cases:- 20% children will have mild disability.

Moderate cases:-50% cases are having moderate disability.The affected children require self help for assisting their impaired ambulation capacity.

Severe cases:-About 30% of the affected children are totally incapacited and bedridden and they allways need care from others.

Abnormal findings in cerebral palsy:-

1,Abnormal neonatal reflexes.

2,Stiffness of all muscles with awkward motion.

3,Extention of extremities on vertical suspension of the infant.

4,Scissoring of the lower limbs due to spasm of the adductor muscles of the thigh.

5,In severe cases the back bend backwards like and arch.

6,May have total or partial paralysis.

7,Arrest of neurological and behavioral developement.

8,Swallowing may be difficult in some cases.

9,Drooling of saliva.

10,Mild to severe mental retardations.

11,Abnormal movements are seen in some cases.

12,Tremors with typical movements.

13,If cerebellum is affected there will be loss of muscle tone with difficulty in walking.

14,Complete or partial loss of hearing.

15,Speech may be affected.

16,Squint and other visual problems may be associated.

17,Convulsions may be seen in some children.

Cerebral palsy is diagnosed by detailed clinical examination and by eliminating other similar diseases like brain tumour, progressive atrophy ect.All investigations like CT scan,MRI and routine investigations are needed to ruleout other diseases.

Management of carebral palsy:--

General management:

This includes proper nutrition and personal care.  Symptomatic medicines are needed to reduce convulsions and muscle stiffness.  Diazepam can reduce spasticity and athetosis.

Dantrolene sodium helps to relax skeletal muscles.

Physiotherapy:

Here massage,exercise, hydrotherapy and ect are needed.Special training is given to train walking,swallowing and talking.The affected children are also trained to hold articles for routine activities.

Rehabilitation:

Moral and social support should be given to these children.They should be send to special schools where special training can be given by trained staff.Mentally retarded children need special training.Depending up on the disabitity special instruments and machines are given for locomotion and to assist their daytoday activities.

Occupational therapy:

This is given by occupational therapists.They train the disabled people to do some suitable works so that these people can have their own income.

Precautions to be taken while combing hair

Hair combing is a routine activity of almost all people.Some people keep a particular hair style throughout their life and some especially younger generation adopt new styles according to new trends and fashion.Hair styles has got close relation with the personality of a person.The hair of an unhygeinic person is usually tangled and dirty because of lack of washing and combing.To have a healthy scalp hair proper nutrition is needed.General health has got direct relation with the quality and quantity of hair.Regular washing,use of hair oil,proper combing ect are also needed to make the hair beautiful.General hints for combing is discussed here.

1) Different varieties of combs are available in the market.The best comb is selected by considering the nature of hair(hard or soft,long or short) ,style and convenience.

2) Combing should be done with utmost care and concentration.Some people especially gents think about some other matters and comb without any care which may be harmful to the hairs.

3) Combing should be gentle .A vigorous combing can increase hairfalling.

4) Do not comb if the hair is wet.  First dry it with a towel and then put some oil and gently massage it.Now the combing will be easy and harmless.

5) Should not be combed in the opposite direction of hairs.This can increase hair falling.

6) Vigorous combing in backward direction can produce traction baldness.

7) Frequent combing can damage the scalp and the hair follicles.Those who carry pocket comb use it frequently and make it a habit.Combing two or three times in a day is sufficient.

8) The tooth of the comb should not be sharp and it should not be pressed too tightly on the scalp.

9) Always clean the comb before and after use because hair and dirt deposited in the gap will make combing diffucult and painful.

10) Others comb should not be used.This helps to prevent fungal and bacterial infections.Head lice can also spread from one person to other by sharing the combs.

11) Combing the tangled hair is difficult and painful.Hence use some shampoo for cleaning and after drying  put oil and make the hairs free for an easy combing.

Cross Training for Fitness and Fatloss

The numbers on your scale do not indicate whether you are fit or fat. Far more significant than your total body weight is the composition of your body tissue. If a manís fatty tissue is bigger than 14% up to 15% of his body mass, or if a womanís is more than 20% to 22%, he or she is overweight, or more precisely, overfat.

A small amount of fat is needed for padding the internal organs and as insulation under the skin. Excess fat leads to such diseases as diabetes, gout, high blood pressure, coronary artery disease, and gallbladder problems. There are very few, very fat persons. The reason is that the fittest, not the fattest survive.

The problem now is focused on how to resolve the problem. The problem with most people who want to lose weight is that they have the propensity to concentrate more on getting those numbers lower than what they are seeing now. What happens next is that they strive harder to achieve a lower weight, according to the ìever reliableî result of the weighing scale.

It would be more important to think of the human body as a heat-exchange engine that works on the basic principles of energy physics. The caloric balance equals the total calorie intake minus the total calorie expenditure. 

Some of the calories people ingest are used for basal metabolism. As people get old, their bodies require fewer calories for this basic upkeep. Some calories are excreted as waste products. Some go into ìwork metabolism,î the energy expenditure required for any physical activity.

Hence, if people take in more calories than are used by these functions, there is a definite caloric excess. By the laws of physics, energy is transformed rather than destroyed. In this case, each excess of 3,500 calories is changed into a pound of fat. If people want to reverse this process, they have to burn up 3,500 calories to lose a single pound.

