Running and its Impact into Training

By June M. Lay Certified Nutritionist, Fitness

The NYC Marathon is over, and its participants are headed home to soon once again begin training for next year's run. Running is popular for many reasons, and some of us feel almost addicted to it. So, whether we aspire to begin a running program, run just a few miles a week, or we want to improve our performance (for the next marathon?), here's "Running and It's Impact" on our health, that is.

Running is a weight bearing exercise that is highly effective for maintaining our bone mass. The stress it places on our bones every time we land, generates a force that is 5-6 times our body weight. Since our bones are living tissue, they respond to this impact by building more bone cells! Running of course is a moderate to intense aerobic exercise (jogging may be considered moderate, while running is more intense due to its faster speed), which can increase and maintain our cardio-respiratory fitness and health. And when running enthusiasts mention the " runner's high" they feel, it's because the brain releases "feel good" neurotransmitters (opiate like chemicals) which is why so many of us feel addicted to it. And we all know how these "feel good" brain chemicals help fight mild depression. So, what are the disadvantages to running?

Unfortunately, running places great stress on our joints and the soft tissues in our body such as our muscles and tendons. This stress is greater if our posture and running form is incorrect. Running is also more stressful to our joints if we do not strength train to strengthen the muscles which support our joints and absorb the impact. Running like most things, requires some thought and planning. Also, we should be aware that the very feel good neurotransmitters that give us the high mood, also block pain signals temporarily, which is why we might continue running through an injury when we shouldn't! So, here are a few tips to keep in mind if we are running year round, marathon or not.

Let's:

• Cross-Train: Let's add some cross training to our routine such as cycling, swimming, and fast walking. Many of our injuries are a result of repetitive stress. Let's give our body a rest from the hard impact, and train our muscles in different ways. Training for a race? Try race-walking. A study done on Olympic athletes showed race-walking (technically racewalking begins at 6 mph) to be an effective training method that can enhance running ability. And let's not forget about strength training for our upper body to help improve our posture, a vital component to getting those deep breaths!

  Start slowly: This tip is for us beginners and experienced runners when we change any variable such as our running surface, shoes, geography (uphill vs. flat) and so on. Why? One client who had been used to running on a flat surface, ran 5 miles mostly uphill and created a chronic tendonitis in her shins!

• Vary our routine: Let's challenge ourselves by doing interval training (changing speed for instance). Our bodies adapt to the same training methods, so if we want to increase our fitness level, let's add some variety to our routine. This can also be good for those like myself who cannot run for more than a few minutes (I had knee surgery years ago). Now during my fast walk, once per week I add in a few fast 20 second sprints, and I've increased my fitness level and renewed my interest with a new challenge. I have also added a little more impact on my bones!

• Wear the right shoes: This is important for all our activities. For example, fast walking is more difficult to do in running shoes due to heel thickness and walking shoes do not have enough support for the impact of running, while running shoes do not offer enough lateral support for weight training. Some of us need more support due to our body biomechanics, so let's buy shoes for function, not style.

• Heed the signals. Let's heed the signals of our body. Are we tired, in pain or coming down with a cold? Let's remember that rest is an important part of a training program!

So, let's make our running and exercise program as safe as possible and keep it enjoyable. I also like to suggest that we seek the advice of our doctor before we start anything new or if we're in pain.

Happy Running!

20 Most Surprising Health Benefits of Coffee

By Sarah Irani

Although coffee gets a bad rap, it’s actually a medicinal food. In fact, this stimulating bean isn’t nearly so bad as we’ve all been taught. Although I’m skeptical about grande latte supplementation in the long run (it’s a drug, after all), I found myself surprised by much of the science on coffee. Poor Ponce de Leon; all this time he should have been searching for the espresso machine.

Step aside, acai. Here are 20 surprising health benefits of coffee.

Apparently, coffee and alcohol really do go together. Believe it or not, alcohol drinkers who also drink coffee regularly have a lower chance of developing cirrhosis of the liver. That’s not to say it’s a healthy lifestyle – obviously, lowering your alcohol consumption is better. But…science says…

Caffeine reduces risk of skin cancer. Sorry, venti quaffers, this prevention method is topical. Lotions containing caffeine (both from coffee and green tea) have been shown to prevent the occurrence of cancerous tumors on the skin – in murine trials, anyway.

