Thursday 28 October 2010

What USN say about Muscle Fuel Anabolic

Core benefits of Muscle Fuel Anabolic:
  • 50g Anabolic Protein Matrix per serving. Advanced Amino Acid Delivery Formula.
  • 16 300 mg HyperBolic Stack per serving to optimise muscle growth.
  • GH release from 5000 mg Glycine.
  • Testosterone support from German TribulusTerrestris & Avena Sativa.
  • 1500mg Taurine to maximise nutrient & amino acid uptake and energy production.
  • 7000mg Creatine Stack for muscle growth, power and volumisation.
  • High in BCAA’s and Glutamine to assist in muscle growth and nitrogen retention.
  • Lactazyme blend (Lactose enzymes) for optimal milk solid absorbtion.
Supplements to combine it with:
FOR RAPID MUSCLE GAIN: 19 -Anabol Testo, Nitrox Stack 2 & Leutec.FOR IMMEDIATE STRENGTH INCREASE: GAKtec
Who should use it?
Muscle fuel Anabolic is a scientifically engineered muscle building MRP supplement, formulated for athletes that are serious about building muscle mass. It should not be used by persons under the age of 18 years. It should not be used for weight loss. For bodybuilders and athletes or individuals on a mass gaining plan.

Tuesday 26 October 2010

Food List

Proteins

  • Biltong (pref.Venison)
  • Canadian Salmon
  • Crab
  • Egg whites or substitutes
  • Whole eggs (max 5 a week)
  • Haddock
  • Kingklip
  • Lean ground beef
  • Lean ham
  • Lean ground chicken
  • Lean ground beaf
  • Lean pork
  • Lobster
  • Low-fat cheese (eg. Mozzarella, Edam, Ricotta, Feta)
  • Low-fat or fat-free cottage cheese
  • Ostrich Fillet
  • Salmon
  • Shrimp
  • Skinless chicken breast
  • Skinless turkey breast
  • Shrimp
  • Top round steak
  • Top sirloin steak
  • Trout
  • Tuna
  • Wild-game meat

Carbohydrates

  • All bran flakes
  • Apple
  • Baked potato
  • Barley
  • Basmati rice
  • Beans
  • Corn
  • Fat-free yogurt
  • Fruit (not too ripe)
  • High-fiber cereal
  • Oatmeal
  • Parboiled white rice
  • Provita
  • Pasta (durum wheat alternatives)
  • Pumpkin
  • Rye bread
  • Seed loaf
  • Sweet potato
  • Squash
  • Steamed brown rice
  • Steamed wild rice
  • Strawberries
  • Spinach pasta
  • Whole-wheat bread
  • Whole-wheat pita
  • Whole-wheat Tortilla
  • Whole grains

Spices

  • Basil
  • Cayenne pepper
  • Cilantro
  • Cinnamon
  • Cumin
  • Curry
  • Garlic
  • Nutmeg
  • Oregano
  • Parsley
  • Paprika
  • Turmeric
  • Vanilla

Vegetables

  • Asparagus
  • Artichoke
  • Broccoli
  • Brussels sprouts
  • Cucumber
  • Carrots
  • Cauliflower
  • Cabbage
  • Celery
  • Fennel
  • Green beans
  • Green peppers
  • Lettuce
  • Mushrooms
  • Onion
  • Peas
  • Pumpkin/ Squash (small servings)
  • Spinach
  • Tomato
  • Zucchini

Vegetarian Proteins

  • Dried beans eg. lentils, butter beans, kidney beans - 3x per week (also high in carbs)
  • Soy foods
  • Tofu
  • Texturized vegetable protein
  • Veggie burgers

Fats

  • Avocado
  • Butter fish (also high in protein)
  • Canola oil
  • Flax seed oil
  • Low-sodium nuts (also high in protein)
  • Margarine (low in Trans-fats eg. canola)
  • Natural peanut butter (also high in protein)
  • Olives and olive oil
  • Pumpkin seeds
  • Safflower oil
  • Sunflower oil
  • Sunflower seeds

Fats to Avoid

  • Butter
  • Chocolate
  • Fried foods
  • Full cream mayonnaise or salad dressings
  • Full cream dairy products

