By: Jimmy Brownen

The brain is the most intriguing and complex part of our bodies. It therefore needs the contributions of a variety of different kinds of food to function properly. Have enough quantity of various food elements to nourish your brain, which plays crucial role in the whole body. Brain is not only crucial and complex but also intriguing. Human body has its highly complex and intriguing part in the form of brain. To make your brain function properly, you should take various types of food items.

The simplest explanation for the role of carbohydrates in the human diet is one word: Fuel! There are three so-called macronutrients from which we can derive energy: They are proteins, fats and carbohydrates. Of the three carbohydrates is the most efficient energy source since it can be easily and efficiently be converted into glucose which can, in turn, be utilised directly by both nerve cells and muscles as an energy source. Defining the role of carbohydrates in our dietary habits is quite simple. It is like fueling our bodies which gets energy from three major macronutrient sources including proteins, fats and carbohydrates. Out of these three, carbohydrate is the prominent source of body energy. Carbohydrates get converted into glucose in a very lucid manner which ultimately plays effective role in nourishing our nerve cells as well as muscles to provide enough energy. You may define the role of carbohydrates in human diet through a single definition. ‘It is the primary source of body energy’. Our bodies receive energy from three macronutrients, which include proteins, fats and carbohydrates. Carbohydrates play crucial role out of these three. They get converted into glucose in easy and efficient manner. Once this process completes, it directly supports nerve cells and muscles which is an important source of body energy.

Carbohydrates can be divided into two main categories. They are: There are two major types of carbohydrates. They are:ITwo main categories of carbohydrates are mentioned below:

Simple Carbohydrates: This is carbohydrates made up of only one kind of sugar (e.g. fructose, glucose, sucrose, lactose or maltose). These sugars are often found in fruits, nuts, certain vegetables, cane sugar and honey. Simple carbohydrates are turned into glucose very rapidly after consumption which means that energy from it can be available very quickly to different parts of the body. However the effects of simple sugars can be compared to that of a small fire that burns intensely before going out just as rapidly as it started. This means that the bloodstream can be flooded with sugars one moment while being energy starved the next. This is the reason why it is very important that we also get sufficient quantities of the other type of carbohydrate namely ‘Complex Carbohydrates’. Simple Carbohydrates: They are common sources of energy. Have them from different sugary materials like fructose, glucose, sucrose, lactose, maltose etc. These sugars can be had from fruits, nuts, vegetables, cane sugar and honey. These carbohydrates convert into glucose quickly the sooner you consume source products. They help you gain energy rapidly and your body gets rejuvenated. But as it forms fast its impact too goes down soonest like a small fire burning quickly and downing early. Consumption of these carbohydrates keep your bloodstream intact for a while and they are filled with sugars instantly but thereafter your energy lessens. It is mandatory due to this primary reason that you go for other sources of energy to balance your body temperament. ‘Complex Carbohydrates’ are other categories of it providing complete energy to your body. Simple Carbohydrates: Made up of only one kind of sugar, simple carbohydrates can be procured from fructose, glucose, sucrose, lactose or maltose. You may have these sugars from fruits, nuts, vegetables, cane sugar and honey as well. These carbohydrates can easily convert into glucose once you eat their source materials. This way you gain energy quickly which ultimately circulates into your entire body. But its impact is very timely which can be compared to that of small fire burning intensely and vanishing as quickly as it began. Resultantly your bloodstream gets filled with sugars the moment you consume these carbohydrates but sooner you feel starved once its impact ends. This is the main reason that enough quantity of other categories of carbohydrates named ‘Complex Carbohydrates’ are advised for balanced body energy.