Have a smile with your morning brew! If you’re a caffephile, you don’t need this Johns Hopkins study to tell you that a cup or two a day increases your sense of well-being and happiness. You can thank dopamine for that, which also contributes to coffee’s addictive nature. But be aware, the study also noted that more than 2 cups daily increases the risk of anxiety and panic attacks. Some people respond more readily than others – if you find yourself feeling jittery or nervous, ease up on the joe.

Caffeine may reduce chance of Parkinson’s Disease. A 30-year study has shown that non-coffee drinkers have a higher chance of developing Parkinson’s Disease than their coffee-drinking counterparts.

Most Americans get their antioxidants from coffee. That doesn’t mean it’s the best source of antioxidants, just that it’s the most consumed. But, it’s true, coffee is very high in antioxidants. As for me, I’ll stick to fruit.

Black gold. After petroleum, coffee is the second most valuable economic product in the world. Imagine the financial potential of running our cars on coffee grounds.

Coffee may cut colon cancer in women. A 12-year study on Japanese women found that drinking 3 or more cups of coffee per day may actually halve the risk of developing colon cancer. They found no beneficial effect from green tea on the colon – in this case, it was strictly a coffee thing.

Coffee and diabetes, that’s a tricky one. Even though a Finnish study shows that drinking large amounts of coffee can reduce the risk of developing Type-2 Diabetes, coffee drinkers who already have diabetes have a harder time controlling their blood sugar levels.

Coffee reduces muscle pain. After a hard workout, a cup or two of coffee has been shown to reduce muscle soreness (in women, anyway) more effectively than naproxen, aspirin and ibuprofen. (But don’t replace your water thermos with coffee.)

Coffee will detox your liver in surprising ways. This remedy is not one for drinking: we’re talking about the coffee enema. Some people swear by it – using a tube to introduce coffee into the rectum and colon in order to stimulate the liver to remove toxins. Definitely not for the squeamish.

Coffee may reduce chance of death from heart disease. Studies show that drinking 4-5 cups of coffee a day can make you less likely to die from heart disease. The researchers think it may have something to do with coffee’s anti-inflammatory effects.

The devil is in the grounds. When coffee, which originated in Ethiopia and became popular in the Arab world, was first introduced to Western culture, Christian priests denounced it as the devil’s drink, given to the Muslims as a substitute for the wine (Christ’s blood) they weren’t allowed to consume. The belief at the time was that any coffee-drinking Christian risked burning in hell forever. Hooray, progress!

Coffee may help with short term memory. It’s probably because of caffeine’s stimulant effects, but an Austrian study showed that volunteers given caffeinated coffee had better reaction times and short-term memory function than those who were given the cup of decaf.

For women, caffeine may prevent long term memory loss. Because caffeine is a psychostimulant, older women who drink 3 or more
cups of coffee or tea a day have less memory loss and cognitive decline than their counterparts who drink less or none. Unfortunately, caffeine consumption doesn’t seem to have any preventative effect against dementia.

Caffeine won’t cause hypertension. Some of the studies can be contradictory and confusing. What we do know is that for non-habitual coffee drinkers, those first few cups will cause a temporary rise in blood pressure, but for regular drinkers, a tolerance develops and won’t cause any long term, permanent increase.

The injustice of cheap coffee. No, it’s not just an injustice to your connoisseur taste buds; conventional coffee farming exploits workers and destroys communities in third world countries. On average, 5% of the profits actually make it back to the farmers, who are hungry, underpaid and treated badly. Why do they work on coffee plantations at all? Because in many cases, the plantations own the most fertile land (which was most often acquired unscrupulously) and the local people won’t survive from subsistence farming alone. How can you avoid supporting the cycle of poverty, corruption and injustice? Only buy Fair Trade certified coffee.

Pesticides in your brew. Because almost all coffee is grown in third world countries with less stringent laws than Europe or the United States, your non-organic cuppa is probably laden with chemicals. That’s not just bad for you, it’s bad for the farmers and the tropical ecosystems in which the coffee is grown. Go organic, will ya?

Pick your poison – literally. Caffeine is an alkaloid, which is a type of poisonous, bitter substance found in plants. Other alkaloids include strychnine, nicotine, morphine, mescaline, and emetine (the deadly ingredient in hemlock). Fortunately, in small quantities the bean is harmless, but it’s worth thinking about if you choose to use other drugs (both pharmaceutical and recreational).