Wednesday 20 October 2010

Blood Sugar Levels versus Calorie Counting

To start with, there are a few vital principles that must be understood.
If you take in less calories than you use, you will lose weight. This weight loss can be from fat or muscle. Naturally, if you take in more calories than you use, you will gain weight.
Your energy needs differ every day and are made up of three factors – around 70% is your Basal Metabolic Rate, or BMR (the energy you use whilst resting, dependent on your lean mass/muscle, changes very little each day without extreme changes in environment); around 10% is from Thermogenesis (heat production, changes a lot each day depending on what foods you eat, how cold you are etc); and around 20% is from Specific Dynamic Activity (movement, changes a lot each day depending on what foods you eat).
Your body is either in a build up (anabolic) mode, or a breakdown (catabolic) mode.
There is no ‘middle’ zone and you will be switching between anabolism and catabolism at various different points during the day.
Your body still operates as it did in caveman times. It will defend its fat stores to improve survival chances in times of starvation and, upon sensing a deficiency of food, will adjust metabolism to match food intake. This negates the impact of dieting
Unfortunately, most diets and diet clubs only take notice of Principle Number One. This is a very narrow-minded view as it ignores the complex systems that make up or biological structure. Blindly persevering towards an end destination of a Calorie Deficit at the end of the day is, in the main, a very pointless exercise as our bodies have a built-in ‘fat defense’ system to help us survive in leaner times; this must be taken into account if you are going to work around it, and get results beyond the first week or two of a diet (until the fat defense system activates). Generally speaking, any extreme change - be it a drop or increase in food intake, temperature or activity levels – will necessitate a change in the body’s function. Bearing in mind Principle Four, it is extremely important to maintain a normal body function if you are going to lose fat. Unfortunately, diets that blindly calorie-count almost always see your body going through sustained starvation (a very stressful infliction on the system) and this is the perfect recipe for kicking in the Fat Defense/Metabolism Adjustment.
These diets are normally poorly arranged to direct a particular calorie intake over a 24 hour period. Although I accept that you need to have some period to measure intake by, a whole day is simply too long a spell to work to, and you can significantly overeat at breakfast and be hungry at lunch – here you will be building fat stores at 7am and then breaking down muscle at 12noon, both of which will have negative impacts on your body composition. A 24 hour clock will simply not cater for switches in our metabolic functions that happen from hour to hour.
Some weight-watching clubs issue ‘points’ to different foods with the motto ‘no food is a sin’. You can actually fit in with the ethos of this eating plan by starving yourself all day until 7pm, when you use up your 15 points in one go on a well-earned plate of Mars Bars. From 7am-7pm, you have kicked-in your fat defenses (Principle Four) and so have created the tiniest of calorie deficits. Then from 7pm-bedtime, you have caused a massive calorie excess, which will result in definite fat gain. So traditional dieting can actually make you fatter! Not to mention the problems caused by hunger, like nervous system stress, poor mood and concentration. To illustrate the problems with this approach, imagine you are restricting yourself to 10,500 calories per week (a typical level for calorie-counting dieters). Because you have eaten 2 takeaway pizzas on Monday, Tuesday and Wednesday, each with garlic bread and Coke, you have now reached your limit. Would you now not eat until the following Monday? This is exactly what is happening in the diets of many people, the only difference is this 168-hour rhythm has been replaced with a 24-hour one.
Naturally, monitoring your food intake on an hourly or 3-hour basis is also quite inconvenient. But there is no need anyway. The only time you will get the results you need is if you deliver the right balance of food to ensure that you are in a Catabolic(breakdown) mode, as per Principle Three, but without activating your Fat Defences. So what controls whether we are building up fat or muscle stores or breaking them down? This is all down to our blood sugar levels. The amount of glucose (blood sugar) in your bloodstream is constantly varying. It is increased by food intake, released mainly from your intestines into the bloodstream, and decreased by muscle cells that ‘grab’ energy to replace that which they have used up in the process of living. If your blood sugar becomes too high, insulin is released and this will bring down your Blood Sugar Level – however, this energy has to go somewhere and your body ‘cleverly’ stores it as fat. Therefore, these rises in insulin are undesirable. Throughout the course of the day, your Blood Sugar Level will go up and down and its level dictates the activity of your metabolism. So it is very important to become at one with!
It is important to understand the metabolic behavior instigated by your Blood Sugar Level. Whilst there is naturally less defined borders between some zones (‘shades of grey’), there are four distinct zones that you will fluctuate through.

