We provide mobile highly experienced and professional personal trainers, ready to help you achieve your fitness goals at your house, in the park, in the gym, or anywhere at anytime.

Idealbody4life aims at bringing fitness to you on your terms at your convenience.

Contact serge@idealbody4life.com for more information.

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How much Fat should We Eat?

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Everyday all we hear is how bad fat is for our bodies; however one must not forget that fat is the essential part of the everyday diet. Some fats such as mono-unsaturated and polyunsaturated must be included in the diet.

Fat is substrate for energy and provides essential fatty acids needed for growth and metabolism, while it is recommended that 20% to 30% of our energy needs must be derived from dietary fat.

The amount of fat consumed will largely depend upon an individual’s activity level, where by less active people on average need 20-30 grams of fat per day, while an average active person requires between 50-70 grams of fat per day.

However, one must not forget that our bodies are very efficient at converting any excess fat in the diet into stored fat. As a result, if the calorie intake in the form of fat exceeds the amount of calories burned by the exercise, the excess will cause a greater increase in the body fat stores.

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Caffeine - How does it affect our body?

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Caffeine also known as trimethylxanthine, exerts a direct effect on the part of central nervous system that affects perception of effort, arousal and motor unit recruitment, which in turn allows individual to produce an increased work output.

Recent studies showed that the dosage of 9 milligrams of caffeine per kilogram of body weight, helped trained runners to increase race-pace endurance by 44% as well as cycling endurance by 51%.

The amount of caffeine that is needed to produce any effect varies from person to person depending on both body size as well as the degree of tolerance to caffeine. Research shows that it takes less than an hour for the effects of caffeine to begin affecting the body, while the mild dose of caffeine wears off in approximately 3 to 4 hours. Contradictory to the
popular belief caffeine does not eliminate the need for sleep but only temporarily reduces the sensation of being tired.

Individuals who consume caffeine on the regular basis tend to slowly adapt to the continual presence of the drug by substantially increasing the number of adenosine receptors in the central nervous system. As a result the stimulatory effects of caffeine are substantially reduced, a phenomenon
known as a tolerance adaptation. The increased tolerance to caffeine tend to develop quite quickly, with complete tolerance to sleep disruption effects of caffeine developing just after consumption of 400 mg of caffeine 3 times a day for 7 days.

Furthermore, the adaptive nature of caffeine will make withdrawal symptoms unpleasant both in philological and physiological sense in tolerant users, which include headaches, nausea, fatigue, drowsiness as well anxiety and
irritability.

In large amounts and especially over extended periods of time, caffeine can lead to a condition as caffeinism. Caffeinism usually combines caffeine dependency with a wide range of unpleasant physical and mental conditions which include nervousness irritability, anxiety, tremulousness, muscle twitching, insomnia, headaches, respiratory alkalosis and heart palpapitations. Moreover, since caffeine increases the production of stomach acid, high usage over time can lead to peptic ulcers, erosive esophagitis and reflux disease. Other side effects of caffeine overuse include: dizziness, tachycardia, blurred vision, drowsiness, dry mouth, flushed dry skin, diuresis, loss of appetite, nausea and stomachaches.

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Better understanding your muscles

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There are over 620 muscles in the body, all contracting to perform a variety of actions at various joints. Normal muscles consist of many thousands of muscle fibers that run in different directions along and across the lengths of a muscle. The muscles pull on the bone causing a series of actions at freely moveable joints.

A single muscle consists of approximately 8,000 myofibrils. Myofibrils are pencil like structures that group together to form a bundle, making up a single muscle fiber. Myofibrils are further broken up into sacromeres that lie end to end.

Each myofibril consists of approximately 4,500 sacromeres. Sacromeres are the functional unit of the muscle, and it is here that the muscle contraction takes place. The structure of a muscle fiber is similar to the construction of a brick wall.

When a muscle becomes large due to resistance training, it is said to occur either by hypertrophy or hyperplasia. Hypertrophy is an increase in the size and number of myofibrils, while hyperplasia is an increase in the size and number of muscle fibers, often referred to as fiber splitting.