The FDA has approved caffeine for babies. This doesn’t mean you can wake up your sleepy infant with a bottle of latte. Caffeine injections have been used medicinally since 1999 in the United States to stimulate breathing in infants who are experiencing apnea. It’s still recommended that pregnant and breastfeeding women keep their caffeine intake to a minimum, but a modest amount is safe.

Coffee can fight cavities. Just avoid all the sugar and milk! Actually, roasted coffee has some antibacterial properties, particularly against Streptococcus mutans, one of the major causes of cavities. By the way, these properties have nothing to do with caffeine, so decaf drinkers will get the same protection.

Despite the positive health studies, it’s best not to intentionally pick up the caffeine habit if you’re not already a regular coffee drinker. Even though some of the studies suggest drinking 3 or more daily cups to get the benefits, everyone is different. If it makes you jittery and sick to your stomach, stick to a milder pick-me-up like green tea or yerba mate. But if that morning cup makes you feel awake, alive and eager to greet the day, you might as well indulge (in moderation) in the world’s most well-loved drink.

 

Yes, running can make you high

By Gina Kolata

The runner's high: Every athlete has heard of it, most seem to believe in it and many say they have experienced it. But for years scientists have reserved judgment because no rigorous test confirmed its existence.

Yes, some people reported that they felt so good when they exercised that it was as if they had taken mood-altering drugs. But was that feeling real or just a delusion? And even if it was real, what was the feeling supposed to be, and what caused it?

Some who said they had experienced a runner's high said it was uncommon. They might feel relaxed or at peace after exercising, but only occasionally did they feel euphoric. Was the calmness itself a runner's high?

Often, those who said they experienced an intense euphoria reported that it came after an endurance event.

My friend Marian Westley said her runner's high came at the end of a marathon, and it was paired with such volatile emotions that the sight of a puppy had the power to make her weep.

Others said they experienced a high when pushing themselves almost to the point of collapse in a short, intense effort, such as running a five-kilometer race.

But then there are those like my friend Annie Hiniker, who says that when she finishes a 5-k race, the last thing she feels is euphoric. "I feel like I want to throw up," she said.

The runner's-high hypothesis proposed that there were real biochemical effects of exercise on the brain. Chemicals were released that could change an athlete's mood, and those chemicals were endorphins, the brain's naturally occurring opiates. Running was not the only way to get the feeling; it could also occur with most intense or endurance exercise.

The problem with the hypothesis was that it was not feasible to do a spinal tap before and after someone exercised to look for a flood of endorphins in the brain. Researchers could detect endorphins in people's blood after a run, but those endorphins were part of the body's stress response and could not travel from the blood to the brain. They were not responsible for elevating one's mood. So for more than 30 years, the runner's high remained an unproved hypothesis.

But now medical technology has caught up with exercise lore. Researchers in Germany, using advances in neuroscience, report in the current issue of the journal Cerebral Cortex that the folk belief is true: Running does elicit a flood of endorphins in the brain. The endorphins are associated with mood changes, and the more endorphins a runner's body pumps out, the greater the effect.

Leading endorphin researchers not associated with the study said they accepted its findings.

"Impressive," said Solomon Snyder, a neuroscience professor at Johns Hopkins and a discoverer of endorphins in the 1970's.

"I like it," said Huda Akil, a professor of neurosciences at the University of Michigan. "This is the first time someone took this head on. It wasn't that the idea was not the right idea. It was that the evidence was not there."

For athletes, the study offers a sort of vindication that runner's high is not just a New Agey excuse for their claims of feeling good after a hard workout.

For athletes and nonathletes alike, the results are opening a new chapter in exercise science. They show that it is possible to define and measure the runner's high and that it should be possible to figure out what brings it on. They even offer hope for those who do not enjoy exercise but do it anyway. These exercisers might learn techniques to elicit a feeling that makes working out positively addictive.

The lead researcher for the new study, Henning Boecker of the University of Bonn, said he got the idea of testing the endorphin hypothesis when he realized that methods he and others were using to study pain were directly applicable.

The idea was to use PET scans combined with recently available chemicals that reveal endorphins in the brain, to compare runners' brains before and after a long run. If the scans showed that endorphins were being produced and were attaching themselves to areas of the brain involved with mood, that would be direct evidence for the endorphin hypothesis. And if the runners, who were not told what the study was looking for, also reported mood changes whose intensity correlated with the amount of endorphins produced, that would be another clincher for the argument.