Excessive Anabolic Zone

(Build-up Zone) – your blood sugar is too high. Your muscles have plenty of energy available to work with and build in size and strength, but there is too much energy on top of what is required for this and so your body will release Insulin to reduce the level. Result: Fat and Muscle Storage.

Moderate Anabolic Zone

(Build-up Zone) – your blood sugar is above the level required for maintenance of living function. This moderate excess gives the muscles plenty of energy to work with and build in size and strength. Result: Muscle Storage.

Moderate Catabolic Zone

(Breakdown Zone) – your blood sugar is below the level required for maintenance of living function. This moderate deficit means the body has to · ‘dip into’ its spare energy stores, fat stored under the skin, but there is enough energy to maintain normal metabolic function. Result: Fat Breakdown.

Excessive Catabolic Zone(

(Breakdown Zone) – starvation. Your blood sugar is too low. This severe deficit means the body has to steal energy from its stores, but because your body is now in a starvation state it tries to preserve its long-term fuel source for as · long as possible it will burn more muscle than fat. From a caveman perspective, the choice to break down muscle preserves the most valuable resource, fat – which improves capability to walk to the next village/source of nourishment, therefore improving survival chances. Result: Fat and Muscle Breakdown.
Clearly, the two moderate zones will improve body composition, whereas the two extreme zones will be detrimental to body composition. Moderate Catabolism is extremely beneficial to anyone looking to burn fat. If you stay within this Moderate Catabolic Zone (Fat Burn Zone) all day you will cause your body to ‘skim off the top’ of its fat reserves – the fat stored beneath the skin, also called subcutaneous fat. On a minute by minute basis, you are not using a lot of fat, but over the course of a day/week/month, this all adds up to significant progress.
Is this concept that much different from the calorie-counting plans? In terms of the desired end result, no – you still achieve a calorie deficit (the target, mentioned as Principle One), but the difference is that you are not ‘guessing by numbers’ and instead responding to your body as you go along, without activating your body’s Fat Defences. By definition, you will constantly be running at an energy deficit and so achieve a finite calorie shortfall at the end of the day. Most importantly, this will have been done in a healthy way that improves body composition, as the reserve-energy sources broken down will be almost exclusively fat. Remember that spending hours carefully counting calories will see you disrupt your body’s metabolic function, when in reality you just need to keep your blood sugar at a level where you will be breaking down cells, but without starving. A more general summary of how to spend the maximum amount of time in this Zone is to ensure that you are ‘Never Hungry, Never Full’ – a phrase that all of my clients will no doubt recognize. This means 4-6 small meals/snacks in a day, not ‘three square meals’.
Even knowing this, many people will execute this Blood Sugar Level Maintenance incorrectly. More often that not, problems occur when you eat something that destabilizes the amount of energy in the bloodstream. If you consume sugary or processed food – be it anything from chocolate and sweets to white bread and white rice – it is broken down extremely quickly in your digestive system and, as a result, released into your blood stream too quickly. Your Blood Sugar Level rises rapidly (pushing it towards the top of your Excessive Anabolic Zone) and, in response, a surge of insulin is released; this avoids sending the body into a sugar-induced coma and takes the energy out of the bloodstream. But this energy is dumped as fat around the body, and you are now in a Catabolic zone once again. This is referred to as a Sugar Spike (due to the swift up-down effect it has on your Blood Sugar Levels) and is best avoided as, on top of the extra fat you have now stored subcutaneously, you will now be more tired, more hungry and will need to eat again sooner – a double whammy. It is a good idea to stick to foods that do not cause a sugar spike.