Complex Carbohydrates: Complex carbohydrates are composed of several kinds of sugars (They are therefore sometimes called polysaccharides). The body takes a little longer to digest these sugars and release it as glucose into the bloodstream. This means that the energy derived from complex carbohydrates will generally last longer than that gained from simple sugars. One way of measuring the energy release from carbohydrates is the Glycemic Index (GI) which has already been discussed at length in previous articles. Suffice it to say here that GI can be a very valuable indicator of which kinds of carbohydrates will keep brain and body ‘powered up’ for longer. Complex Carbohydrates: Having the components of various sugar types, complex carbohydrates are usually denoted as polysaccharides. Our bodies take a bit longer time in digesting these sugars before it release glucose into bloodstream. Its impact remains enduring and energy achieved from them usually lasts for longer periods unlike simple sugars. Glycemic Index (GI) is a best method to measure release of energy from carbohydrates. Previous articles had ample space to describe this particular phenomenon. In continuum, GI can be further elaborated as an effective guiding source which helps you know appropriate carbohydrates you should choose to maintain your body and brain so that they remain charged for long. Complex Carbohydrates: Often named polysaccharides, complex carbohydrates are best combination of various sugar types. Our bodies need longer time to digest them. Once it is done, sufficient glucose is released into bloodstreams. It is the main reason that whenever you gain energy from complex carbohydrates its impact remains for longer periods unlike gaining it from simple sugars. It has already been discussed previously that Glycemic Index (GI) is best method to measure released energy from carbohydrates. We further elaborate here that GI is an excellent source to understand best carbohydrates categories which may keep your body and brain charged for longer period. GI is a valuable indicator for this.

The link between energy availability and proper brain function is well established. Simply put, nerve cells cannot function properly unless there is a constant stream of energy available. Consider the following:

• Nerve cells do not store glucose. They can therefore only derive energy from what is available in the blood stream.
• Neurons (nerve cells responsible for communication) are in a state of constant activity and do not have ‘rest periods’ like the cells in muscles or in the digestive system. Even while you are sleeping your nerve cells are busy with repairs to their structural components and the manufacture of enzymes and neurotransmitters.
• A core activity of the nervous system is communication (i.e. the sending of ‘messages’ from one part of the brain to another or from the nervous system to another part of the body). This communication takes places through the use of bioelectric signals and is extremely energy intensive. By now the association of energy availability and appropriate brain functioning has already been described. Your nerve cells are useless they are not provided constant stream of energy. Choose following solutions: • As nerve cells don’t store glucose you should get energy from all possible sources and make it available in bloodstream for better functioning. • Neurons are nerve cells which makes communication possible. They constantly remain active unlike muscles cells and digestive system. Time calculation is maintained as it doesn’t follow ‘rest periods’. Your nerve cells keep functioning and remain busy with repairs in structural components. They prepare enzymes and neurotransmitters even while you are resting. • Communication is the major activity of your nervous system which happens through sending ‘messages’ from one part of the brain to another besides linking your nervous system with other portions of the body. Bioelectric signals start such communication. They are highly energy intensive in the body. It has been already described how energy availability and proper brain functioning is done. Do remember that nerve cells can’t function effectively unless you don’t provide constant stream of energy to them. You can go for following options: • No glucose is stored in the nerve cells hence energy must be made available in the bloodstreams for proper functioning. • Nerve cells responsible for communication are called neurons, which constantly remain active. They don’t follow ‘rest periods’ unlike your muscle cells and digestive system of your body. They keep working even when you are resting and keep repairing works besides performing the structural components to create enzymes and neurotransmitters. • Communication is considered prime act of nervous system. The outcome of this process is sending ‘messages’ from one part of brain to the other. They keep the nervous system linked with entire body through communication process. Usually such communication happens through effective bioelectric signals, which are too much energy intensive.

All of the above leads to the astounding fact that although the brain makes up only about 2% of the body weight of an average person it consumes 20% of the energy in that body. The critical importance of a continuous and reliable energy supply to the brain is further illustrated in the fact that the body will automatically prioritise the brain’s energy needs during periods of extreme trauma. Above mentioned facts reveal various facets of body functioning. Even if brain makes up approximately 2% of the body weight of an average person consumption of energy goes up to 20% of the total. Functioning of body is controlled by brain hence whenever bodies gain energy from any source it automatically passes on appropriate share of energy to brain. When you are under some trauma, this process becomes more systematic. The facts are before us. We analyze how our body and brain works even though our brains are only about 2% of entire body weight. Brains consume 20% of total body energy to fulfill its critical task of controlling the body. Distribution of energy is done systematically and required percentage passes on to the brain automatically when bodies gain it. This requirement grows more when you are in trauma.

