Archive for the ‘General Information’ Category

Are steroids worth the risk?

Tuesday, July 29th, 2008

What Are Steroids?

Steroids, sometimes referred to as roids, juice, hype, weight trainers, gym candy, arnolds, stackers, or pumpers, are the same as, or similar to, certain hormones in the body. The body produces steroids naturally to support such functions as fighting stress and promoting growth and development. But some people use steroid pills, gels, creams, or injections because they think steroids can improve their sports performance or the way they look.

Anabolic steroids are artificially produced hormones that are the same as, or similar to, androgens, the male-type sex hormones in the body. There are more than 100 variations of anabolic steroids. The most powerful androgen is testosterone (pronounced: tess-toss-tuh-rone). Although testosterone is mainly a mature male hormone, girls’ bodies produce smaller amounts. Testosterone promotes the masculine traits that guys develop during puberty, such as deepening of the voice and growth of body hair. Testosterone levels can also affect how aggressive a person is.

Athletes sometimes take anabolic steroids because of their testosterone-like effects.

Another group of steroids, sometimes called steroidal supplements, contains dehydroepiandrosterone (DHEA) and/or androstenedione (also known as andro). For the most part, steroidal supplements, which used to be found at health food stores or gyms, are now illegal and require a prescription. DHEA is one of the few exceptions and can still be bought over the counter.

Steroid supplements are weaker forms of androgen. Their effects aren’t well known, but it’s thought that, when taken in large doses, they cause effects similar to other androgens like testosterone. Here’s what is known about steroidal supplements: Companies that manufacture them often use false claims and very little is known about the long-term effects some of these substances have on the body. That’s one reason why the government took action to protect citizens by passing laws controlling steroid distribution.

Steroids: Stacking and Addiction

Some people combine or “stack” anabolic steroids with other drugs. Other steroid users may “pyramid” or “cycle” their steroid doses, starting with a low dose of stacked drugs and then periodically increasing and decreasing the dosage of the steroid, which users believe helps their bodies recuperate from the drugs.

Because even scientists don’t understand exactly how steroids interact with each other or possibly cause reactions to other medications, it’s possible that a person who stacks or cycles steroids can take a deadly combination. Emergency departments have reported cases of vomiting, tremors, dizziness, and even coma (unconsciousness) when patients were admitted after taking combinations of steroids.

A lot of people tell themselves they’ll only use steroids for a season or a school year. Unfortunately, steroids can be addictive, making it hard to stop taking them.

Steroid users can spend lots of time and money trying to get the drugs. And once users stop taking steroids, they’re at risk of developing irritability, paranoia, and severe depression, which may lead to suicidal thoughts or attempted suicide. Some of the long-term effects of steroids may not show up for many years. People who use steroids also appear to be at higher risk for using other drugs, such as alcohol or cocaine.

What Is Human Growth Hormone?

You may have heard of something called Human Growth Hormone, or hGH, in relation to sports supplements and maybe even related to steroids. Like steroids, hGH is only legal when prescribed by a doctor for a medical condition. Doctors prescribe hGH for people whose bodies don’t naturally make enough growth hormone, a condition known as growth hormone deficiency. However, recent trends show an increase in growth hormone being abused as an athletic supplement.

A lot of myths surround hGH and its effects on athletes. As with steroids, there is absolutely no evidence that growth hormone helps to improve athletic performance. Here are some risks you should be aware of:

Any type of hGH that is not obtained by prescription is not regulated by the government and could be almost anything.
If you buy what may be called “growth hormone,” “growth stimulators,” or “growth factors” online, it’s likely they’re not really hGH. Many websites claim to be selling growth hormone, but they’re really selling amino acids that don’t significantly increase growth hormone levels in your body.
If the false claims of performance benefits from hGH don’t bother you, the price probably will — $5,000 for a month’s prescription, meaning that the street value for just a month could run anywhere from $5,000–$10,000.
Because growth hormone can only be injected, like some steroids, there’s a risk of contracting HIV or other diseases (like hepatitis) if people share needles.
Strong Alternatives to Steroids

Anabolic steroids are controversial in the sports world because of the health risks associated with them and their unproven performance benefits. Most are illegal and are banned by professional sports organizations and medical associations. As seen in the high-profile cases, if an athlete is caught using steroids, his or her career can be destroyed.

When it comes right down to it, harming your body or getting disqualified aren’t smart ways to try to improve your athletic performance. Being a star athlete means training the healthy way: eating the right foods, practicing, and strength training without the use of drugs.