So what foods should we be eating? Generally real and natural foods, with plenty of proteins, good fats (eg seeds, nuts and oils) and complex carbohydrates, as these are broken down slower. All foods are broken down and released into your blood stream at varying speeds, and the slower this happens the more stable your Blood Sugar Levels will stay. Foods can be rated on a scale called a Glyceamic Index (GI) on the relative speed that they push up the blood sugar – the lower the better. Diets that use GI are generally well-balanced and valid plans and are worth becoming familiar with.
The other way problems occur is when we simply eat too much in one meal, thinking we are hungrier than we really are. Due to unnatural eating patterns and processed junk that now regularly replaces food in out diets, most (but not all) of the population have a very poor appetite control function. This can also be caused by genetics, but this is the case on few occasions. There are numerous physical, mental and emotional factors that can influence the appetite of an individual, some beyond the scope of this article, but two important physical aspects should be understood. When your stomach is full, it communicates this message with the brain, which in itself turns off the appetite. So a feeling of fullness in the stomach is important. But this is itself more of an indication of whether you are hungry or not – a more real measurement is fed back more centrally by your Blood Sugar Levels.
This means it should be very easy to judge how much or how little energy you need to move up a zone or avoid slipping down a zone, but the feedback is not instant. Food has to be broken down in the stomach and absorbed through the intestines before it has an impact in your bloodstream; this typically takes 15-25 minutes. To improve the accuracy of these hunger indicators, you could try drinking water with each meal to avoid inaccuracy from the physical sensation in the stomach; to counteract the delayed reaction in your Blood Sugar Levels, you should try eating the French way – this means very small courses separated by 15-20 minute breaks, avoiding eating a big plate of food and then being overcome by bloating (‘Xmas Day/Chinese Takeaway Syndrome’). On a more practical basis, this may mean eating half of your lunchtime sandwich when you start to get hungry, waiting 25 mins and, providing you are now satisfied, eating the other half a couple of hours later.
Once you have understood the basics, you will find yourself making daily progress. Essentially, what works within this scientifically-based plan is the exact target of the calorie-counting plans, but by overcoming the pitfalls it avoids the innefectiveness that comes with disrupting the metabolic functions of our bodies, bodies that have been carefully sculpted by evolution to produce what we have today – a perfect survival machine. Unfortunately, our lifestyles are so out of sync with the daily struggle and sustained hunt for food that they became so adapted to that our biological systems now appear to malfunction. Meanwhile, whilst we continue to drive everywhere and sit behind a desk for eight hours a day, obesity remains rampant.
Appetite, hunger and survival are, by nature, very closely linked. Modern lifestyles have separated the link to some degree but our bodies still function in exactly the same way. It is by understanding the basic sciences involved in the mechanisms that control these necessities to life that we can establish what methods work for fat loss and what methods do not. Keep it naturally moderate, whilst using the basic principles and progress will follow on its own accord. The harder you push it, the more likely you are to take the body into an unhelpful reaction, so settle for realistic but steady improvements. It’s a choice between slow progress or no progress.

