Federer vs Murray ATP World Tour Finals 2010 Round Robin 4/7

Full match! Roger Federer vs Andy Murray ; Group B Round Robin; ATP WTF 2010 in London!



http://www.youtube.com/watch?v=RylUGHPH6X8&hl=en

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Charity Exhibition 2010 - Nadal Promo

Watch live on TennisTV.com as Rafael Nadal and Roger Federer play for their foundations on 21 and 22 December.



http://www.youtube.com/watch?v=xEHjoHqj8no&hl=en

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Roger Federer vs. Novak Djokovic 2010 Shanghai Masters Semi-Final aftermost bold highlights

Is Nadal Going to Be The best Player of all time? Vote here - wWw.AtpTennisBlog.com and get a NEW Apple iPad for FREE! (Only people from the US are eligible for this offer!) _____________________________________________________ Roger Federer Beats Novak Djokovic in the semi final of the 2010 Shanghai Masters tournament



http://www.youtube.com/watch?v=CNCql5VL4dg&hl=en

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ATP World Tour Uncovered Horacio Zeballos

In season 2, episode 15, ATP World Tour Uncovered profiles 2009 Newcomer of the Year Horacio Zeballos of Argentina, who talks about the path taken to get into the Top 100 and the pressure of growing up in same province as Guillermo Vilas. Tune in to ATPWorldTour.com every Wednesday for the latest features and watch the full episode on television.



http://www.youtube.com/watch?v=mkZXakDHn6w&hl=en

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How Creatine Helps To Build Muscle

Creatine monohydrate can help you build muscle, make you stronger, and get you leaner.

A number of studies have proven that when creatine supplements are used, together with exercise, significant gains can be made in muscle, strength and endurance. It has also been shown to improve muscle strength and decrease recovery time following a work out.

Creatine monohydrate works best for activities that require rapid or intense effort. Activities such as weight lifting to build muscle and sprinting are examples of this type of activity. If you're a marathon runner, you may not see the same type of results.

About 93% of all the creatine in your body is stored in the muscles. The reason it is stored in your muscles is that it plays a key role in providing your body with a boost of energy needed to perform work.

The normal energy cycle of the muscle requires a substance called Adenosine Triphosphate or ATP to fuel it. The muscle usually has enough ATP on board to fuel a burst of work lasting about 6 seconds.

Creatine restores the ATP to a state where it can act as fuel for the muscle and continue the burst of activity for about another 6-12 seconds. This is how it helps to build muscle.

A good analogy is to think of the muscle as if it were a high performance engine. ATP is the gas for your engine and creatine is an octane booster that allows you to get better performance from your engine.

The most common effects of creatine include bigger muscles and increased production of muscle tissue.

This translates into more repetitions, more weight lifted and/or the ability to sprint faster. More work equals more muscle and more muscle equals increased strength and endurance.

In addition to helping to build muscle, creatine has been shown to decrease muscle soreness and recovery time needed between work outs. Obviously, being sore can be a negative factor when it comes to working out.

Activities such as jogging or running may not benefit as much from creatine supplementation as weight lifting. The muscles work slower for these activities and seem to be able to restore ATP at a rate that meets the need.

Creatine occurs naturally and can be produced by the body. It is found in beef, pork, salmon, cod, herring and tuna.

But it's impractical to eat the amount of food needed to achieve the amount of creatine supplementation you desire. Creatine supplementation also allows you to know the exact amount of creatine you are getting.

The normal dose for creatine is between 5 and 10 grams per day. For the fastest results you can "load" the muscles by taking between 15-20 grams of creatine for approximately 5 days.

Once you've loaded the muscles, you can maintain the creatine level by taking the normal creatine dose approximately 30-60 minutes before a work out.

Because it is excreted through the kidneys, and due to the increased risk of dehydration, creatine supplements are not recommended for people with kidney disease.

When you first start taking creatine supplements you may notice an immediate gain of weight of between 2 to 5 pounds.

Creatine causes your muscles to store more water which seems to assist in building more muscle. This is a side effect that causes many people to think that creatine is similar to anabolic steroids. Creatine is an amino acid and does not build muscle in the body the same way that steroids do.

The results of creatine supplements vary from minor to significant depending on the person using them. A number of factors come into play that affects the outcome.

Age, sex, work out intensity and frequency as well as how much creatine store you start with all play a part in the results you will achieve.

If you suffer from any chronic illness or are on prescription medications for your heart, blood pressure or other medical conditions you should always consult your medical provider before taking creatine.

If you're looking to build muscle using only safe, effective ways, creatine may be the supplement to help you do it.

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How Vitamins can Help Your Energy Levels

Have you ever felt excessively tired in the morning? Has that feeling persisted on and off throughout your life? Do you ever feel that your energy level is fleeting without any clear explanation? Do you feel at times, even with aid of exercise and proper rest that your body continues to feel fatigued?