There is some debate as to what is the true explanation for increasing muscle size; however, hypertrophy appears to be the most widely accepted theory. In the case of hypertrophy, a muscle fiber, like a brick wall lays down more layers or myofibrils by building more bricks or sarcomeres.

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The Leading Causes of Death in Australia

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The major leading causes of death in Australia are cardiovascular diseases, cancer, injury and respiratory diseases.

The main cause of death in Australia for many years has been cardiovascular disease: coronary heart disease, stroke and peripheral vascular disease. The cost of heart disease to the Australian economy is over five million dollars per day, while almost every 10 minutes there is a death caused by heart disease. Many of these deaths can be prevented with more regular physical activity and a healthy diet.

Also in Australia death from cancer has been on the increase, with lung cancer accounting for approximately 20% of all cancer deaths. On the other hand, deaths from cervical cancer are falling, mainly due to the early detection through screening that is now readily available but skin cancer remains still a major concern.

Deaths from injury are dominated by car accidents and while these rates are gradually falling, they are still significantly high.

Respiratory deaths tend to fluctuate from year to year depending on the incidence of epidemics. Smoking is the main single factor that affects respiratory fitness. At age 45 years, 26% of males and 23% of females are regular smokers, despite the increasing lack of acceptance of smoking from majority of society.

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Musashi Supplements

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Here are some recommended Musashi supplements to help you with your training. If you would like to purchase any of these items or have any questions about them, please contact Serge.

 

Musashi L-Glutamine

Musashi l-glutamine 

Key Benefits

  • Pure free form powder
  • Energy source for certain cells
  • Beneficial in strenuous exercise
  • Beneficial during periods of stress

Glutamine is an important energy source for the cells in the intestinal tract and the immune system. It should be taken in circumstances likely to lead to glutamine deficiencies such as strenuous exercise and during periods of extreme stress.

Available in 75g, 150g, 300g, 500g Oral Powder


Musashi L-Arginine

Musashi l-arginine 

Key Benefits

  • Precursor to creatine
  • Role in protein synthesis
  • Involved in urea cycle
  • Precursor to nitric oxide
  • Pure free form amino acid powder

Arginine is an amino acid that in addition to its role in protein synthesis is a precursor of nitric oxide and creatine, and is also involved in the urea cycle.

Available in 75g Oral Powder


Musashi HMB Capsules

Musashi HMB Capsules 

Key Benefits

  • Enhance Training
  • May help reduce muscle tissue breakdown
  • Assists peak performance
  • Helps support stamina and endurance

HMB (beta-Hydroxy beta-methylbutyrate) is designed to enhance training and help athletes perform in peak condition. HMB helps balance and support normal physiology, stamina and endurance and is a nutritional sports formula which may help reduce muscle tissue breakdown and be beneficial in satisfying specific physiological body requirements. Best used in times of peak physical exertion to assist and maintain peak effort.

Each capsule contains 500mg HMB.


Musashi Creatine Monohydrate

Pure free form Creatine Monohydrate Powder 

Key Benefits

  • Pure free form powder
  • Precursor of Creatine Phosphate
  • Energy for muscle growth
  • Improves high intensity exercise performance

Creatine Monohydrate is a dietary precursor of creatine phosphate (CP). Creatine phosphate will replenish levels of ATP in muscle when stores have been depleted during power exercise. Supplementation of creatine in higher doses will also provide energy for muscle cells during periods of growth - a process called the phosphocreatine energy shuttle.

Creatine is used to enhance performance and has been shown to improve short term or intermittent, high intensity exercise performance.

Available in 50g, 160g, 300g and 500g Oral Powder.


Growling Dog Creatine

Growling Dog Creatine 

Premium micronised Creatine Monohydrate with carbohydrates for optimal uptake

Key Benefits

  • Creatine Carbohydrate Transport Blend
  • Boost muscle absorption of Creatine
  • Micronised Creatine with 5% Fructose

Creatine uptake in the human body can be boosted with the addition of a carbohydrate source. Carbohydrates have been shown to boost insulin production, creating what is known as an insulin spike. This spike assists the muscle absorption of creatine.

Please note: Caffiene ingestion inhibits the absorption of creatine

Available in 500g and 1kg Micronised Creatine with 5% Fructose.