Calorie Calculators & Calorie Calculations

Thursday, January 3rd, 2008

The first step in designing a personal nutrition plan for yourself is to calculate how many calories you burn in a day; your total daily energy expenditure (TDEE).
TDEE is the total number of calories that your body expends in 24 hours, including all activities. TDEE is also known as your “maintenance level”. Knowing your maintenance level will give you a starting reference point from which to begin your diet. According to exercise physiologists William McArdle and Frank Katch, the average maintenance level for women in the United States is 2000-2100 calories per day and the average for men is 2700-2900 per day. These are only averages; caloric expenditure can vary widely and is much higher for athletes or extremely active individuals. Some triathletes and ultra-endurance athletes may require as many as 6000 calories per day or more just to maintain their weight! Calorie requirements may also vary among otherwise identical individuals due to differences in inherited metabolic rates.
Methods of determining caloric needs
There are many different formulas you can use to determine your caloric maintenance level by taking into account the factors of age, sex, height, weight, lean body mass, and activity level. Any formula that takes into account your lean body mass (LBM) will give you the most accurate determination of your energy expenditure, but even without LBM you can still get a reasonably close estimate.
The “quick” method (based on total bodyweight)
A fast and easy method to determine calorie needs is to use total current body weight times a multiplier.
Fat loss=12 - 13 calories per lb. of bodyweight
Maintenance (TDEE)=15 - 16 calories per lb. of bodyweight
Weight gain:=18 - 19 calories per lb. of bodyweight
This is a very easy way to estimate caloric needs, but there are obvious drawbacks to this method because it doesn’t take into account activity levels or body composition. Extremely active individuals may require far more calories than this formula indicates. In addition, the more lean body mass one has, the higher the TDEE will be. Because body fatness is not accounted for, this formula may greatly overestimate the caloric needs if someone is extremely overfat. For example, a lightly active 50 year old woman who weighs 235 lbs. and has 34% body fat will not lose weight on 3000 calories per day (255 X 13 as per the “quick” formula for fat loss).

Equations based on BMR.
A much more accurate method for calculating TDEE is to determine basal metabolic rate (BMR) using multiple factors, including height, weight, age and sex, then multiply the BMR by an activity factor to determine TDEE. BMR is the total number of calories your body requires for normal bodily functions (excluding activity factors). This includes keeping your heart beating, inhaling and exhaling air, digesting food, making new blood cells, maintaining your body temperature and every other metabolic process in your body. In other words, your BMR is all the energy used for the basic processes of life itself. BMR usually accounts for about two-thirds of total daily energy expenditure. BMR may vary dramatically from person to person depending on genetic factors. If you know someone who claims they can eat anything they want and never gain an ounce of fat, they have inherited a naturally high BMR. BMR is at it’s lowest when you are sleeping undisturbed and you are not digesting anything. It is very important to note that the higher your lean body mass is, the higher your BMR will be. This is very significant if you want to lose body fat because it means that the more muscle you have, the more calories you will burn. Muscle is metabolically active tissue, and it requires a great deal of energy just to sustain it. It is obvious then that one way to increase your BMR is to engage in weight training in order to increase and/or maintain lean body mass. In this manner it could be said that weight training helps you lose body fat, albeit indirectly.

The Harris-Benedict formula (BMR based on total body weight)
The Harris Benedict equation is a calorie formula using the factors of height, weight, age, and sex to determine basal metabolic rate (BMR). This makes it more accurate than determining calorie needs based on total bodyweight alone. The only variable it does not take into consideration is lean body mass. Therefore, this equation will be very accurate in all but the extremely muscular (will underestimate caloric needs) and the extremely overfat (will overestimate caloric needs).
Men: BMR=66 + (13.7 X wt in kg) + (5 X ht in cm) - (6.8 X age in years)
Women: BMR=655 + (9.6 X wt in kg) + (1.8 X ht in cm) - (4.7 X age in years)
Note: 1 inch=2.54 cm.
1 kilogram=2.2 lbs.
Example:
You are female
You are 30 yrs old
You are 5′ 6 ” tall (167.6 cm)
You weigh 120 lbs. (54.5 kilos)
Your BMR = 655 + 523 + 302 - 141 = 1339 calories/day
Now that you know your BMR, you can calculate TDEE by multiplying your BMR by your activity multiplier from the chart below:
Activity Multiplier
Sedentary = BMR X 1.2 (little or no exercise, desk job)
Lightly active = BMR X 1.375 (light exercise/sports 1-3 days/wk)
Mod. active = BMR X 1.55 (moderate exercise/sports 3-5 days/wk)
Very active = BMR X 1.725 (hard exercise/sports 6-7 days/wk)
Extr. active = BMR X 1.9 (hard daily exercise/sports & physical job or 2X day training, i.e marathon, contest etc.)
Example:
Your BMR is 1339 calories per day
Your activity level is moderately active (work out 3-4 times per week)
Your activity factor is 1.55
Your TDEE = 1.55 X 1339 = 2075 calories/day