Winning the War Against Fat

When you think of fighting fat with exercise, you probably think of hours of hard, sweaty exertion. If this is the case, then, you will not get any farther. This is because people who are so much into losing more by exerting more effort tend to get bored easily.

Why? Because experts contend that when people exert more effort than what they are capable of doing creates a tendency to develop weariness and ennui. Hence, they give up, stop doing their routine exercises, and end up sulking in the corner with a bag of chips that seems to have all the bad calories in this world.

Now, you might ask, "What should be done instead?" The answer: cross training.

After some intensive studies and experimentations, health experts were able to come up with the concept of incorporating cross training in order to overcome or break the monotony or dullness in an exercise program.

Cross training refers to the integration of diverse movements or activities into a personís conventional exercise routine. The main purpose of incorporating cross training into an exercise program is to avoid overdoing excess muscle damages and to put a stop to an imminent boredom.

Three of the most commonly used activities whenever a person decides to engage into cross training are swimming, running, and cycling.

In cross training, distance is one way to extend your activity as your condition improves. For this reason, you need to traverse a measured distance. 

If possible, swim the course and measure the distance. If you will be using a running track, such courses usually are a quarter-mile per lap for a complete circuit. 

Cross training offers a variety of benefits for fitness and fatloss. It builds up the strength and endurance of the heart, lungs, and blood vessels. It has also some tranquilizing effect on the nerves, and it burns up calories as much as it makes your ìlosing weightî more bearable.

Cross training has three basic components:

1. Endurance exercises to condition the heart, lungs, and blood vessels and to induce relaxation. These begin with a careful planned walking and jogging regimen, depending on fitness level.

2. Exercises to strengthen the muscles, particularly those important to good posture. These include some activities that are selected to encourage some people who are already burnt out with a particular routine.

3. Exercises to improve joint mobility and prevent or relieve aches and pains. These consist of a series of static stretching positions that are safe and effective for most of the people who wish to try to lose some fat.

Indeed, cross training is a great way to modify the concept of exercising and losing fat without having to endure monotonous activities. In fact, the idea of exercising is to like what you are doing, hence, if you engage into cross training, you will be aware of it that you have already achieve your desired weight.

Boiled down, cross training is, certainly, one way of having fun.

EFFECT OF ALCOHOL ON THE BLOOD.  

Dr. Richardson, in his lectures on alcohol, given both in England and America, speaking of the action of this substance on the blood after passing from the stomach, says: 

"Suppose, then, a certain measure of alcohol be taken into the stomach, it will be absorbed there, but, previous to absorption, it will have to undergo a proper degree of dilution with water, for there is this peculiarity respecting alcohol when it is separated by an animal membrane from a watery fluid like the blood, that it will not pass through the membrane until it has become charged, to a given point of dilution, with water. It is itself, in fact,  so greedy for water, it will pick it up from watery textures, and deprive them of it until, by its saturation, its power of reception is exhausted , after which it will diffuse into the current of circulating fluid." 

It is this power of absorbing water from every texture with which alcoholic spirits comes in contact, that creates the burning thirst of those who freely indulge in its use. Its effect, when it reaches the circulation, is thus described by Dr. Richardson: 

"As it passes through the circulation of the lungs it is exposed to the air, and some little of it, raised into vapor by the natural heat, is thrown off in expiration. If the quantity of it be large, this loss may be considerable, and the odor of the spirit may be detected in the expired breath. If the quantity be small, the loss will be comparatively little, as the spirit will be held in solution by the water in the blood. After it has passed through the lungs, and has been driven by the left heart over the arterial circuit, it passes into what is called the minute circulation, or the structural circulation of the organism. The arteries here extend into very small vessels, which are called arterioles, and from these infinitely small vessels spring the equally minute radicals or roots of the veins, which are ultimately to become the great rivers bearing the blood back to the heart. In its passage through this minute circulation the alcohol finds its way to every organ. To this brain, to these muscles, to these secreting or excreting organs, nay, even into this bony structure itself, it moves with the blood. In some of these parts which are not excreting, it remains for a time diffused, and in those parts where there is a large percentage of water, it remains longer than in other parts. From some organs which have an open tube for conveying fluids away, as the liver and kidneys, it is thrown out or eliminated, and in this way a portion of it is ultimately removed from the body. The rest passing round and round with the circulation, is probably decomposed and carried off in new forms of matter. 

"When we know the course which the alcohol takes in its passage through the body, from the period of its absorption to that of its elimination, we are the better able to judge what physical changes it induces in the different organs and structures with which it comes in contact. It first reaches the blood; but, as a rule, the quantity of it that enters is insufficient to produce any material effect on that fluid. If, however, the dose taken be poisonous or semi-poisonous, then even the blood, rich as it is in water and it contains seven hundred and ninety parts in a thousand is affected. The alcohol is diffused through this water, and there it comes in contact with the other constituent parts, with the fibrine, that plastic substance which, when blood is drawn, clots and coagulates, and which is present in the proportion of from two to three parts in a thousand; with the albumen which exists in the proportion of seventy parts; with the salts which yield about ten parts; with the fatty matters; and lastly, with those minute, round bodies which float in myriads in the blood (which were discovered by the Dutch philosopher, Leuwenhock, as one of the first results of microscopical observation, about the middle of the seventeenth century), and which are called the blood globules or corpuscles. 