Musashi WPI Protein Powder

WPI Protein Powder 

WPI consists of premium quality Micronised and Instantised Whey Protein Isolate.

Key Benefits

  • 93% Whey Protein
  • Weight maintenance
  • Three Delicious Flavours
  • A breeze to mix in water or milk

WPI mixes easily and quickly in water or milk and its high protein content makes it ideal for sensitive consumers, weight management and lean muscle maintenance.

WPI is available in 400g, 900g and 1.9kg tubs in Chocolate, Strawberry and Vanilla flavours.


Musashi 92 Protein Blend

92 Protein Blend 

92 Protein Blend combines the benefits of four different premium protein sources.

Key Benefits

  • Four protein sources
  • Super low in carbohydrates
  • Three great flavours
  • Three convenient sizes

92 Protein Blend is a high protein, low carbohydrate protein product ideal for anyone wanting to increase their protein intake without increasing their carbohydrate intake.

Key ingredients include Instantised Whey Protein Isolate, Instantised Calcium Caseinate, Hydrolysed Whey Protein Isolate and Instantised Soy Protein
Isolate.

Available in Chocolate, Strawberry and Vanilla Flavours, 400g, 900g and 1.9kg tubs.

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How much exercise is enough?

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Does this sound like you?  You wake up bright and early in the morning quick brekky, rush to work and by the time you manage to arrive home you feel run down and exhausted. Definitely not feeling like exercising or the need to exercise.  However, the latest research shows that around 50% of Australians simply not getting enough physical activity to meet even the minimum targets needed for good health.  Lack of active lifestyle can not just impact body image, but lead to obesity, which has a range of associated health problems.

So how much exercise do we really need?

T he minimum amount recommended for good health is 30 minutes of 'moderate' activity, five (or preferably, seven) days a week.  Moderate intensity is defined as a level that causes a "slight but noticeable increase in breathing and heart rate".

Brisk walking is recommended because it's cheap, needs no fancy equipment apart from supportive shoes, and is less daunting for those used to doing nothing at all. A kilometer in 15 minutes is a good guide. But you can also mow the lawn, vacuum, dig in the garden, swim or cycle – as long as your breathing and heart rate are sufficiently raised. If you can talk but not sing, you've got the pace about right.

If you increase your level of activity through out your day, you dramatically reduce your odds of coronary artery disease – the fatty buildups in blood vessels which are a key risk factor for heart attacks, risk of depression, diabetes and stroke.

However, one must remember that above is only a guide line for a minimum amount of physical activity average person should do everyday.  Based on what most people eat these days, high calorie intensive diets, we need approximately 60 minutes of moderates physical activity, everyday of the week or alternatively at least 20 to 30 minutes of vigorous physical activity 7 days a week.

On the other hand if you are after improvements in your fitness as well as health benefits, you need to increase intensity of the physical activity, which will lead to improved efficiency of your heart, lungs and major muscles groups. Professor Wendy Brown, from Queensland University's School of Human Movement Studies states that "Fitness demands intensity, you’ve really got to make your heart and lungs work overtime."

Still not convinced that being physically active is essential to your good health? 

Well consider this, research shows that just by exercising 30 minutes every day the risk of heart disease drops by 40%.

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OBESITY-All the facts

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Overweight and obesity is measured for adults using the Body Mass Index (BMI) which is calculated by dividing weight in kilograms by height in meters squared. For example, a woman 1.67m in height and weighing 65kg would have a BMI of 23.3 which falls within the healthy weight range. Overweight is measured at a BMI of 25 or more with obesity determined at a BMI of 30 or more. These cut-off points are based on associations between and chronic disease and mortality and have been adopted for use internationally by the World Health Organisation.

Fat distribution is also an important consideration in assessing overweight or obesity and the associated risk of disease. For example, increased abdominal obesity has been consistently shown to be related to a higher risk of cardiovascular disease, type 2 diabetes and cancer. Central (abdominal) obesity is measured using waist circumference.