Katch-McArdle formula (BMR based on lean body weight)
If you have had your body composition tested and you know your lean body mass, then you can get the most accurate BMR estimate of all. This formula from Katch & McArdle takes into account lean mass and therefore is more accurate than a formula based on total body weight. The Harris Benedict equation has separate formulas for men and women because men generally have a higher LBM and this is factored into the men’s formula. Since the Katch-McArdle formula accounts for LBM, this single formula applies equally to both men and women.
BMR (men and women) = 370 + (21.6 X lean mass in kg)
Example:
You are female
You weigh 120 lbs. (54.5 kilos)
Your body fat percentage is 20% (24 lbs. fat, 96 lbs. lean)
Your lean mass is 96 lbs. (43.6 kilos)
Your BMR = 370 + (21.6 X 43.6) = 1312 calories
To determine TDEE from BMR, you simply multiply BMR by the activity multiplier:
Example:
Your BMR is 1312
Your activity level is moderately active (work out 3-4 times per week)
Your activity factor is 1.55
Your TDEE = 1.55 X 1312 = 2033 calories
As you can see, the difference in the TDEE as determined by both formulas is statistically insignificant (2075 calories vs. 2033 calories) because the person we used as an example is average in body size and body composition. The primary benefit of factoring lean body mass into the equation is increased accuracy when your body composition leans to either end of the spectrum (very muscular or very obese).

Adjust your caloric intake according to your goal
Once you know your TDEE (maintenance level), the next step is to adjust your calories according to your primary goal. The mathematics of calorie balance are simple: To keep your weight at its current level, you should remain at your daily caloric maintenance level. To lose weight, you need to create a calorie deficit by reducing your calories slightly below your maintenance level (or keeping your calories the same and increasing your activity above your current level). To gain weight you need to increase your calories above your maintenance level. The only difference between weight gain programs and weight loss programs is the total number of calories required.

Negative calorie balance is essential to lose body fat.
Calories not only count, they are the bottom line when it comes to fat loss. If you are eating more calories than you expend, you simply will not lose fat, no matter what type of foods or food combinations you eat. Some foods do get stored as fat more easily than others, but always bear in mind that too much of anything, even “healthy food,” will get stored as fat. You cannot override the laws of thermodynamics and energy balance. You must be in a calorie deficit to burn fat. This will force your body to use stored body fat to make up for the energy deficit. There are 3500 calories in a pound of stored body fat. If you create a 3500-calorie deficit in a week through diet, exercise or a combination of both, you will lose one pound. If you create a 7000 calories deficit in a week you will lose two pounds. The calorie deficit can be created through diet, exercise or preferably, with a combination of both. Because we already factored in the exercise deficit by using an activity multiplier, the deficit we are concerned with here is the dietary deficit.

Calorie deficit thresholds: How low is too low?
It is well known that cutting calories too much slows down the metabolic rate, decreases thyroid output and causes loss of lean mass, so the question is how much of a deficit do you need? There definitely seems to be a specific cutoff or threshold where further reductions in calories will have detrimental effects. The most common guideline for calorie deficits for fat loss is to reduce your calories by at least 500, but not more than 1000 below your maintenance level. For some, especially lighter people, 1000 calories may be too much of a deficit. The American College of Sports Medicine (ACSM) recommends that calorie levels never drop below 1200 calories per day for women or 1800 per day for men. Even these calorie levels are extremely low. A more individualized way to determine the safe calorie deficit would be to account for one’s bodyweight or TDEE. Reducing calories by 15-20% below TDEE is a good place to start. A larger deficit may be necessary in some cases, but the best approach would be to keep the calorie deficit through diet small while increasing activity level.
Example 1:
Your weight is 120 lbs.
Your TDEE is 2033 calories
Your calorie deficit to lose weight is 500 calories
Your optimal caloric intake for weight loss is 2033 - 500 = 1533 calories
Example 2: Your calorie deficit to lose weight is 20% of TDEE (.20% X 2033 = 406 calories) Your optimal caloric intake for weight loss = 1627 calories

Positive calorie balance is essential to gain lean bodyweight
If you want to gain lean bodyweight and become more muscular, you must consume more calories than you burn up in a day. Provided that you are participating in a weight-training program of a sufficient intensity, frequency and volume, the caloric surplus will be used to create new muscle tissue. Once you’ve determined your TDEE, the next step is to increase your calories high enough above your TDEE that you can gain weight. It is a basic law of energy balance that you must be on a positive calorie balance diet to gain muscular bodyweight. A general guideline for a starting point for gaining weight is to add approximately 300-500 calories per day onto your TDEE. An alternate method is to add an additional 15 - 20% onto your TDEE.
Example:
Your weight is 120 lbs.
Your TDEE is 2033 calories
Your additional calorie requirement for weight gain is + 15 - 20% = 305 - 406 calories
Your optimal caloric intake for weight gain is 2033 + 305 - 406 = 2338 - 2439 calories