These last-named bodies are, in fact, cells; their discs, when natural, have a smooth outline, they are depressed in the centre, and they are red in color; the color of the blood being derived from them. We have discovered that there exist other corpuscles or cells in the blood in much smaller quantity, which are called white cells, and these different cells float in the blood-stream within the vessels. The red take the centre of the stream; the white lie externally near the sides of the vessels, moving less quickly. Our business is mainly with the red corpuscles. They perform the most important functions in the economy; they absorb, in great part, the oxygen which we inhale in breathing, and carry it to the extreme tissues of the body; they absorb, in great part, the carbonic acid gas which is produced in the combustion of the body in the extreme tissues, and bring that gas back to the lungs to be exchanged for oxygen there; in short, they are the vital instruments of the circulation. 

"With all these parts of the blood, with the water, fibrine, albumen, salts, fatty matter and corpuscles, the alcohol comes in contact when it enters the blood, and, if it be in sufficient quantity, it produces disturbing action. I have watched this disturbance very carefully on the blood corpuscles; for, in some animals we can see these floating along during life, and we can also observe them from men who are under the effects of alcohol, by removing a speck of blood, and examining it with the microscope. The action of the alcohol, when it is observable, is varied. It may cause the corpuscles to run too closely together, and to adhere in rolls; it may modify their outline, making the clear-defined, smooth, outer edge irregular or crenate, or even starlike; it may change the round corpuscle into the oval form, or, in very extreme cases, it may produce what I may call a truncated form of corpuscles, in which the change is so great that if we did not trace it through all its stages, we should be puzzled to know whether the object looked at were indeed a blood-cell. 

All these changes are due to the action of the spirit upon the water contained in the corpuscles; upon the capacity of the spirit to extract water from them. During every stage of modification of corpuscles thus described, their function to absorb and fix gases is impaired, and when the aggregation of the cells, in masses, is great, other difficulties arise, for the cells, united together, pass less easily than they should through the minute vessels of the lungs and of the general circulation, and impede the current, by which local injury is produced. 

"A further action upon the blood, instituted by alcohol in excess, is upon the fibrine or the plastic colloidal matter. On this the spirit may act in two different ways, according to the degree in which it affects the water that holds the fibrine in solution. It may fix the water with the fibrine, and thus destroy the power of coagulation; or it may extract the water so determinately as to produce coagulation." 

EFFECT OF ALCOHOL ON THE MEMBRANES. 

The parts which first suffer from alcohol are those expansions of the body which the anatomists call the membranes. "The skin is a membranous envelope. Through the whole of the alimentary surface, from the lips downward, and through the bronchial passages to their minutest ramifications, extends the mucous membrane. The lungs, the heart, the liver, the kidneys are folded in delicate membranes, which can be stripped easily from these parts. If you take a portion of bone, you will find it easy to strip off from it a membranous sheath or covering; if you examine a joint, you will find both the head and the socket lined with membranes. The whole of the intestines are enveloped in a fine membrane called  peritoneum . All the muscles are enveloped in membranes, and the fasciculi, or bundles and fibres of muscles, have their membranous sheathing. The brain and spinal cord are enveloped in three membranes; one nearest to themselves, a pure vascular structure, a network of blood-vessels; another, a thin serous structure; a third, a strong fibrous structure. The eyeball is a structure of colloidal humors and membranes, and of nothing else. To complete the description, the minute structures of the vital organs are enrolled in membranous matter." 

These membranes are the filters of the body. "In their absence there could be no building of structure, no solidification of tissue, nor organic mechanism. Passive themselves, they, nevertheless, separate all structures into their respective positions and adaptations." 

Membranous deteriorations.

------------------------- 

In order to make perfectly clear to your mind the action and use of these membranous expansions, and the way in which alcohol deteriorates them, and obstructs their work, we quote again from Dr. Richardson: 

"The animal receives from the vegetable world and from the earth the food and drink it requires for its sustenance and motion. It receives colloidal food for its muscles: combustible food for its motion; water for the solution of its various parts; salt for constructive and other physical purposes. These have all to be arranged in the body; and they are arranged by means of the membranous envelopes. Through these membranes nothing can pass that is not, for the time, in a state of aqueous solution, like water or soluble salts. Water passes freely through them, salts pass freely through them, but the constructive matter of the active parts that is colloidal does not pass; it is retained in them until it is chemically decomposed into the soluble type of matter. When we take for our food a portion of animal flesh, it is first resolved, in digestion, into a soluble fluid before it can be absorbed; in the blood it is resolved into the fluid colloidal condition; in the solids it is laid down within the membranes into new structure, and when it has played its part, it is digested again, if I may so say, into a crystalloidal soluble substance, ready to be carried away and replaced by addition of new matter, then it is dialysed or passed through, the membranes into the blood, and is disposed of in the excretions. 

"See, then, what an all-important part these membranous structures play in the animal life. Upon their integrity all the silent work of the building up of the body depends. If these membranes are rendered too porous, and let out the colloidal fluids of the blood the albumen, for example the body so circumstanced, dies; dies as if it were slowly bled to death. If, on the contrary, they become condensed or thickened, or loaded with foreign material, then they fail to allow the natural fluids to pass through them. They fail to dialyse, and the result is, either an accumulation of the fluid in a closed cavity, or contraction of the substance inclosed within the membrane, or dryness of membrane in surfaces that ought to be freely lubricated and kept apart. In old age we see the effects of modification of membrane naturally induced; we see the fixed joint, the shrunken and feeble muscle, the dimmed eye, the deaf ear, the enfeebled nervous function. 