Boecker and colleagues recruited 10 distance runners and told them they were studying opioid receptors in the brain. But the runners did not realize that the investigators were studying the release of endorphins and the runner's high. The athletes had a PET scan before and after a two-hour run. They also took a standard psychological test that indicated their mood before and after running.

The data showed that, indeed, endorphins were produced during running and were attaching themselves to areas of the brain associated with emotions, in particular the limbic and prefrontal areas.

The limbic and prefrontal areas, Boecker said, are activated when people are involved in romantic love affairs or, he said, "when you hear music that gives you a chill of euphoria, like Rachmaninoff's Piano Concerto No. 3." The greater the euphoria the runners reported, the more endorphins in their brain.

"Some people have these really extreme experiences with very long or intensive training," said Boecker, a casual runner and cyclist, who said he feels completely relaxed and his head is clearer after a run.

That was also what happened to the study subjects, he said: "You could really see the difference after two hours of running. You could see it in their faces."

In a follow-up study, Boecker is investigating if running affects pain perception. "There are studies that showed enhanced pain tolerance in runners," he said. "You have to give higher pain stimuli before they say, 'O.K., this hurts.' "

And, he said, there are stories of runners who had stress fractures, even heart attacks, and kept on running.

Boecker and his colleagues have recruited 20 marathon runners and a similar number of nonathletes and are studying the perception of pain after a run, and whether there are related changes in brain scans. He is also having the subjects walk to see whether the effects, if any, are because of the intensity of the exercise.

The nonathletes can help investigators assess whether untrained people experience the same effects. Maybe one reason some people love intense exercise and others do not is that some respond with a runner's high or changed pain perception.

Annie might question that. She loves to run, but wonders why. But her husband tells her that the look on her face when she is running is just blissful. So maybe even she gets a runner's high.

 Source: New York Times

 

New Research Validates Runner's High

Scientists have finally found proof of the long-accepted but elusive "runner's high."
We hear from avid runners and the editor of Runner's World magazine on the subject.

 

In the same category:  Runners’ High Demonstrated: Brain Imaging Shows Release Of Endorphins In Brain

Guide To Body Fat (Adipose Tissue)

 

Body Fat Explained

What Is The Purpose Of Storing Body Fat?

Storage of fat on the body is a critical defence mechanism. Remember, the human body has not changed essentially since the Stone Age. At that time starvation and famine were ever-present dangers to survival, while over-consumption and obesity were unheard of. To enable Stone Age humans to survive periods of food scarcity, the human body was designed to store energy which could then be drawn upon in times of famine. Thus for example, people could overeat during the hunting season, or when food was plentiful, and the surplus would be stored as fat tissue (adipose tissue). And when food was short, the body would burn the deposite fat as energy. Of course Stone Age life and body chemistry was/is much more complicated than this simple explanation suggests, but it suffices to explain why we have a built-in fat storage facility.

How Are Carbs, Protein And Fat Absorbed And Stored?

The human body needs energy to power muscles and to fuel the millions of chemical and biological reactions which take place throughout our system every day. This energy comes from the food we consume in our diet. Food consists mainly of water and three types of nutrient – protein, dietary fats and carbohydrate – which are found in varying proportions in most foods. These nutrients are broken down, digested and absorbed by the body in the gastrointestinal tract, running from the mouth to the anus. Each of these macronutrients is processed and absorbed by the digestive system in different ways.

How Are Surplus Carbs Used And Stored?

Carbohydrate is the major source of energy for the body. This is because, of all nutrients, it converts most readily to glucose which is the body’s preferred fuel. When we eat carbohydrate, it is converted to glucose in the digestive tract and distributed via the liver to cells throughout the body for use as energy. Once our immediate energy needs are satisfied, the remaining carb glucose is handled in one of two ways. Either it is converted to liquid glycogen (a temporary source of readily available energy) and stored in the liver or muscles. Or, it is converted into fatty acids by the liver and stored in adipose cells (fat-cells) around the body.

How Is Surplus Protein Used And Stored?

Protein is broken down into amino acids in the stomach and small intestine, then distributed via the liver to cells throughout the body for a variety of uses included cell formation and repair. Some surplus protein amino acids are kept circulating in the bloodstream, the remainder is either converted into a type of simple sugar and used as energy, or (like carbohydrate) is converted to fatty acid and stored in adipose cells.