Adjust your caloric intake gradually
It is not advisable to make any drastic changes to your diet all at once. After calculating your own total daily energy expenditure and adjusting it according to your goal, if the amount is substantially higher or lower than your current intake, then you may need to adjust your calories gradually. For example, if your determine that your optimal caloric intake is 1900 calories per day, but you have only been eating 900 calories per day, your metabolism may be sluggish. An immediate jump to 1900 calories per day might actually cause a fat gain because your body has adapted to a lower caloric intake and the sudden jump up would create a surplus. The best approach would be to gradually increase your calories from 900 to 1900 over a period of a few weeks to allow your metabolism to speed up and acclimatize.

Measure your results and adjust calories accordingly
These calculations for finding your correct caloric intake are quite simplistic and are just estimates to give you a starting point. You will have to monitor your progress closely to make sure that this is the proper level for you. You will know if you’re at the correct level of calories by keeping track of your caloric intake, your bodyweight, and your body fat percentage. You need to observe your bodyweight and body fat percentage to see how you respond. If you don’t see the results you expect, then you can adjust your caloric intake and exercise levels accordingly. The bottom line is that it’s not effective to reduce calories to very low levels in order to lose fat. In fact, the more calories you consume the better, as long as a deficit is created through diet and exercise. The best approach is to reduce calories only slightly and raise your daily calorie expenditure by increasing your frequency, duration and or intensity of exercise.

Bodybuilding for Beginners

Thursday, January 3rd, 2008

We all have to start somewhere and it can be overwhelming at times because people often make things more complicated then they really are. When you put aside all of the hype you can see that building muscle and losing fat is not very complex.
What I am going to do is outline a good weight training, nutrition, and supplementation program that you can follow. You do not need to have much exercise equipment. In fact you can make great gains by training in a small home gym. But I would recommend that you workout in a commercial gym. Besides having more exercise equipment to choose from. There is a lot more energy in a commercial gym and there is a feeling of friendly competition. This will help motivate you to work hard and make improvements.
For a beginner I would suggest that you workout 3 days per week or every other day. By doing this you will give your body plenty of time for recuperation and muscle growth. Muscles do not grow while you are working out; they grow while you are resting. Working out will stress and damage the muscles slightly. Then your body reacts by building up the muscles in order to handle the extra work and stress. So by gradually increasing the workload you put on your muscles your body will become bigger and stronger.
Once you workout you have to give your body time to repair and build the muscles through rest. Then you repeat the process of working out and rest. A common mistake that people make is thinking that they will get better results if they workout for several hours everyday. This is not true because what happens is the muscles get stressed and damaged but they don’t get a chance to recover and build up. This is what is called “over training”. When you over train your body can’t build muscle and you may even lose some of the muscle you have now.
We can shorten the period it takes the body to recover from a workout through proper nutrition and supplements. By eating lots of nutritious foods you provide the body with the raw material it needs for muscle growth. We take supplements to help us get extra nutrients. Supplements are not designed to replace real food, but to be taken in addition to real food. For example if you ate the typical 3 meals a day and then had a protein shake in between each meal this would be a great way to “supplement” your diet with extra protein.
For your nutrition you should eat at least 1 gram of protein per pound of bodyweight. For protein eat foods such as beef, chicken, turkey, fish, eggs, milk, protein shakes, etc. Eat plenty of carbohydrates such as bread, rice, cereals, potatoes, pasta, fruit, vegetables, etc. Try to limit your fat intake, you don’t eliminate fat entirely just avoid eating excess fried foods and “junk-foods”. Eat a small meal every 2-3 hours. A protein and carbohydrate shake can be considered a meal. Drink at least 1 gallon of water per day and get 8 hours of sleep each night.
For supplements take a multivitamin and extra vitamin C with your breakfast and evening meal. And have a protein shake between meals and after your workouts.
For lunch at school or work you could:
Cook foods such as chicken, beef, turkey, rice, pasta, etc. ahead of time and put them in a Tupperware container to reheat in the microwave.
Make sandwiches such as tuna, roast beef, turkey, etc.
Mix a protein shake and take it with you in a thermos or shaker bottle.
Take fruits and vegetables i.e. apples, bananas, carrots, etc.
Eating right is not that difficult it just takes a bit of planning ahead.
The biggest factor to your success is being consistent with your workouts and proper nutrition. You can follow several different workout routines and make good progress, just make sure to work all of the major muscle groups.
Here is a good workout routine that you can follow. With this routine you split up your workouts by exercising half of your body one workout and then exercising the other half the next.
Day 1: (Workout A)
Bench press 4 sets of 10 reps (for the chest) Pull downs 4 sets of 10 reps (for the back) Military press 4 sets of 10 reps (for the shoulders) Crunches 4 sets of 25-50 reps (for the abdominals)
Day 2:
REST
Day 3: (Workout B)
Squats or Leg press 4 sets of 15 reps (for the thighs) Barbell curls 4 sets of 10 reps (for the biceps) Triceps push downs 4 sets of 10 reps (for the triceps) Standing calve raises 4 sets of 15 reps (for the calves)
Day 4:
REST
Day 5:
Repeat Workout A
Day 6:
REST
Day 7:
Repeat Workout B
Workout every-other-day and alternate the two workout routines. The weight that you lift for the first couple of weeks should be light enough so you can complete the repetitions with ease. At the beginning, you must learn to perform the exercises correctly. Then gradually, over time increase the amount of weight that you are lifting. For the first set of each exercise, use a light weight to warm up the muscles and prevent injury. For the other sets, increase the weight so that you have to work hard to complete the required repetitions.
At this stage it is best not to complicate things, keep your routine simple and be consistent with your eating and training. The biggest factor with success in bodybuilding is to just stick with it and focus on making small improvements overtime.
“inch by inch life is a synch, yard by yard life is hard”