"It may possibly seem, at first sight, that I am leading immediately away from the subject of the secondary action of alcohol. It is not so. I am leading directly to it. Upon all these membranous structures alcohol exerts a direct perversion of action. It produces in them a thickening, a shrinking and an inactivity that reduces their functional power. That they may work rapidly and equally, they require to be at all times charged with water to saturation. If, into contact with them, any agent is brought that deprives them of water, then is their work interfered with; they cease to separate the saline constituents properly; and, if the evil that is thus started, be allowed to continue, they contract upon their contained matter in whatever organ it may be situated, and condense it. 

"In brief, under the prolonged influence of alcohol those changes which take place from it in the blood corpuscles, extend to the other organic parts, involving them in structural deteriorations, which are always dangerous, and are often ultimately fatal."

Exercise and Arthritis

Your bones hang out in a lot of joints. Knee joints. Hip joints. The joints in your fingers and the joints in your toes.

Wherever bones meet, there is also cartilage, a rubbery, protective layer that ensures your joints bend smoothly and painlessly. But even cartilage cannot do this tremendous job alone. A thin membrane called the ìsynoviumî provides fluid that lubricates the moving parts of the joint. When the cartilage wears out of the synovium becomes inflamed, the result is generally a case of ìosteoarthritisî or ìrheumatoid arthritis.î

In osteoarthritis, the cartilage can be eroded so much that bone does rub on bone. Thos type of arthritis develops gradually over a lifetime as a simple result of the wear and tear placed on your joints over the years. Very few people escape some degree of osteoarthritis, though the severity varies a great deal. 

As a matter of fact, if you are over the age of 50, you are likely to have at least one joint affected by osteoarthritis. Osteoarthritis affects men and women equally and is by far the most common type of arthritis, with almost 16 million Americans in the list.

In rheumatoid arthritis, damage to the synovium is at the source of trouble. Doctors and researchers are not absolutely sure what causes it, but most think that rheumatoid arthritis is a disease in which the immune system actually attacks certain tissues in the body, including those that connect the joints and the synovium.

Rheumatoid arthritis begins with swollen, red, stiff, and painful joints, but it may progress until scar tissue forms in the joint or, in extreme cases, until the bones actually fuse together. Almost 75% of the 2 million people with rheumatoid arthritis in the United States are women. The disease can hit as early as teen years.

Exercising Your Prevention Options

Investing a little time in developing a good weight-bearing low-impact exercise and stretching plan can add up to great results when it comes to staving off arthritis pain. Strong muscles help protect the joints from wear and tear, and the movement keeps joints flexible.

That is why the quest for fitness is at hand, even if you are 50 years and over. However, most Americans over 50 are still right where they always were sitting back and watching others jog by. Most of them contend that that is just for people who have been athletic all their life, or some say exercise is for young people and engaging into exercise will do them more harm than good.

There are still some that insist on excusing their selves in exercise routines because they do not just have time or they have less energy than ever before. These are all lame excuses. Hence, it is time to start to get rid of those pains. Start exercising.

Consequently, preventing arthritis is not an exact science, but physicians have discovered a few ways to lower your risk. Here is how:

1. Do not weight around

The single most important measure anyone can take to prevent osteoarthritis of the knee is to lose weight if they are overweight. Extra weight puts extra stress on your knees. If you are 10 pounds overweight, for example, you put 60 pounds per square inch of extra pressure on your knees every time you take a step. That extra pressure can slowly but surely erode the cartilage in your knees, leading to arthritis.

A study has clearly supported the theory that weight loss weighs in on the side of prevention. In the study, overweight women who lost 11 pounds or more over a 10-year period decreased their risk of developing osteoarthritis of the knee by 50%.

2. Stretch those muscles

Any kind of stretching is good as long as you do not bounce, which can lead to a muscle pull. This is according to some of the professors of clinical medicine in New York City.

Try to hold a slow, steady stretch for 15 to 20 seconds, then relax and repeat. It is best to flex up by stretching before any exercise, especially running and walking. But it is also a good idea to stretch each day. Ask your doctor to teach you stretches that focus on potential arthritis trouble spots, such as the knees or the lower back.

3. Walking is always the best exercise

Take a good long walk at least three times a week or participate in a step-aerobics or low-impact exercise routine maximum results. There is no proof that running is bad for the joints, but remember, it may aggravate an injury if you already have one. Just remember to check with your doctor before starting a new exercise program.

The bottom line is that of all the healthful habits, exercise is the most important. This is because people are designed to be active. Hence, it is really important for people to exercise in order to stay healthy and keep those joints free from wear and tear.

Just keep in mind that the unexercised body, even if free from the symptoms of illness or problems like arthritis, is not at its full potential. Hence, start exercising right now!

Exercise and Cellulite

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 ìfat cellsî and ìsubcutaneous connective tissuesî 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 ìorange peelî 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 individualís 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. 

Exercise and Hypertension

It seems as though many Americans are living a life that leads to high blood pressure or hypertension. As people age, the situation gets worse. Nearly half of all older Americans have hypertension. This disease makes people five times more prone to strokes, three times more likely to have a heart attack, and two to three times more likely to experience a heart failure.