Overweight and obesity occur when there is an imbalance between energy intake and energy expenditure, basically how much food you eat and how physically active you are.  However, often it’s not as simple as that, there are many other factors that may influence the development of overweight or obesity such as:  the type of food eaten particularly high fat and energy dense foods, restrictive dieting and recurrent weight loss and regain, lack of physical activity, genetics, age, gender and various medications.

Statistics indicate that the number of people who are obese is rising rapidly worldwide, which makes obesity one of the fastest developing public health problems. The World Health Organisation (WHO) has described the problem of obesity as a “worldwide epidemic”.  Statistical studies in Australia show that more than half of all Australian women and 67% of men are overweight or obese. Adult population is not the only one affected, rates of childhood obesity in Australia are at one of the highest amongst developed nations, and staggering 25% of Australian children are currently overweight or obese. In fact in the 10 year period between 1985 to 1995, the number of children effected by obesity more than doubled, and tripled in all age groups for both sexes. If this trend continues it is estimated that by 2010 at least 60% of Australians aged 18 years and over will be overweight or obese.

Obesity is a health crisis that is costing the Australian government up to $1.5 billion a year in direct health costs, while Australians spend over 500 million dollars a year trying to lose weight.

There are a number of diseases that directly relate to obesity for instance, 80% of type 2 diabetes relate to obesity, 70% of cardiovascular disease relate to obesity, 42% of breast and colon cancer diagnosed among obese individuals, over 30% of bladder surgery relates to obesity and 26% of obese people have high blood pressure.

However, no matter how much excess weight or fat you have in order to lose weight permanently, your diet and exercise program should be directed towards a slow and a steady weight loss. Consequently, one should expect to lose about 1 kg a week although the initial weight loss may be a greater. Losing more weight a week is no guarantee that it will be permanent.

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Common Supplements Explained

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Common supplements explained

Protein:

Protein is the main nutrient for growth, development and repair of body tissues. It is an essential part of the diet and can be used as an energy source if other supplies are low. Protein supplements can be consumed in order to help increase or maintain muscle mass, which will help to enhance the physical power and mechanical age of the athlete. The recommended daily intake of protein for adults is 0.8 per kilo of body weight. However, during intense endurance or resistance training the recommended daily intake should approximately be between 1.3 – 1.8 grams of protein per kilo of body mass per day. One should remember that a well balanced diet should provide enough protein intake on a daily basis and any protein supplementation should be avoided.  

Creatine:

Creatine is naturally occurring substance derived from the amino acids and made naturally in the liver. The daily requirement of creatine is approximately 2 – 3 grams half of which can be obtained from a well balanced diet. Creatine supplementation aims to enhance the physical power of the athletic. The theory behind creatine supplementation states that it will help delay the onset of fatigue during the repeated bursts of activity and long term creatine supplementation will help to produce an increase in lean body mass, which should lead to gains in strength.

Carnitine (L – Carnitine):

Carnitine is a commonly used supplement particularly amongst endurance athletes. Carnitine supplement may help to enhance aerobic power and endurance. This supplement is found in meats and dairy products and it’s synthesized in the human liver from essential amino acids. Dietary intake is a minor source of carnitine and deficiencies can lead to severe muscle weakness and exercise intolerance. The majority of research has indicated that only 50% of supplemented carnitine is absorbed. Overall, carnitine supplementation is not recommended as a way to improve sport performance; however, there may be some athletes that can benefit from its use.

Glutamine:

Glutamine is an amino acid that assists in the function of the liver, kidneys and pancreas. Also, it has been reported that glutamine can assist in the relief of extra growth hormones. 60% of amino acids in the muscle cells consist of glutamine, and in times of acute need from other systems glutamine is taken from the muscle. Glutamine supplementation can help to prevent the drain of other systems, robbing the muscle of its share. To maintain glutamine reserves 3 – 4 serving of 3 – 4 grams is recommended.   

Arginine:

Arginine is a non – essential amino acid found in the body, and it is a natural part of protein, which is not found in the free form in food. Arginine supplementation may help to increase levels of human growth hormone and insulin, which can help to increase muscle mass leading to improvements in strength and power.