Bodybuilders & Protein, Part 1

Tuesday, January 1st, 2008

Why are bodybuilders infatuated with protein?
Bodybuilders are infamous for their love affair with protein. The way iron-pumpers see it, muscle is protein, so they associate eating more dietary protein with gaining more muscle. Devouring egg whites by the dozen, meat by the pound and protein powder by the bucketful is the norm for hard training physique athletes. But is all this carnivorism really necessary?
Why the infatuation with eating huge amounts of protein? Are bodybuilders correct in their habitual practice of pounding down the protein or is this immoderation unfounded? To answer these questions, it is first necessary obtain a solid understanding of what protein is and how it is used in the body. Only then can we objectively look at the protein consumption practices of bodybuilders and compare them to what the scientific evidence says in order to make some sensible and productive recommendations.
Protein Turnover; the dynamic human body
Although your body appears quite solid, it is always in a constant state of flux. The Greek philosopher Heraclitus said, “You cannot step in the same river twice.” What he meant was that a river may look the same every day, but it never is the same because of the constant flow of new water running through it. This is also true of the human body. Body protein is constantly being turned over as old cells die and new cells replace them.
Best-selling author and mind-body expert Dr. Deepak Chopra describes this ongoing cellular renewal process like this: “It is as if you lived in a building whose bricks were systematically taken out and replaced every year. If you keep the same blueprint then it will still look like the same building. But it won’t be the same in actuality. The human body also stands there, looking much the same from day to day, but through the process of respiration, digestion, elimination and so forth, it is constantly and ever in exchange with the rest of the world.”
Quantum physicists have proven that 98% of the atoms in your body are replaced within one year. In three months your body produces an entirely new skeleton. Every six weeks, all the cells have been replaced in your liver. You have a new stomach lining every five days. You are continually replacing old blood cells with new ones. Every month you produce an entirely new skin as dead cells are shed and new cells grow underneath. The proteins in your muscles are continually turned over as muscle is broken down and new tissue is synthesized. Every cell in your body is constantly being recycled.
Where do all these new cells come from? The answer of course, is from the protein foods you consume every day. That’s why the saying, “You are what you eat” is literally true from a molecular standpoint. Once you’ve accepted this maxim, you’ll start being awfully careful about what you put in your body every day.
Protein 101: What is protein anyway?
Its not surprising that bodybuilders put so much emphasis on protein. After all, protein is construction material for the human body like bricks are for a building. Body structures made from protein include skin, hair, nails, bones, connective tissue and of course skeletal muscle. Other proteins in your body include antibodies, enzymes, hormones such as insulin, and transporters such as hemoglobin.
Next to water, protein is the most abundant substance in the body, making up approximately 15-20% of your weight. Of most interest to the bodybuilder is the fact that 60-70% of all protein in the body is located in the skeletal muscles. In order for muscle growth to occur, every day you must consume more protein than your body utilizes. Like fats and carbohydrates, proteins are also composed of carbon, hydrogen and oxygen. The difference is nitrogen.
Only protein can bring nitrogen into the body. Because muscle tissue contains most of the body’s protein and protein contains nitrogen, scientists can study the effect of dietary protein on muscle growth by comparing the amount of nitrogen consumed with the amount excreted (in feces, urine and sweat). If the intake of nitrogen is greater than the amount excreted, then we know that protein is being retained and new muscle is being synthesized. This is known as positive nitrogen balance. If more nitrogen is excreted than consumed, you are in negative nitrogen balance, indicating that protein is being broken down and muscle is being lost.
Amino acids: The building blocks of protein
The smallest units of a protein are called amino acids. Like bricks in a wall, amino acids are the building blocks of protein. Just as glycogen is formed from the linkage of numerous glucose molecules, proteins are formed from the joining of numerous amino acids. There are 20 amino acids that are required for growth by the human body. From these 20 amino acids, there are tens of thousands of different protein molecules that can be formed.
Each protein is assembled from the bonding of different amino acids into various configurations. Growth hormone, for example, is a protein chain of 156 amino acids. “Amino acids are somewhat like letters in the alphabet. If you had only the letter G, all you could write would be a string of Gs: G-G-G-G-G-G-G-G. But with 20 different letters available, you could create poems, songs, or novels.
The 20 amino acids can be linked together in an even greater variety of sequences than are possible for letters in a word or words in a sentence. The variety of possible sequences for polypeptide chains is tremendous.” -Eleanor Whitney and Sharon Rolfes, “Understanding Nutrition.”
Essential vs. Non-essential amino acids
Out of the twenty amino acids, the human body can make eleven of them. These are called the non-essential amino acids (also known as “dispensable amino acids). The other nine amino acids are called “essential amino acids” or (indispensable amino acids). Essential amino acids are those which cannot be manufactured by your body and must be supplied from your food.
Essential (indispensable) amino acids
Histidine
Isoleucine
Leucine
Valine
Lysine
Methionine
Phenylalanine
Threonine
Tryptophan
Non essential (dispensable) amino acids