The problem with this disease is that nearly one third of the folks who have hypertension do not know it because they never feel any direct pain. But overtime the force of that pressure damages the inside surface of your blood vessels. 

However, according to experts, hypertension is not predestined. Reducing salt intake, adopting a desirable dietary pattern losing weight and exercising can all help prevent hypertension.

Obviously, quitting bad habits and eating a low fat diet will help, but the most significant part that you can do is to exercise. And just as exercise strengthens and improves limb muscles, it also enhances the health of the heart muscles. 

Heart and Exercise

The exercise stimulates the development of new connections between the impaired and the nearly normal blood vessels, so people who exercise had a better blood supply to all the muscle tissue of the heart.

The human heart basically, supply blood to an area of the heart damaged in a ìmyocardial infarction.î A heart attack is a condition, in which, the myocardium or the heart muscle does not get enough oxygen and other nutrients and so it begins to die.

For this reason and after a series of careful considerations, some researchers have observed that exercise can stimulate the development of these life saving detours in the heart. One study further showed that moderate exercise several times a week is more effective in building up these auxiliary pathways than extremely vigorous exercise done twice as often.

Such information has led some people to think of exercise as a panacea for heart disorders, a fail-safe protection against hypertension or death. That is not so. Even marathon runners that have suffered hypertension, and exercise cannot overcome combination of other risk factor.

What Causes Hypertension?

Sometimes abnormalities of the kidney are responsible. There is also a study wherein the researchers identified more common contributing factors such as heredity, obesity, and lack of physical activity. And so, what can be done to lower blood pressure and avoid the risk of developing hypertension? Again, exercise seems to be just what the doctor might order.

If you think that is what he will do, then, try to contemplate on this list and find some ways how you can incorporate these things into your lifestyle and start to live a life free from the possibilities of developing hypertension. But before you start following the systematic instructions, it would be better to review them first before getting into action.

1. See your doctor

Check with your doctor before beginning an exercise program. If you make any significant changes in your level of physical activity ó particularly if those changes could make large and sudden demands on your circulatory system ó check with your doctors again.

2. Take it slow

Start at a low, comfortable level of exertion and progress gradually. The program is designed in two stages to allow for a progressive increase in activity.

3. Know your limit

Determine your safety limit for exertion. Use some clues such as sleep problems or fatigue the day after a workout to check on whether you are overdoing it. Once identified, stay within it. Over-exercising is both dangerous and unnecessary. 

4. Exercise regularly 

You need to work out a minimum of three times a week and a maximum of five times a week to get the most benefit. Once you are in peak condition, a single workout a week can maintain the muscular benefits. However, cardiovascular fitness requires more frequent activity.

5. Exercise at a rate within your capacity

The optimum benefits for older exercisers are produced by exercise at 40% to 60% of capacity.

Indeed, weight loss through exercise is an excellent starting point if you wan tot prevent hypertension. Experts say that being overweight is linked to an increased risk of developing hypertension, and losing weight decreases the risk.

Exercise and Pregnancy

Prescribing a medication for pregnant women is a complex process. 

Before obstetricians and gynecologists decide which dose of which drug can best treat a condition without putting any harmful side effects on the mother and the baby, they consider the patientís age, general health, the number of months before delivery, tolerance for medications, and any other drugs the pregnant patient may be taking.

Prescribing exercise on pregnant women has to be just as scientific and precise. The type, intensity, frequency, and duration of a ìdoseî of exercise are all critical. One personís healthy, vigorous workout could be hazardous to another. These dangers may be greater in pregnant women because they are more likely to have strains and other serious side effects for the would-be mother.

However, if exercise will be implemented and carried out in a normal, average range, exercise will not have an effect on the overall condition of the pregnancy and especially on labor or delivery.

Pregnancy

Quality prenatal care should be given to a mother during her pregnancy. She should be prepared for the normal delivery of a healthy baby. Complications should be prevented at all costs. 

All of these things are boiled down to the fact that a pregnant woman should be cared in such a way that she will not be compelled to do vigorous work but should not also stay in bed and be inactive until she gives birth to her baby.

Consequently, a pregnant womanís condition varies in relation to the growth and development of the baby in side her womb. Therefore, it is necessary that proper health guidance be provided by her physician during her visit.

Moreover, it is important to keep the pregnant womanís life active in order to promote good health, not only for her but also for the baby most importantly.

Physical conditions like blood pressure, weight and health status is usually monitored during the pregnant womanís visit to her doctor. For this reason, it is significant to note that exercise can be the number one factor in order to keep these aspects in good condition.

As the health experts contend, adequate physical and emotional information is needed by a pregnant woman to prepare herself for delivery. She needs practical health messages in keeping herself and the baby healthy.

Hence, for mothers or would-be mothers who are not yet aware why they should exert some effort in engaging into moderate, normal exercise, here is a list of some of its benefits so that you will be able to understand the reason why pregnant women have to exercise regularly:

1. Defiance against fatigue

As muscle becomes fatigued, it produces less force. To accomplish a task like climbing the stairs, for example, or shoveling snow, more units of muscle must be called into play to back up the wearied muscles. 

The tired muscles are both less efficient and less effective. Hence, this will just put more strain on the pregnant woman because of the weight that is continuously adding up each day. That is why tired muscles will usually result to leg cramps or sore muscles.

What every pregnant woman must know is that exercise improves the condition of the muscles and their ability to work longer without fatigue.