Tuesday 12 October 2010

All about Carbohydrates

If the right type of fuel is not added to your car at the right times, you are going to have either poor performance, or none at all. Carbohydrates form the fuel source for your body. Being a short-term fuel source, you can easily run out of it if not taken at the right times, and in the right amounts.
The first source of energy to be used for any movement, like when you get up and walk to the door, is called ATP (adenosine triphosphate). Less time and oxygen is needed to break down muscle glycogen into ATP, than would be the case with fat, or protein.
During anaerobic activity, carbohydrates can be converted into ATP up to five times quicker than fat can. This explains why you need to do low intensity exercise for an extended period if you want to burn fat. It is also true that a fitter person can more readily use fat as an energy source than an unfit one. The mechanism for the utilisation of fat for fuel in an unfit person is simply underdeveloped or non-existent. Like anything, if you do not use it, you lose it, but the more cardiovascular training anyone does, the more this mechanism develops. That is why you really need to get fit before you can start burning fat through a cardiovascular session.
Studies have also indicated that an endurance session combined with "sprints" in between, will increase the metabolism for a longer time following the workout, not only during the workout. For athletes aimed at a medal rather than fat-burning, forcing your body to run out of glycogen to ensure fat burning is not advisable, since performance suffers when fat is the major source of fuel. If you need high quality training sessions, you still need proper carb intake. This applies to endurance as well as strength activities, since they all need high quality training sessions.
Now the question is: When should I take carbs; before, during, or after my training session? The answer is all three. But certainly muscle glycogen is more readily available to be converted to ATP than blood glucose. And also, the enzyme called hexokinase, which is responsible for the conversion of blood glucose to glycogen, is the limiting factor. So the most important portion of carbohydrates would then be the muscle glycogen. These are the carbohydrates that had been replenished following the end of the previous workout, right up to the start of the next one.
In order to start a training session with the maximum amount of muscle glycogen, you should start to consume carbohydrates immediately after you finish a session. Muscle glycogen synthesis occurs in two phases after exercise, the most rapid phase for the first 2 hours, and rather rapid for 4 to 6 hours following the workout. Then it slows down drastically for the next 24 hours. Glycogen synthase, the enzyme that controls glycogen storage, is very active straight after exercise, which is the time when you really need to hit the carbs. Feed your body about 225g of liquid glucose polymers (complex carbs) during the first four hours, which should replenish your stores. It is also advisable to add a bit of glucose and/or fructose right at the end of a session, which at this time will also be absorbed by the muscle and converted into glycogen, without even spiking insulin.
To maintain your glycogen state, you can consume about 650g of carbs per day, but if you are a serious endurance athlete, this figure can exceed 1000g. The timing of how to consume the rest of the carbs is also important. To maintain full glycogen stores, you have to maintain glycogen synthesis. And to do that, you need a constant flow of carbohydrates across the intestinal wall. If that flow is disrupted during the 24 hours following the workout, glycogen storage is reduced, and carbs may be stored as fat. This happens because the enzyme glycogen synthase is dependent on the constant flow of insulin. So the best way to achieve complete replenishment is to constantly eat carbohydrates in small meals throughout the day. Remember, you can only absorb 50g to 100g per hour, and every gram of carbohydrate needs 2.7g of water to store it.
The type of carb eaten should be those with low glycemic indexes, which will not spike and then drop your insulin and thus prevent further glycogen synthesis. To give a more complete indication of the amount of carbs needed.

Table 1: Correlates body weight and training hours per day to determine your carbohydrate need.

Body Weight
Daily Training Hours
1
2
3
4
5
6
7
40
100
200
300
400
500
600
700
50
200
300
400
500
600
700
800
60
300
400
500
600
700
800
900
70
400
500
600
700
800
900
1,000
80
500
600
700
800
900
1,000
1,100
90
600
700
800
900
1,000
1,100
1,200
100
700
800
900
1,000
1,100
1,200
1,300
110
800
900
1,000
1,1000
1,200
1,300
1,400
120
900
1,000
1,100
1,200
1,300
1,400
1,500

Table 2: indicates which carbohydrates to pick and which to shy away from:

Eat Less
GI
Eat More
GI
Food
Food
Sugars
Glucose
100
Fructose
20
Honey
87
Vegetables
Carrots
90
Soybeans
15
White Potatoes
70
Kidney beans
30
Lentils
25
Sweet potatoes
48
Fruit
Bananas
65
Apples
36
Raisins
68
Oranges
40
Grains
White flour spaghetti
56
Whole wheat spaghetti
40
Cornflakes
85
Oats
48
White rice
70
Brown rice
60
White flour pancakes
66
Buckwheat pancakes
45
White Bread
76
Whole wheat bread
64
Now we get to the portion of carbs you need to take prior to exercise. Because it takes time to digest, you need to take 100 to 150g of carbs 3 to 4 hours before your session. Don't use simple carbs like sugar, take complex carbs like maltodextrin. Then when the session starts, you can immediately start taking 40g to 90g of carbs per hour of training. Research indicated that a 7% solution permitted the best supply of both water and carbs. Remember, the higher the concentration of the carbs, the slower gastric emptying occurs, hampering the absorption of the carbs. Sip continuously during the session to prevent having to drink a full glass worth every 15 minutes, which would leave you with a slosh in the stomach every time.