It is interesting to note that the energy usage of the brain is not on a constant high but that it can range from high to very high. Studies have shown that mentally demanding tasks like solving a puzzle or negotiating a maze actually drain away glucose from the hippocampus, an area of the brain associated with learning and memory. The implications of this fact for the design of school lunches and snacks should be obvious. If clear and intense thinking are going to be required over a long period then it would be very beneficial if the available energy can come from ’slow release’ carbohydrates. This is where the Glycemic Index can be so very helpful as it allows us to pinpoint the types of carbohydrates that can keep us from ‘running on empty’ very soon after eating. You must bear it in mind that brain doesn’t follow constant high energy usage. It often ranges from high to higher. Research findings conclude that whenever you do some sort of mentally demanding task like solving puzzles or negotiating mazes your brain require enough energy hence it automatically derives glucose from hippocampus which is a special portion in the brain. It keeps your learning and memory abilities intact. That is why regular lunch and snacks are advised for those involved in mental assignments. You can choose slow energy releasing carbohydrates when you are involved in intensive thinking works and plan to do them for longer periods. It is at this crucial juncture that you should understand Glycemic Index which guides you about best carbohydrates for sustainable brain functioning. In case you are not aware of them your mental level would remain low even after eating enough food. Energy usage of your brain constantly remains at high rather higher. Many research findings explain that brain keeps draining extra glucose when it is involved in mentally demanding assignments like solving puzzle or negotiating mazes. Brain drains glucose for hippocampus, which is an important portion of it and keeps you at the learning path. Your memory level too remains intact. Skipping school lunch or snacks is strictly prohibited due to this reason. Choose carbohydrates which are slow releasing when you perform intense thinking for longer periods. This way your energy level will not get affected. Have knowledge of Glycemic Index to cope up such situations. This knowledge will make you choosy and you will take carbohydrates which keeps your brain energetic. If you don’t know these facts you may feel at low mentally even though you had had good food.

There are many symptoms associated with ADD-ADHD, but perhaps the most frustrating can be the lack of focus and impulsivity that often comes with the condition. It is possible that these symptoms could be traced back to a brain starved of energy. Asking questions about nutrition and specifically about the kinds of carbohydrates that you are eating should therefore be one of the first steps that you take in taking control of ADD-ADHD. This is such an important topic that it will be further investigated in further articles, please check back regularly!IMany symptoms of ADD-ADHD can be found out if you have keen eye to know them. Lack of focus and impulsivity are most frustrating symptoms. You can link those with energy starved brains. When you plan to control ADD-ADHD you should have knowledge about nutrition particularly carbohydrates types which you eat for overall fitness. This should be your first step to cope up with worst situations. As this topic deals with several important aspects we would investigate further in the upcoming articles. An appeal is made to you to keep checking up regularly for next advice. Various symptoms are associated with ADD-ADHD but lack of focus and impulsivity are most frustrating amongst them as they bring other problems along. You can easily trace their causes from the energy starved brains. Make it a habit to learn more about nutrition and particularly about all types of carbohydrates which you eat. Having proper knowledge of them is perhaps the first step to control ADD-ADHD. This topic is so much important that it requires an elaborative investigation. Keep checking back regularly to learn more in the coming write-ups.

Article Source: http://articles-mart.com

As a leading practitioner in the field of treating attention deficit disorder, Jimmy Brownen has had man years of experience in the treatment of such disorders. For more information on adderall or vyvanse, please visit his site today.

Here are my results

Auditory : 13%
Visual : 86%
Left : 18%
Right : 81%

And the summary:

Brainy, with your strong right hemispheric dominance and strong visual preference, you are very likely to fit into most people’s stereotype of an artist. You tend to perceive the whole, respond to patterns, overlook differences and seek diversity. You deal with material randomly and intuitively, and you tend to find symbolism everywhere.

For you, categories are temporary, created and recreated as events unfold. Thus learning can be “unlearned” more readily when needed. This implies that you continuously “adapt” to new situations and find differences in situations that others may not notice. Your learning style is naturally dynamic and flexible yet not totally chaotic.

Organization may not be your forte and you are likely to perceive it at times as constricting while recognizing the benefits that come from structure. While capable of being logical, you respond to your own inner-directedness which is often not explainable even to yourself since it requires sophisticated left-brain translation. You have a tendency to become more involved with the abstract in seeking out relationships and arriving at answers. More than most other people, you are self-directed and skilled at moving easily from project to project.

Your visual preference implies that you are active and continuously seeking or processing. You tend not to categorize experiences, but rather simply have them and react to them, integrating it into the whole of your experience. Despite your seeming lack of organization, you are one of those people who can almost always know exactly where you put something and easily relocate it.