2. Reduce backaches

Even when you sit or stand, some muscles are working, and such relatively easy postures can tax some muscles and cause fatigue. The muscles of the lower back, for example, can be exhausted and worn out by the effort of keeping erect when a pregnant woman stand still for several hours.

With exercise, a pregnant woman can correct this error by developing her posture.

3. Increase the amount of oxygen

Work and exercise rely on glycogen, a substance produced by the body from complex carbohydrates and stored muscles and liver. The supply of glycogen in the muscles determines and limits the duration of activity. Exercise depletes the glycogen in the muscles and leads to tiredness. 

However, when glycogen is depleted by strenuous activity, it is replaced in quantities greater than before, as if the body recognized the need to lay in a larger supply of fuel.

Hence, oxidation is essential for converting glycogen to the energy that pregnant women need to wiggle a finger, flex a muscle, or practice the lungs and heart for some blowing action during normal delivery.

These are just some of the many benefits exercise can bring to pregnant women. Besides, nothing is completely wrong for a pregnant woman doing some moderate exercises. The only important thing to remember is that before starting an exercise program, whether pregnant or not, it is best to consult your doctor. As they say, doctors know best!

Exercise and Type 2 Diabetes

One of the most undemanding and the most workable ways to knock over blood sugar amount, eliminate the dangers of ìcardiovascular disease,î and perk up health and welfare in general is exercise.

In spite of that, in todayís inactive world where almost every indispensable job can be carried out online, from the ergonomic chair in front of a computer, or with a streaming line of messages from a fax machine, exercising can be a hard argument to win over.

The Weight of Exercise

Everyone should exercise, yet the health experts tells us that only 30% of the United States population gets the recommended thirty minutes of daily physical activity, and 25% are not active at all. In fact, inactivity is thought to be one of the key reasons for the surge of type 2 diabetes in the U.S., because inactivity and obesity promote insulin resistance.

The good news is that it is never too late to get moving, and exercise is one of the easiest ways to start controlling your diabetes. For people with type 2 diabetes in particular, exercise can improve insulin sensitivity, lower the risk of heart disease, and promote weight loss.

Type 2 Diabetes

Diabetes is on the rise. The number of people diagnosed with diabetes every year increased by 48% between 1980 and 1994. Nearly all the new cases are Type 2 Diabetes, or adult-onset, the kind that moves in around middle age. Symptoms of Type 2 Diabetes include increased thirst, appetite, and need to urinate; feeling tired, edgy, or sick to the stomach; blurred vision; tingling or loss of feeling in the hands.

The causes of type 2 diabetes are complex and not completely understood, although research is uncovering new clues at a rapid pace.

However, it has already been proven that one of the reasons for the boom in type 2 diabetes is the widening of waistbands and the trend toward a more deskbound and inactive lifestyle in the United States and other developed countries. In America, the shift has been striking; in the 1990s alone, obesity increased by 61% and diagnosed diabetes by 49%.

For this reason, health experts encourage those who already have type 2 diabetes to start employing the wonders that exercise can do for them. Without exercise, people have the tendency to become obese. Once they are obese, they have bigger chances of accumulating type 2 diabetes. 

Today, the U.S. Department of Health and Human Services reports that over 80% of people with type 2 diabetes are clinically overweight. Therefore, it is high time that people, whether inflicted with type 2 diabetes or not, should start doing those jumping and stretching activities.

Getting Started

The first order of business with any exercise plan, especially if you are a ìdyed-in-the-woolî sluggish, is to consult with your health care provider. If you have cardiac risk factors, the health care provider may want to perform a stress test to establish a safe level of exercise for you.

Certain diabetic complications will also dictate what type of exercise program you can take on. Activities like weightlifting, jogging, or high-impact aerobics can possibly pose a risk for people with diabetic retinopathy due to the risk for further blood vessel damage and possible retinal detachment.

If you are already active in sports or work out regularly, it will still benefit you to discuss your regular routine with your doctor. If you are taking insulin, you may need to take special precautions to prevent hypoglycemia during your workout.

Start Slow

For those who have type 2 diabetes, your exercise routine can be as simple as a brisk nightly neighborhood walk. If you have not been very active before now, start slowly and work your way up. Walk the dog or get out in the yard and rake. Take the stairs instead of the elevator. Park in the back of the lot and walk. Every little bit does work, in fact, it really helps a lot.

As little as 15 to 30 minutes of daily, heart-pumping exercise can make a big difference in your blood glucose control and your risk of developing diabetic complications. One of the easiest and least expensive ways of getting moving is to start a walking program. All you need is a good pair of well-fitting, supportive shoes and a direction to head in.

Indeed, you do not have to waste too many expenses on costly ìhealth club memberships,î or the most up-to-date health device to start pumping those fats out. What you need is the willingness and the determination to start exercising to a healthier, type 2 diabetes-free life.

The results would be the sweetest rewards from the effort that you have exerted.

FOOD POISONING

Introduction:

Food poisoning is an acute gastroenteritis caused by the consumption of a food material or a drink which contains the pathogenic micro organism or their toxins or poisonous chemicals.Food poisoning is common in hostels,hotels,communal feedings, and festivel seasons.

A group of persons will be affected with same type of symptoms ,and they give a history of consumption of a common food before few hours.

