Tag Archives: body

The Art of Acupuncture

Have you or someone you know experienced a persisting headache that didn’t go away even after taking painkillers? If you were from a Chinese family like mine, perhaps the first remedy would be the suggestion of Acupuncture: the practice of penetrating skin on certain areas of the body with needles to “heal” physical pains and ailments. For over thousands of years, the Chinese have been using this method to treat pains, allergies, paralysis, asthma and many other illnesses.

A sterile needle used in Acupuncture (lengths may vary). No drugs are introduced into the body. Source: Wikimedia Commons

As a victim of these needles, I had wondered, how could pricking one’s body with very fine needles provide relief of ailments? Could science be used to explain this treatment? First, let’s look at the basic concepts of this practice.

Qi and the Meridians

Acupuncture practitioners believe that aches and pains are a result of blockage or irregular flow of Qi (pronounced “chee”): life energy that flows throughout the body of all living things. This “Qi” flows throughout the body via pathways or Meridians, which are known to reach tissues of the skin, muscles, bones, joints and organs. Unlike the conventional needles used for giving shots, acupuncture needles are very thin and do not puncture or damage tissues. Inserting these needles in certain areas (known as pressure points) of the meridians unblock or assist the proper flow of Qi, ultimately relieving the individual of ailments.

 Outline of the different meridians in the body.
Source: Wikimedia Commons

Seems pretty far-fetched right? The idea of fixing the flow of “magical life energy” inside one’s body isn’t exactly convincing to scientists and especially those who hate needles. However, a large abundance of testimonials, reviews and research articles have repeatedly claimed the effectiveness of acupuncture and this in fact, has garnered the interest of many western doctors and researchers.

A Scientific Approach

In an attempt to provide a scientific explanation for the effects of acupuncture, researchers have studied the impact of needle insertions on the brain using fMRI. It was found that triggering certain pressure points decreased the activity in structures of the brain involved with pain sensation, with no negative effects on other areas of the brain.

In addition, several studies have also discovered the correspondence between pressure points and nerve bundles or muscles within the body. For example, an individual having a heart attack will experience pain running from their chest to the length of their left arm. Coincidentally, this pathway is associated with what acupuncture practitioners know as the “heart meridian”. One study finds the stimulation of this area to affect heart rate and areas of the brain associated with cardiac muscle regulation.

Although many doubts still remain about the evidence behind acupuncture treatments, interest in this practice has become increasingly popular, with more and more evidence supporting the effectiveness of these needle insertions.

Check out the video below for more information on Acupuncture

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Video from user: aguinther

   – Grace Lam

 

G-Flux: Formula for a Superior Body Composition

The popularity of fitness training seems to have increased exponentially over the past couple of years or so. Fortunately, this means that people generally are more educated about how to train and eat properly. However, although people are finally realizing that the “less is best” diet is the most effective, many individuals who are mindful of caloric intake and expenditure do not know that there is an association between the level of this energy balance and body composition. Enter John Berardi‘s principle of G-flux.

Balance of energy in the body (Found at: http://www.180degreefitnesssystems.com/images/negative_energy_balance.jpg)

John Berardi argues that a higher energy balance, that is, a higher amount of energy into the body accompanied by higher energy expenditure by the body, is superior for body composition. So how does G-flux work? Take, for example, an individual who does little to no physical activity from week to week. This person’s daily requirement of calories to maintain their current body composition will be low, due to low energy expenditure. If the same individual were to engage in five to seven hours of weekly physical activity, their energy expenditure will be much higher. Provided that the energy taken into the body (food eaten) balances the caloric expenditure, energy balance level or G-flux, will be higher. G-flux says that the net effect of this higher energy balance is a body that not only possesses a superior composition, but performs better, also.

Ultimate couch potatoes. Author: LAIntern, via Wikimedia Commons

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Usain Bolt after World Record breaking 100m at Beijing Olympics. Author: Richard Giles, via Wikimedia Commons

Some might ask how the body can produce a better composition while still taking in maintenance levels of calories. Many experienced athletes, fitness buffs and studies will tell you that in order to cut fat, a caloric deficit must be achieved – the amount of calories taken into the body (through food) is less than the calories burned through exercise and other activities. This is a tried and true method for leaning out the body, but in a state of caloric deficit the body builds little to no muscle, and other effects such as fatigue may occur. In a state of high G-flux, however, the body is in an environment where fat loss is promoted through intense and frequent activity while still being able to build muscle at maintenance calories.

A great (and humorous) explanation of G-flux by YouTuber, Omar Isuf.

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How can you increase your G-flux? Simply increase your weekly exercise. Choose physical activities that are relevant to your fitness goals and do them for a minimum of five to seven hours a week, while increasing your food intake accordingly to achieve that higher energy balance.

– Curtis M.

For more information on diet and caloric intake, see Earvin Remandaban’s post.