The Truth About Abs By Mike Geary

The Truth about Abs is a program written by Mike Geary, who is an individual nutritionist and trainer. It is an eBook coming into being in 2004, which represents an efficient way to lose weight and to gain six sexy abs. Instead of telling you how to train their abs, it gives a guidance to do body exercises. Treat the belly as a part of the whole body, as when you are doing body exercises, the belly will help to give some strength.

Shocking foods that burn belly fat Click here

In this way, the fat on the belly can be burnt and abs can be built. Besides, do the exercises intensively and fat loss will be obvious in a short period. There are 8 levels both for the body and abs exercises respectively. There is no need for you to join the membership of a fitness club—doing workouts at home is time-saving and convenient, more importantly, the same effect can be achieved in your room with this program.

Unlike other books of the same kind, this one does not ask you to follow some strict recipes. It just gives a very simple meal plan, and you can choose your own food based on the principles of the plan. What’s more, The Truth about Abs is also represented by the diet program. So you can build your figure with nutrition-balanced diets.

In addition, the book has a guarantee, that is, if you fail to achieve anything following the book in two months, you can claim to have all your money back.

So, why not find your self-esteem with its guidance right now?

Step By Step Video Guide Click here

Common Errors When Attempting to Develop Maximum Speed in Team Sports

Although speed is a major determinant of success in team sports, there are a number of errors that team sport coaches make when attempting to develop maximum speed in their athletes.
These errors include performing the sprints at the end of practice, sprint distances that are longer than that performed in games, and a total volume of work that is excessive.

SCHEDULING SPEED SESSIONS AT THE END OF PRACTICE
It’s common for team sport players to perform their speed work at the end of practice – for example, basketball players running lines before heading to the locker room.

This might be good for developing endurance and fitness, but it does little to improve leg speed. That’s because maximal speed is best developed when the nervous system is fresh and able to incorporate faster-than-normal patterns of movement.

Unfortunately, by the end of practice, the nervous system is already fatigued and the ability to run at maximum speed is impaired. Maximum speed will not be improved by practicing at a sub-maximal pace.

EXCESSIVE SPRINT DISTANCE
Speed work is often performed over distances that don’t reflect game situations – for example, football players performing 100 yard repeats even though they seldom sprint farther than 20 to 30 yards during a game. In fact, for most players, acceleration over the first five strides is most important.

Aside from lack of specificity, longer sprint repetitions produce early neuromuscular fatigue (see above). The fact is, most world-class sprinters reach their top speed before they hit 60 yards. Maximum speed work that goes beyond that is developing speed endurance not maximum speed.

And if your football linemen never sprint more than 30 yards, it is speed over 30 yards that is most important for them.

TOO MANY REPETITIONS
Some teams perform volume (i.e. number of reps) that cause so much fatigue that speed and technique suffer and the nervous system trains incorrect firing and technique patterns. Again, fatigued athletes will not improve their maximum speed.

RECOMMENDATIONS
There is definitely a role for large volumes of longer sprint intervals at the end of practice. Just be aware that it is speed endurance, not maximum speed that you are developing pure speed with such training.

Increasing maximum speed requires a non-fatigued nervous system employing full-out sprints over distances of less than 60 yards, with plenty of recovery.

This is best performed early in the practice, or as a separate session. In terms of volume, a good rule of thumb is, when athletes’ speed or technique declines (sprint times go up), stop the high-intensity training for that day.

REFERENCE:
Joseph Warpeha. “Principles of Speed Training.” NSCA’s Performance Training Journal, June 2007.

Golf Ball Speed And How It Effects You

Everyone wants to hit the golf ball farther. Golfers are buying new clubs time and time again to get this coveted prize. The truth is that only increasing your golf ball speed off of the driver will equate into more distance. Period.

With this being said, advances in science has given the manufactures, golf swing instructors as well as the top fitness instructors more factual information than ever before about what really happens in a golf swing.

Top golf instructors understand the relationship between distance and golf ball speed and are turning to launch monitors and other types of golf ball tracking technology. Golf launch monitors can be simple and affordable to very complex and cost thousands of dollars.

In addition, to learning about your golf ball speed, depending on the launch monitor the club fitter is using they can also learn information about the spin rate of the golf ball, launch angle and carry distance. Believe it or not, Doppler radar is used in some of the least expensive units to track the flight of the golf ball.

Golf ball speed is determined by a simple equation. The easy equation is that your golf ball speed is equal to one and a half times your club head speed. For example if you have a golf swing speed of 100mph then your golf ball speed will be 150mph. Another example would be the television announcers over the weekend said the PGA Tour average club head speed is 112 mph. This equates to 168mph golf ball speed.

As we all know the wind can play a role in how far or how short your golf ball will travel. Your distance is also dictated by other facets of the weather and more specifically the temperature.

Picture the first example. A sunny day in July and you are on the golf course enjoying the nice warm 95 degree day. You pull up to your ball which is 150 yards to the flag and you automatically pull a seven iron. You pure it (Of Course!) and the ball flies over the green.

In the second example, you again have 150 yards to the hole but now it is late fall and 45 degrees. You pull out your seven iron again and hit another good shot. This time the ball ends up on the front of the green or just short of it. What is going on have you lost distance?

The good news it is not just you. For every 25 degree drop in temperature the ball will fly approximately eight yards shorter than before. If you do the math in the examples above, it all starts to become clearer.