Alanine
Arginine
Asparagine
Aspartic Acid
Cysteine
Glutamic acid
Glutamine
Glycine
Proline
Serine
Tyrosine

Why bodybuilders must eat “complete” proteins every three hours Foods that contain a balanced combination of all the essential and nonessential amino acids in the exact amounts required by the body for growth are called “complete proteins.” In order for the body to synthesize muscle, all the essential amino acids must be available simultaneously.
Any non-essential amino acids that are in short supply can be produced by the liver, but if an essential amino acid is missing, the body must break down its own proteins to obtain it. To prevent muscle cell breakdown, dietary protein must supply all the essential amino acids. If your diet is missing any essential amino acids, protein synthesis will be inhibited.
Carbohydrates have a storage depot in the body called glycogen. Glycogen can be stored in the muscles and liver and then drawn upon hours or even days later when it is needed. Proteins cannot be stored in the body. There is only a very small and transient amino acid pool in the bloodstream. To maintain the optimal environment for muscle growth (positive nitrogen balance), complete proteins must be eaten with every meal. This explains the rationale behind the common bodybuilding practice of eating six protein-containing meals per day (one about every three hours.)
Protein Quality: Complete vs. Incomplete proteins
Protein isn’t just found in meat, eggs and milk. There is also protein in vegetables, beans, legumes, and grains. However, the protein in these foods is not considered “complete” because it lacks one or more of the essential amino acids. Generally speaking, proteins from vegetable sources are lower in quality and that’s the reason they are eschewed by bodybuilders.
The complete proteins are those that come from animal sources such as eggs, milk and meat. Many grains and legumes contain substantial amounts of protein, but none provide the full array of essential amino acids. Beans, for example, are very high in protein with about 15 grams per cup, however, they are missing the essential amino acid Methionine. Similarly, grains are lacking the essential amino acid Lysine.
It has been frequently pointed out that combining two incomplete sources of vegetable protein such as rice and beans provides you with the full complement of essential amino acids. This may be true, but there’s a decided difference between simply meeting your minimum amino acid requirements for health and consuming the optimal quality of protein for building muscle. Combining complementary vegetable sources of protein just doesn’t cut it for the serious bodybuilder.
Is “Vegetarian bodybuilder” an oxymoron?
A pure vegetarian (vegan) diet is not conducive to building muscle. One thing you will never see is a rock-hard, massive and muscular vegan. Lacto-vegetarians (those who use dairy products) and ovo-lacto-vegetarians (those who use eggs and dairy products) can build excellent physiques. Bodybuilding champion Bill Pearl is just one example. Pearl is well known for his lifelong aversion to eating meat, but he does use complete proteins from eggs or dairy products.
With this semi-vegetarian approach, Pearl won the Mr. America and Mr. Universe tittles and became a legend in the bodybuilding and fitness world. The bottom line is that you can get fit and healthy without consuming animal proteins, but unless you include eggs or dairy products, you will never develop a physique worthy of the bodybuilding stage.
If a hard and muscular physique is what you’re after, then heed the advice of Robert Kennedy, publisher of Muscle Mag International and author of “Rock Hard, Supernutrition for Bodybuilders:” “The bodybuilder would be ill-advised to adopt a true vegetarian diet. You can be one of the millions who are eating less meat and more vegetables. You may even want to drop all flesh entirely.
But is would be a mistake to try for pure vegetarianism. Only 3.7% of Americans consider themselves to be vegetarians, and of those only a fraction of 1% are purists. In the bodybuilding world of champions, that percentage is currently…. ZERO!”
Lean sources of complete proteins
Complete proteins come from animal sources including meat, eggs and dairy products. The obvious problem with animal proteins is that they also contain large amounts of saturated fat. To stay lean, bodybuilders must always keep fats in the diet low. Fortunately, fat from animal proteins can easily be avoided simply by making the correct choices.
For example, use egg whites instead of egg yolks, lean meats such as turkey breast and chicken breast instead of fatty cuts of meat, and 1% low fat or non-fat dairy products instead of whole milk dairy products. These are some of the best sources of lean protein for bodybuilding purposes:
Chicken breast
Turkey breast
Fish
Shellfish (shrimp, lobster, crab, clams, etc)