How Is Surplus Dietary Fat Used And Stored?

Dietary fat is broken down into fatty acids and glycerol by the stomach and small intestine. It is then distributed (in the form of triglycerides) via the lymphatic system and bloodstream to the cells for a variety of specialized uses or, in the absence of sufficient carbs, for energy. However, since dietary fat cannot be converted into protein and only about 5 percent (the glycerol part) is convertible into glucose, and because dietary fat is not the body’s preferred choice of fuel, a significant amount ends up being stored as body fat in the adipose tissue.

Conversion Of Body Fat To Energy

If energy is required suddenly, the body first uses up its glycogen reserves. After this, it converts the body fat in the adipose cells into energy by a catabolic process called lipolysis. During lipolysis, triglycerides within the adipose cells are acted upon by a complex enzyme called hormone sensitive lipase (HSL). This converts the triglyceride into fatty acids and glycerol. The fatty acids are then transported via the bloodstream to tissues for use as energy, or (along with the glycerol) taken to the liver for further processing.

Adipose Tissue

Adipose cells which make up adipose tissue are specialized cells which contain and can synthesize globules of fat. This fat either comes from the dietary fat we eat or is made by the body from surplus carbohydrate or protein in our diet. Adipose tissue is mainly located just under the skin, although adipose deposits are also found between the muscles, in the abdomen, and around the heart and other organs. The location of fat deposits is largely determined by genetic inheritance. Thus it is not possible to affect where we store fat. Nor is it possible to influence from which area the body burns fat for energy purposes.

Why Do We Get Fat?

Most of us develop body fat because we eat more calories than we burn in exercise. Given a culture which emphasises "value for money food portions" and "super-sizing", along with an steady increase in serving size, an upsurge of new tasty high-calorie foods and energy drinks, such over-consumption is perhaps only to be expected. Lack of exercise is also a major contributory factor. However, overeating and lack of fitness is not the whole story.

Why Are So Many People Obese?

The prevalence and incidence of obesity (the disease of excess body fat) has risen considerably over the past 25 years, both in the developed and undeveloped world. Why is this? We don’t know for sure. Despite extensive research into the causes and predictors of obesity, they remain unquantified. In other words, although we know that (eg) excessive calorie intake, lack of exercise, metabolic disorders and genetic inheritance all impact on the incidence and symptoms of obesity, experts still don’t know the relative contribution of these causal factors. The only thing that most experts agree on, is that the recent upsurge in obesity cannot be attributed in any major way to the influence of genes, since genetic changes typically take millennia to appear, not two decades. Even so, the connections between type 2 diabetes, raised blood fats, obesity and insulin insensitivity – a cluster of symptoms which form the condition known as insulin resistance syndrome – is evidence of a progressive deterioration in the body’s metabolic efficiency, which may be a growing underlying factor in the development of excess body fat among many people.

Detox Diets 101: Keeping Your body in Shape through Proper eating

 

If you’re feeling sluggish, or you think you’re always full and the food has settled in your stomach, undigested. If you think you’re fat and need to lose weight. And if you think that you’ve ingested more than the allowed preservatives and additives into your body and your liver’s starting to show symptoms of abuse, then it’s time for you to go on a Detox program.

Detox or detoxification is the process of neutralizing or eliminating toxins from the body. Detox plans may be in different forms and ways – from regular exercise to body scrubs and spa massages, to yoga and meditation. But the simplest and the most common perhaps is to go on a detox diet.

A detox diet is a program that minimizes the chemicals ingested into the body by going for organic food. It highlights food like vitamins and antioxidants that the body needs for detoxification. It also involves taking in of food that will aid in the elimination of toxins like high fiber food and water. It generally suggests a high intake of fresh vegetables, fruits, beans, nuts and lots of fluids, while cutting down on caffeine, alcohol, yeast and sugars.

So why go for a detox diet? If you’re a regular fast food chain eater, you’ve probably ingested many fat-soluble chemicals contained in the French fries, cheeseburgers, twisters and soft drinks you’ve consumed. An ‘overload’ of these chemicals in the body can lead to illness and conditions like liver malfunction, kidney problems, hormonal imbalance, nutritional deficiencies and inefficient metabolism. And the most common symptoms of these illnesses are the usual fatigue, poor skin and low tolerance to pain.