With all of the new technology available to the golf world, it has never been a more interesting time to try to improve and learn about your game. A great way to do that is through a golf club fitting with a launch monitor. Since the technology is becoming more affordable, many players are purchasing a personal launch monitor to help themselves with improving their very own game. You can too!

Abs Diet For Men Recipes

Truth about Abs is a program written by Mike Geary, who is an individual nutritionist and trainer. It is an eBook coming into being in 2004, which represents an efficient way to lose weight and to gain six sexy abs. Instead of telling you how to train their abs, it gives a guidance to do body exercises. Treat the belly as a part of the whole body, as when you are doing body exercises, the belly will help to give some strength.

Shocking foods that burn belly fat Click here

In this way, the fat on the belly can be burnt and abs can be built. Besides, do the exercises intensively and fat loss will be obvious in a short period. There are 8 levels both for the body and abs exercises respectively. There is no need for you to join the membership of a fitness club—doing workouts at home is time-saving and convenient, more importantly, the same effect can be achieved in your room with this program.

Unlike other books of the same kind, this one does not ask you to follow some strict recipes. It just gives a very simple meal plan, and you can choose your own food based on the principles of the plan. What’s more, The Truth about Abs is also represented by the diet program. So you can build your figure with nutrition-balanced diets.

In addition, the book has a guarantee, that is, if you fail to achieve anything following the book in two months, you can claim to have all your money back.

So, why not find your self-esteem with its guidance right now?

Step By Step Video Guide Click here

Ankle Sprains: In Search of the Best Treatment

Anatomy of the ankle joint

The ankle joint is a hinge variety of joint, designed in such a way that it provides stability while sacrificing movements. Its main function is to support bodyweight and aid in locomotion. Ligaments are strands of tissue that allow movements within a certain range and in addition provide stability to the joint. The ankle joint is supported (on the outside) by the lateral ligament complex which includes the anterior talofibular ligament (ATFL), the calcaneofibular ligament (CFL), and the posterior talofibular ligament (PTFL). The medial side of the ankle (inner) is supported by the deltoid ligament. The front of the joint is supported by the anterior inferior tibiofibular ligament (AITFL) while the posterior fibular ligaments attach at the back.

Ankle sprains

Undue stretching of a ligament leading to its damage is called a sprain. This leads to loss of stability at the joint with abnormal mobility. Depending on the severity of damage undergone, ankle sprains have been traditionally classified into various grades or degrees.

Grade I (First degree)

• most common
• microscopic damage to the ligaments
• no instability at joint
• heals in a short span of time

Grade II (Second degree)

• more severe
• ligaments partially torn
• no significant instability

Grade II (Third degree)

• most severe
• ligaments completely ruptured
• significant instability

The lateral ligaments of the joint are more commonly involved in sprains.

Mechanism of injury

Sprains occur when the ankle is turned unexpectedly which place undue stretch on the ligaments. In sports, sprains occurs with running, jumping, sharp direction changes, or stepping or running on uneven ground. In the normal population, wearing of high heeled or worn out shoes are also a likely mechanism of injury.

Diagnosis

Clinical presentation includes

• bruising
• swelling
• tenderness
• ligament stress tests (carried out under general anaesthesia, these should be reserved only for research purposes since choice of treatment is not governed by the degree of instability)

X-rays or MRI to rule out damage to other structures, esp. bones.

Treatment

• Rest The first 24-48 hours after the injury is considered a critical treatment period and activities need to be curtailed. Gradually put as much weight on the involved ankle as tolerated and discontinue crutch use when you can walk with a normal gait (with minimal to no pain or limp).

• Ice For the first 48 hours post-injury, ice pack and elevate the ankle sprain 20 minutes at a time every 3-4 hours. The ice pack can be a bag of frozen vegetables (peas or corn), allowing you to be able to re-use the bag. Another popular treatment method is to fill paper cups with water then freeze the cup. Use the frozen cube like an ice cream cone, peeling away paper as the ice melts. Do NOT ice a ankle sprain for more than 20 minutes at a time!! You will not be helping heal the ankle sprain any faster, and you can cause damage to the tissues!

• Compression Use compression when elevating the ankle sprain in early treatment. Using an Ace bandage, wrap the ankle from the toes all the way up to the top of the calf muscle, overlapping the elastic wrap by one-half of the width of the wrap. The wrap should be snug, but not cutting off circulation to the foot and ankle. So, if your foot becomes cold, blue, or falls asleep, re-wrap!

• Elevate Keep your ankle sprain higher than your heart as often as possible. Elevate at night by placing books under the foot of your mattresses–just stand up slowly in the morning.

More severe ankle sprain injuries, including complete tears of the ligaments and fractures of the bone may need different treatment and rehab than a simple ankle sprain.

Discussion

The aim of the treatment is to reduce oedema (fluid accumulation, responsible for the swelling) and increase circulation, thereby facilitation removal of debris. The methods by which this can be achieved are cryotherapy (cold therapy) and exercise respectively. Some researchers advocate exercising during the rehabilitation phase when the swelling has subsided.

Controversy also exists regarding the use of heat. Most authorities claim that heat should not be applied till oedema recedes. However, some studies are in favour of early use of heat suggesting that heat does not significantly affect oedema.

Most scientific studies are in support of early mobilization for the treatment of ankle joint sprains. This combined with physiotherapy is the best treatment available to get the sports person back to match fitness. Although, some studies suggest that the long term effects of surgical repair as compared to early mobilization or cast immobilization are minimal, there are conflicting reports. Scientific data suggests that surgical repair should be the choice of treatment only in patients with persistent instability.