Egg whites
Lean red meats (top round, lean sirloin, and flank)
Nonfat or low fat dairy products
Protein powders (Whey protein, for example).
The great debate; The RDA vs. the “protein pushers”
For years a heated controversy has raged over whether or not extra protein will boost muscle development. On one side of the debate you have the conservative dietitians and medical community who stubbornly insist that the recommended Daily Allowance (RDA) is all you need to develop muscle. The RDA’s are the official government guidelines set by the national research council.
Currently the RDA for protein is based on body weight and is set at .8 grams per kilogram of body weight (that’s .36 grams per lb. of body weight). For a 172 lb. man that equates to a paltry 62 grams per day. It is important to note that the RDA’s were developed for the “average” sedentary person to avoid deficiency, not for athletes in hard training to gain muscle and strength. In fact, the RDA handbook even says, “no added allowance is made for stresses encountered in daily living which can give rise to increases in urinary nitrogen output.”
On the other side of the debate, you have the “protein pushers” who claim that megadoses of protein are the key to muscular growth. These high protein fanatics often suggest intakes of 400-500 grams a day or more. More often than not, the protein pushers are in some way affiliated with a supplement company and have a vested interest in selling you protein powder.
In other cases, these high protein advocates may be professional bodybuilders who are taking large amounts of anabolic steroids, which can allow the body to utilize more protein than normal. So who is right, the conservative medical and scientific community or the protein pushers? The answer is neither; the optimal intake is clearly somewhere in between the two extremes.
An “optimal” protein intake for bodybuilders is still unknown at this time and will require further research, but one thing is for certain: The RDA is not enough to support the added requirements for intense bodybuilding training. Even the RDA handbook itself says, “No added allowance is made here for stresses encountered in daily living which can give rise to transient increases in urinary nitrogen output.
It is assumed that the subjects of experiments forming the basis for the requirement estimates are usually exposed to the same stresses as the population generally.” If bodybuilding isn’t an “unusual stress” beyond what is normally encountered in daily living then I don’t know what is.
What the current research says about protein and bodybuilding
Research has conclusively proven that exercise increases protein needs. Dr. Peter Lemon is the world’s leading researcher on protein requirements and athletes. In the journal “Medicine and Science in Sports and Exercise” (19:5, S179-S190,1986) Dr. Lemon writes; “Several types of evidence indicate that exercise causes substantial changes in protein metabolism.
In fact, recent data suggests that the protein recommended dietary allowance might actually be 100% higher for individuals who exercise on a regular basis. Optimal intakes, although unknown, may be even higher, especially for individuals attempting to increase muscle mass and strength.”
Dr. Lemon’s most recent research published in “Nutrition Reviews,” (54:S169-175, 1996) indicates that strength athletes need up to 1.8g of protein per kg. of body weight to maintain positive nitrogen balance. That’s .8 grams per lb. of body weight or almost 140 grams a day for someone who weighs 172 lbs. This is very close to the long-held belief of bodybuilders that 1 gram per pound of body weight is optimal.
Some studies have shown that even higher protein intakes may be necessary in hard training strength athletes. In one study of Polish weightlifters (Nutr. Metabolism 12:259-274), 5 of 10 athletes were still in negative nitrogen balance even while consuming 250% of the RDA.
So much research has been done on protein and athletes that it’s amazing that so many conservative registered dietitians and medical professionals still cling to the outdated notion that the RDA for protein is sufficient for muscle growth. The biggest irony is the fact that many of these “RDA pushers” are overweight, flabby, out of shape professors, researchers or white lab coat types.
I don’t know about you, but I have a very hard time taking advice from “armchair experts” who don’t walk the walk. After years of being criticized by the academic and scientific communities for their “excess” protein intakes, bodybuilders today have received their vindication; It is no longer a theory that protein intakes higher than the RDA are more effective for building muscle, it is now scientific fact.
Now that we’ve established these facts, that still leaves one burning question: How do you determine the precise amount of protein that is right for you? Read part two to find out.