By going on a detox diet, people would have improved energy, clearer and fairer skin, a regular bowel movement, improved metabolism and digestion, increased concentration. Generally, it spells wellness and a better well-being.

A word of caution…though anyone is allowed to take on a detox diet, pregnant women or those who are nursing are cautioned not to go on such plans as they need the necessary nutrient for nursing. And unless recommended by a doctor, people with anemia, eating disorders, heart disease, low immunity, low blood pressure, ulcers, cancer, the underweight or those suffering from alcohol or drug dependency should try on a detox diet. Furthermore, such detox diet programs should be properly planned with the doctor and a nutritionist.

Other Things You Need to Know

Side effects may occur within the first few days of starting the detox diet. There’s headache and a general feeling of weakness as the body is adjusting to the change in food intake. So it is recommended to start your diet plan gradually or on Fridays when you won’t be doing much physical activity or requiring much energy. Others may experience diarrhea as the body eliminates the toxins, so take care not to be dehydrated. Drink plenty of water.

Take note that such detox diet programs should not be done for a long time. They are normally recommended to be done at least one to two times a year, and should be done during the warm months.

If you’re thinking of getting started, make sure you consult a doctor or a nutritionist. Read up on detox diets and seek advice from the experts. Remember: Too much is bad. After all, you’re doing it to improve your health, not ruin it!
 

Gentler Ways to Detox the Body

 

When your mind is drained, your body aches and your energy levels are close to zero, its time for a body detox.

Imagine yourself having clearer skin, sharper mind, energy revitalized, stronger immune system and feeling healthy inside out – - these are the things that you can enjoy by undergoing a detoxification program.

Detoxification basically means blood cleansing through eliminating impurities from the blood in the liver, through kidneys, lungs, intestines, lymph and skin.

Taking your first step:

First, you have to reduce toxins in your body. Try to cut down on the following: cigarettes, alcohol, coffee, eating foods with saturated fats and refined sugars (cola and ketchup contains a lot) – these acts as toxins in your body and as a hindrance to your healing development.

The use of household cleaners that are chemical-based and personal health care products such as shampoos, toothpaste, deodorants and cleansers should be reduced as well. These chemicals are inside us; we never really fully eliminate them unless going to a process of detoxification.

There are many ways to detox the body. It’s up to you to choose which suits your lifestyle and preference.

•    Juice fasting

Drinking only fresh fruits and vegetables such as carrot, spinach, celery, cabbage, apple, pineapple and cranberry (avoid citrus fruits). An effective way of discharging toxins, it also provides loads of nutrients as well as enzymes to lessen the intensity of the cleansing process to an easy stage.

Fast weight loss is the main benefit from juice fasting. A person may drop 30-40 lbs on a 30-day juice fast. By juice fasting, a person gains self-confidence and feels light and clean.

Duration of juice fasting is usually 1-3 days. Medical administration and careful assessment is required for longer fasting.

•    Water fasting

Only water is consumed during a water fast. Water lets the digestive tract and organs to rest completely, allowing all of your energy to self-repair and strengthen damaged organs. It also eliminates toxin build-ups.

Water fasting not only eliminates obstruction and aids in self-healing, it is also revitalizing and motivating to make a fresh start.

•    Gentler way to detox the body:

Here are gentler and safer ways to detox your body that you can try out or incorporate different methods as part your routine.

1.Change in diet.

Whole grains, fresh fruits and vegetables instead of packaged and fast foods that are high on fats and sugar can become part of your daily lifestyle in maintaining good health.

2.Sauna.

The sauna is widely used by many cultures as a regular part of detox. It is a great method of removing chemicals buildups in fat cells. Saunas are usually combined with diet, exercise and nutritional supplements.

3.Skin brushing.

Again, with the combination of diet, exercise and nutritional supplements, skin brushing is also a gentle way of detoxing. It removes old skin cells, stimulates the lymph system and draws out toxins through the skin. A dry skin brush made of soft vegetable bristles should be used.

Before taking a shower, lightly brush your feet in circular motion towards the chest area for a minute or two.

4.Yoga.

Through breathing exercise, the bloodstream thoroughly oxygenates thus giving energy and improves the body’s physical process. Different positions lightly massage the internal organs and stimulate them to slowly discharge toxins.

These cleansing methods are just a guide to what it can do to improve your health. It is necessary to know why detox is important and understand the different ways on how to detox the body before you begin with the different programs.