Types of food poisoning

1) Bacterial food poisoning:

Here the micro organisms called bacteria are responsible.The food material may contain the pathogenic bacteriae or their toxin and will be ingested along with the food.

2) Non bacterial food poisoning:

Due to the presence of toxic chemicals like fertilizers,insectisides,heavy metals and ect.

Since bacterial food poisoning is common it is discussed here.

Bacterial food poisoning:

All bacteria are not harmful.There are some pathogenic bacteria which secrete toxins and cause clinical manifestations.These organisms enter the human body through food articles or drinks.

How food poisoning occures:

1) Presence of bacteria in the water.

2) The raw materials for the food may contain toxins.

3) Premises where the food is prepared may contain micro organisms or toxins.

4) Food handlers may have some infectious diseases.

5) Some animals like dogs,rats may contaminate the food.

6) If prepared food is kept in the room temperature for a long time and heated again can make a chance for food poisoning.

 

7) Purposely some body mixing toxins in the food.

Some common bacterial food poisonings.

1) Salmonella food poisoning:

There are three different varieties of salmonella bacteria.(salmonella typhimurium,salmonella cholera suis,salmonella enteritidis) These bacteria are present in milk, milk products and eggs.  Symptoms of this food poisoning include nausea, vomiting and diarrhoea.  Fever is also common.

2) Botulism:

This is the dangerous type of food poisoning caused by clostridium botulinum.   The spores of these organisms are seen in the soil and enters the human body through pickles and canned fish ect.Compared to other food poisonings here vomiting and diarrhoea are rare Mainly the nervous system is affected.The symptoms starts with double vision,numbness with weakness.Later there will be paralysis with cardiac and respiratory failure ending in death.

3) Staphylococcal food poisoning:

It is caused by staphylo coccus aureus. These organisms usually cause skin troubles like boils and eruptions.It causes mastitis in cow.Through the milk and milk products it enders and causes gastroenteritis.There will be vomiting,abdominal cramps with diarrhoea.

4) Closteridium food poisoning:

This is caused by closteridium perfringens.They are present in stool,soil and water. They enter the body through,meat,meat dishes and egg ect.If food articles are cooked and kept in room temperature for a long time and heated again before eating can result this food poisoning.Symptoms include vomiting ,diarrhoea and abdominal cramps.

5) Bacillus cereus:

The spores of these organisms can survive cooking and causes enteritis.  Diarrhoea and vomiting is common in this infection.

How to investigate food poisoning?

1) Examine each and every person affected.

2) Water sample should be tested.

3) Kitchen, store room and food samples should be examined.

4) The cook and food handlers should be questioned and examined.

5) Samples of vomitus and stool of all victims should be tested to identify the bacteria.

How to prevent food poisoning:-

1) Only purified water should be used.

2) Hygiene should be maintained by all persons keeping contact with food.

3) Workers should use masks, cap and gloves during cooking and serving.

4) Sick individuals should not come in contact with food materials.

5) Kitchen and premises should be neat and clean.

5) Vessels should be washed with soap and hot water.

6) Should not keep the prepared food for a long time in room temperature.

7) All food materials should be kept in closed containers.

8) Animals like dog, cat, rat ect should not come in contact with food materials.

9) Vegetables should be washed before cooking.

10) Meat should be fresh and should be purchased from recognised slaughter house.

Heart Rate Monitors

Heart rate monitors used to be exclusively operated by physicians and nurses alone but that was soon rectified with todayís multi-tasking generation. Every person seemed to want to know about everything that was related to them and that of course included monitoring their own heartbeats.

What is a Heart Monitor

Also known as a cardiac monitor, a heart monitor is a piece of electronic equipment that can be used to track or observe heart functions continuously. It allows people to place a numerical value on their healthiness based on their heart rate and have a target heart rate to work for. The more complex versions of the heart monitor allow physicians to see any signs of deterioration or improvement and make the necessary adjustments immediately.

Types of Heart Monitors

Today, heart monitors are produced by the millions and designed to cater specific types of individuals. Some heart monitors are primarily designed for weight loss programs while others are meant for the use of athletes or fitness programs. Some are wireless or come as a built-in feature of exercise equipment like a treadmill or an exercise bike. It can be strapped to your wrist or of considerable size. It may or may not emit any electromagnetic waves, depending on its purpose. A fetal heart monitor, for instance, must not produce any waves at all as this may affect the health of the baby.

Factors on Selecting the Best Heart Monitor for You

ECG-Accurate Monitors with Chest Straps ñ Heart monitors that come with chest straps are more often not the most accurate of heart monitors. The chest strap is strapped around your chest, a few centimeters below your breast. It contains a device thatís able to detect electrical activity of your heart and transmit it to the brain of the machine ñ just like an ECG. The results are shown on the display monitor, which most of the times is attached to your wrist like a watch. Others however prefer results to be transmitted through audio messages via earphones.

Upon choosing heart monitors with chest straps, you need to remember to keep the strap constantly connected to your body lest you want the heart monitor to produce inaccurate readings.

Lastly, the only alternative against buying heart monitors with chest straps are the ones that rely on pulses on your fingertips. These however do not provide readings as accurate as those with chest straps.

Heart Monitor Features ñ Basic and lower end models tend to display only your heart rate and maybe the elapsed exercise time as well. This of course does not provide sufficient information if you want to know exactly how much you need to improve before you can be qualified as a completely healthy individual. Higher end models will naturally offer a wider range of features ñ for a price. Examples of such features are ñ but not limited to ñ heart rate zone alarms, timers and number of calories burned. It may also allow users to set pre-programmed workouts along with a targeted heart rate.