One factor you may want to evaluate is that, your body may be deficient in certain vitamins, which help convert carbohydrates and fatty acids we ingest into raw energy. Commonly known, humans draw energy through a series of metabolic process involving the degradation of food. Each type of food contains a certain unit of energy. After metabolic processing, our cell absorb the nutrients which, it will then use for energy conversion. On an ongoing basis, our body is continually converting its resources into energy to carry out necessary biological processes. Most people need to understand that these metabolic process require vitamins and other nutrients to catalyze such reactions. Next, we will explore the relationship between applicable vitamins and energy.

Vitamins are crucial for our health and vitality. One of the critical functions of vitamins is energy production. It has been observed that some people feel more stamina and energy after consuming the required vitamins on a day to day basis. According to various scientists and physicians, B vitamins are these vitamins that are linked to improved energy levels. Unfortunately, since B-vitamins are not stored in the body they must be constantly replenished to maintain stable energy levels. Unlike, fat-soluble vitamins such as Vitamin A,E, D, K, these vitamins are excreted through the urine on a daily basis.

Energy Boosting B-Vitamins

B-Vitamins play a vital role in cellular energy production. Primarily, Vitamins B2 and B3 provide building blocks for critical components of the Krebs cycle. These components are nicotinamide adenine dinucleotide (NAD and NADH) and flavin adenine dinucleotide (FAD and FADH) which are used to produce energy through the Krebs cycle.

NAD and NADH are universal molecules found through the body and are strongly involved in various biochemical reactions. Therefore, NAD and NADH are strongly influenced by the availability of B vitamins. For the continuity of energy utilization, B vitamins are a necessary and required link for energy production.

B vitamins are coenzymes, which bind to protein compound called an apoenzyme to form active enzymes. These enzymes are a key component to a reaction, known as a catalyst. This catalyst causes an energy shift from the substrate (food product) to product (expendable energy) that the body can utilize. The family of B vitamins can be explored in depth by reviewing the vitamin guide

You can learn about how each specific B-vitamin functions and is utilized by the body. Also, helpful hints on certain deficiencies clinical associated with particular B-vitamin deficiencies. Also, for those interested learning about how to obtain a particular vitamin, please review this resource. It will list where each vitamin can be found. The list of the 8 various vitamins are thiamine (B1), riboflavin (B2), niacin (B3), pantothenic acid, pyridoxine (B6), folate (folic acid), cyanocobalamin (B12), and biotin. Each of the B vitamins help facilitate various required metabolic processes. This vitamins function and benefit the body as various levels. They are primarily utilize for fat and carbohydrate degradation to provide the body with the necessary energy. As listed in the vitamin guide, they help maintain healthy skin, and hair, maintain stable nervous system, and supports muscle for the gastrointestinal tract. Since vitamins play such a universal role in our body, primarily on energy conversion it is important to altering your diet to include food rich in these vitamins to improve your energy level. A quality nutritional multivitamin taken on a daily basis will help satisfy your body requirements for the needed B-vitamin, as well as other vitamins such as C, D, E, K.

Energy Utility and Expense

ATP (Adenosine Triphosphate) is the energy unit used by each cell. This energy is used for a number of widespread cellular functions such as motility, growth, reproduction, metabolic activity, atc. Through a series of biochemical pathways, ATP is generated from the raw sources and nutrient found in food. Vitamins help propagate these reactions resulting in the end product, ATP.

Thus, if individuals consume the products they should in theory be able to create more energy to be utilized. Specifically, our body derives energy from fatty acid and glucose. It has been observed that complex carbohydrates found in foods such as bread can supply the body with highest level of glucose. Bread, particular wheat, is also high in dietary fiber, which help regulate bowel movement and flushing the body of food and bacterial toxins through the GI tract. When carbohydrates are consumed, it is coverted from glucose to glycogen, through a biochemical process called Gluconeogenesis. Glycogen, which is stored in the liver and muscle, can be converted by the glucose for energy expenditure through another metabolic process called Glycolysis. When a body demands energy, stored glycogen is converted into glucose, which is can converted energy. Fatty acids, is the other source of energy used by humans. ATP can be generated at a higher rate when utilizing fatty acids compared glucose.

Summary

As illustrated in the previous information, we helped summarize how our body derives energy through raw food products. Yet, the process of conversion is not as simple in nature as described above. One critical component that is required throughout these metabolic process are vitamins, B-vitamins in particular. The best way to obtain these vitamins is through the combinational intake of fruits, vegetables, and nuts. If your diet lacks these items, it highly recommend that you take vitamin supplements.

If chronic fatigue persists, it is recommend that you consult with a health care professional. You should request a full blood workup as some people may be anemic, which has similar symptoms. Also, your doctor can even determine if you are having any absorption relation issues, where vitamins and other nutrients are not being observed by your body.

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Mitochondria & ATP Synthase with that Kanye

A Remix of the Biovisions version. Just 4 fun.



http://www.youtube.com/watch?v=XI4oniz-h_Y&hl=en

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