Your best learning style is to see materials and relationships as with charts and graphs and retain them easily. However, if asked questions, you may find your access blocked since the input mode is auditory and runs counter to your strengths. You can help yourself by drawing pictures while you take notes, to use your visual talents.

Overall you will do well in endeavors emphasizing the visual such as arts, fashions, or architecture.

Adam and Eve were created from an apple tree. Jacob, son of Isaac, stole his brother’s birthmark. One of Jacob’s sons, Joseph, gave refuse to the Israelites.

The inhabitants of Egypt were called mummies. They traveled by Camelot. Moses led the Hebrew slaves to the Red Sea, where they made unleavened bread, which is bread made without any ingredients. David was a Hebrew king who fought the Philatelists. Solomon, one of David’s sons, had 500 wives and 500 porcupines.

The Greeks invented three kinds of columns — Corinthian, Doric and Ironic. The mother of Achilles dipped him in the River Styx until he became intolerable. In the Olympic games, Greeks ran races, jumped, hurled the biscuits, and threw the java. The reward to the victor was a coral wreath. Socrates was a famous Greek teacher who died from an overdose of wedlock.

Eventually, the Ramones conquered the Greeks. Nero was a cruel tyrant who tortured his poor subjects by playing the fiddle to them.

In the Middle Ages, King Harlod mustarded his troops before the Battle of Hastings. Joan of Arc was canonized by George Bernard Shaw. The Magna Carta provided that no free man should be hanged twice for the same offense. William Tell shot an arrow through an apple while standing on his son’s head.

In the Renaissance, Martin Luther was nailed to the church door at Wittenberg for selling papal indulgences. He died a horrible death, being excommunicated by a bull. The painter Donatello’s interest in the female nude made him the father of the Renaissance. Gutenberg invented the Bible. Sir Walter Raleigh invented cigarettes, and Sir Francis Drake circumcised the world with a 100-foot clipper.

Queen Elizabeth’s navy defeated the Spanish Armadillo. William Shakespeare wrote about Romeo and Juliet, a romantic couplet. Miguel Cervantes wrote “Donkey Hote.” John Milton wrote “Paradise Lost.” Then, his wife died, and he wrote “Paradise Regained.”

Christopher Columbus was a great navigator who discovered America while cursing about the Atlantic. His ships were the Nina, the Pinta and the Santa Fe.

One of the causes of the Revolutionary War was that the English put tacks in their tea. Benjamin Franklin invented electricity by rubbing cats backward. Franklin died in 1790, and is still dead.

Gravity was invented by Isaac Walton. It is chiefly noticeable in autumn, when the apples are falling off the trees. Bach and Handel were famous composers. Handel was half-German, half-Italian and half-English. He was very large. Bach died from 1750 to the present. Beethoven was so deaf that he wrote loud music. Samuel Morse invented a code for telepathy. Louis Pasteur discovered a cure for rabbis. Madman Curie discovered radium. And Karl Marx became one of the Marx Brothers.

Your Brain Power Test Results

Your Absolute Brain Power displayed on the left represents your percentile ranking among all members on their third run of this test. The Relative Brain Power displayed on the right represents your percentile ranking among all members in your age group on their third run of this test.

Your score: 111.49
Average score for all members on the third run: 88.59
Average score for all members in your age group on the third run: 78.25
Highest score for all members on the third run: 188.42
Highest score for all members in your age group on the third run: 140.92
Highest score for all members on any run: 213.65
Highest score for all members in your age group on any run: 168.46

Your Brain Age: 36 (21 is the ultimate Brain Age according to MyBrainTrainer data)

Try it yourself here!

SEARCHING the internet may help middle-aged and older adults keep their memories sharp, according to a new study.

Researchers at the University of California Los Angeles studied people doing web searches while their brain activity was recorded with functional magnetic resonance imaging scans.

“What we saw was people who had internet experience used more of their brain during the search,” said Dr. Gary Small, a UCLA expert on aging.

“This suggests that just searching on the internet may train the brain — that it may keep it active and healthy,” said Dr Small, whose research appears in the American Journal of Geriatric Psychiatry.

Many studies have found that challenging mental activities such as puzzles can help preserve brain function, but few have looked at what role the internet might play.

More information here.