Ease of Use ñ Lastly, you must purchase a heart rate monitor that you will have no problems of using. What good would a high end heart monitor do if it takes you an hour to operate it? Are the numbers and words appearing in the heart rate monitor readable? Can it be used in no-light situations? Are buttons well-labeled and ergonomically positioned?

To Buy or Not to Buy a Heart Monitor

Heart monitors can be especially costly, more so if you are intent on purchasing higher-end models. If you have a limited budget, you should ask yourself whether or not you truly need to buy a heart monitor. You can of course purchase one of the lower-end models but low quality heart monitors can lead to inaccurate results and that sort of defeats the purpose of buying one.

If you are intent on purchasing a heart monitor, you need to ask yourself another question: do you need to make a solo purchase or is it alright with you to use the heart monitor that comes as a built-in feature of a treadmill? Lastly, you should remember as well that you can always pay your doctor regular visits and have him monitor your heart rate for you.

HERNIA

Introduction

Hernia is an abnormal protrusion of internal organs through an abnormal opening in the wall of the cavity.A combination of increased pressure inside the body with weakness in the wall is responsible for this condition.In this condition internal organs or parts of organs are protruded out forming a swelling which will increase the size with coughing and lifting weight,and while passing stool and urine.In lying down position the swelling goes inside except in strangulated and irreducible hernia.

Causes:-

1, Weakness in the body wall:--

a) Congenital weakness.

b) Acquired weakness due to injuries,wasting of muscles,suppurative lesions in the wall and presence of weak natural openings,obesity,lack of exercise,repeated pregnancy.

c) Surgical operation with improper suturing or sepsis of operated site.

2) Increased pressure inside the body.

   a) Chronic constipation.

b) Recurrent cough.

c) Weight lifting.

d) Stricture of urethra.

Common sites for hernia:--

Hernia can occure anywhere in the body.However there are some common sites for hernia.Due to the presence of hard bony covering chest wall is normally not affected.Hernia in the lower back is also rare due to spine and back muscles and tough ligaments and sheeths.The common site for hernia is abdominal wall.Compared to other parts the abdominal wall is weak due to the presence of some natural orifices.There are some areas wherein the abdominal muscles are weaker and thin and all these factors make a chance for herniation.The common sites for hernia are following.

a) Inguinal hernia:

Here the abdominal contents protrude through the inguinal canal (passage in the lower abdominal wall just above the inguinal ligament.It is seen on either side).This type is common in males.Initially the swelling comes only while straining and goes back while lying down. Later the large portion of intestine may come out which may not go back easily.

    

b) Femoral hernia:

This type of hernia is more in females.Here the abdominal contents pass through the femoral canal which is seen just below the junction between the thigh and lower abdominal wall(Inside the femoral triangle).The contents pass downwards and comes out through saphenous opening in the thigh and forms a swelling under the skin.

c) Umbilical hernia:

This is common in children.The umbilicus is the weaker part of the abdomen.The contents of the abdomen may protrude as a bulb like swelling while crying and defecating.

d) Incisional hernia:

These hernias are seen in operated sites. Due to improper suturing or sepsis the operated site becomes weak resulting in hernia.

    

e) Epigastric hernia:

Here the hearniation occures in the epigastrium. It is a rare type.

f) Lumbar hernia:

Here the hernia appear in the lumbar area on either side of the lumbar spine(in the lumbar triangle).This is also a rare type.

g) Obturator hernia:

This is a rare type of hernia. Here the contents pass through obturator foramen in the pelvic bone.

Complications of hernia:--

1) Strangulation:

If the hernial orifice is narrow the abdominal contents may not go back easily, and later the blood flow to the herniated tissues may be blocked due to constricition.This can cause death of protruded intestine.

2) Intestinal obstruction:

This occures when the whole portion of the intestine is protruded in to the hernial sac. The narrow hernial orifice will block the passage of bowels.

3) Infection and peritonitis:

If there is strangulation with death of a portion of intestine there will be spread of infection to the abdomen resulting in peritonitis.

Treatment of hernia:--

Initial treatment: In the initial stages of hernia the following steps may be useful

1) Use of hernia belt:

Special types of hernia belts are available for each type of heania.This will prevent the protrusion and will reduce pain.

2) Constipation,recurrent cough,urinary obstruction ect should be treated.

3) Fat reduction will increase the strength of abdominal wall.

4) Abdominal exercises to increase the muscle tone.

5) Take plenty of leafy vegetables, fruits and fibrous diet for easy bowel movements.

6) Try other systems like Homoeopathy,Herbal medicine and ect

If no relief by the above steps consult a general surgeon for surgical management.

Surgical treatment.

The following operations are done depending up on the type and nature of hernia.

1) Hertniotomy : In this operation the contents of hernial sac is pushed in to the abdomen and neck of the sac is ligated with transfixion ligature and the sac is cut off.

2) Herniorrhaphy: Here along with herniotomy the posterior wall is repaired.

3) Hernioplasty: This operation is done if herniotomy is not possible due to wide neck of the sac.Here the repair is done with the healp of non absorbable materials like tantalum gauze,polypropylene mesh or stainless steel mesh.