Magnesium:

Magnesium is found in nuts, seafood, wholegrain products, vegetables and fruits. The recommended daily intake is 300 – 350 milligrams. Magnesium is reported to increase muscle mass and as a result improve in strength and power. Magnesium supplementation has been reported to improve strength in inactive individuals but there is little research on the effects of magnesium on highly active and fit people.

Omega 3 – fatty acid:

Omega 3 - fatty acid is found in animal foods, especially fish oils such as tuna and salmon. It is reported to increase muscle mass and strength, as well as improve aerobic endurance. Omega 3 – fatty acid may assist in the release of growth hormone, assist in the free movement of red blood cells, permit greater dilation of blood vessels and help with recovery from intense training sessions.  

 

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Privacy Policy

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Introduction

IdealBody4Life is committed to the new Australian privacy legislation in the way it collects, uses, secures and discloses personal information.

The Commonwealth Privacy Act 1988 requires companies to comply with the National Privacy Principles (NPPs). This document describes IdealBody4Life's Privacy Policy.

The information we collect

We lawfully collect personal information that is necessary for our business to function. The information we collect and hold will depend upon the products and services you request from us and may include:

Information you provide us when you purchase goods or services. This information will include your name, address and contact details.

Information derived from communications between us and you.

The use of the facilities and services available through our website will determine the amount and type of information we collect. The only personal information we collect when you use our website is what you tell us about yourself, for example, by completing an online form when you request product information, or when you send us email we will record your mail address.

How we use your information

We use the information we collect for the purpose disclosed at the time of collection, or otherwise as set out in this Privacy Statement. We will not use your personal information for any other purpose without first seeking your consent, unless authorized or required by law. Generally we will only use and disclose your personal information:

To establish and maintain your relationship as a customer of IdealBody4Life

To provide the products and services you have requested from IdealBody4Life.

To administer and manage those products and services.

To answer your inquiry.

For direct marketing by email, specials on products or services you have shown interest in.

If we contact you in this way without obtaining your prior consent, we will provide you with the opportunity to decline any further marketing communications. If you at any time receive any communication from IdealBody4Life which you would not like to receive, please contact us and we will remove your name from our mailing list.

Access to your personal information

In most cases, you can gain access to the personal information that IdealBody4Life holds about you, subject to some exceptions allowed by law. If you would like to check or amend your contact details, please contact us. We will deal with all requests for access to personal information as quickly as possible.

Security

IdealBody4Life will take reasonable steps to keep secure any personal information which we hold and to keep this information accurate and up to date. Personal information is stored in a secure server or secure files. The Internet is not always a secure method of transmitting information. Accordingly, IdealBody4Life cannot accept responsibility for the security of information you send to, or receive from us over the Internet or for any unauthorized access or use of that information

Changes to this Privacy Policy

It may be necessary for us to review and revise our Privacy Policy from time to time. An amended version will be posted on our website at www.IdealBody4Life.com. We suggest that you visit our website regularly to keep up to date with any changes.

Contact Us

If you would like any further information, or have any queries, problems or complaints in relation to this Privacy Policy or our information handling practices in general, please contact us on support@IdealBody4Life.com

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The energy components of food

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Food Component<?xml:namespace prefix =" o" ns =" "urn:schemas-microsoft-com:office:office"" />

Calories per gram  Kcal/g

Kilojule per gram  kJ/g

Fat

9

37

Alcohol

7

26

Proteins

4

16

Carbohydrates

4

17

Sweeteners

2.4

10

Recommended daily energy intake values for young adults are: 2500 kcal for men and 2000 kcal for women. Children, sedentary and older people require less energy, physically active people more.

About 3,500 calories adds up to about 1 pound. This applies whether they are food calories coming in, or calories (burned by exercise) going out.

If you eat 3,500 calories more than your body needs, you will put on about 1 pound. If you use up 3,500 calories more than you eat, you will lose about 1 pound in weight.

Estimated Calorie expenditures of various Activities 

Activity

Calories burned per minute

Sleeping

1.0-1.2

Running

Slow 10 & Fast 14.5

Golf

5.0

Football

8.9-12.0

Driving Car

2.0

Dancing

4.0-7.0

Cycling (appx 14 km/h)

7.0

Eating

2.0-3.0

Watching TV

1.5-1.6

 

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