Why Bodybuilders Use Clomid

Tuesday, January 1st, 2008

Clomid is a generic name for Clomiphene Citrate and is a synthetic oestrogen. It is prescribed medically to aid ovulation in low fertility females. Another generic name is Serophene.
Most anabolic steroids, especially the androgens, cause inhibition of the body’s own testosterone production. When a bodybuilder comes off a steroid cycle, natural testosterone production is zero and the levels of the steroids taken in the blood are diminishing. This leaves the ratios of catabolic : anabolic hormones in the blood high, hence the body is in a state of catabolism, and, as a result, much of the muscle tissue that was gained on the cycle is now going to be lost.
Clomid stimulates the hypothalamus to, in turn stimulant the anterior pituitary gland (aka hypophysis) to release gonadotrophic hormones. The gonadotrophic hormones are follicle stimulating hormone (FSH) and luteinizing hormone (LH - aka interstitial cell stimulating hormone (ICSH)). FSH stimulates the testes to produce more testosterone, and LH stimulates them to secrete more testosterone. This feedback mechanism is known as the hypothalamic-pituitary-testes axis (HPTA), and results in an increase of the body’s own testosterone production and blood levels rise, to, in part, compensate for the diminishing levels of exogenous steroids. This is vital to minimise post cycle muscle losses.
Not all steroids do cause shut down of the feedback mechanism. Everyone is different and you must also take into account how long you have been using a certain steroid and at what dose in order to determine if you need Clomid or not.
Clomid also works as an anti-oestrogen. As it’s a weak synthetic oestrogen, it binds to oestrogen receptors on cells blocking them to oestrogen in the blood. This minimises the negative effects like gynecomastia and water retention that may be a result of oestrogen that has aromatised from testosterone.
It’s effect as an anti-oestrogen are quite weak though, and it should not be relied upon if you are going to be using androgenic steroids that aromatise at a rapid rate, or if you are pre-disposed to gynecomastia. Arimidex and Nolvadex (Tamoxifen) are far more effective anti-oestrogens.
Important note: Clomid does not, as is often thought, stimulate the release of natural testosterone, but rather works at reducing the oestrogenic inhibition caused by the steroid cycle. It does this in a similar manner to the way it and Nolvadex block oestrogen receptors in nipples to combat gyno development, i.e. by blocking the oestrogen receptors in the hypothalamus and pituitary thus reducing the inhibition from the elevated oestrogen. This allows LH levels to return to normal, or even above normal levels, and in turn, natural testosterone levels to also normalise.
Inhibition of the HPTA is caused by either elevated androgen, oestrogen or progesterone levels. On cessation of the steroid cycle, androgen levels begin to fall and Clomid dosing is normally commenced according to the half-life of the longest acting drug in the system (see below).
This may also explain the reason individuals often find post-deca recovery more difficult, as the progesterone presence is untouched by the Clomid. We know that Clomid and Nolvadex (being very similar chemically) are both ineffective with regard to reducing progesterone related gyno, so it is reasonable to assume that Clomid has little effect against progesterone levels.
Clomid During A Cycle
When we use anabolic steroids, the level of androgens in the body rises causing the androgen receptors to become more highly activated, and through the HPTA, a signal tells our testes to stop producing testosterone. During a cycle the body has far higher than normal levels of androgens and, as long as this level is high enough, Clomid will not help to keep natural testosterone production up. It will be almost all but completely shut off, in theory.
Some heavy androgen users, however, do advocate a small burst of Clomid mid-cycle, though it must be hard for them to say if it really of any benefit, due to the amount of gear they are using. Therefore, the only purpose of Clomid during a cycle is as an anti-estrogen.
When To Start Clomid
The correct time to commence Clomid depends on the type and cycle of steroids you have been using. Different steroids have different half-lifes (indicates the time a substance diminishes in blood), and Clomid administration should be taken accordingly.
As we have seen above, Clomid taken when androgen levels in our blood are still high will be a waste. It is crucial to wait for androgen levels to fall before implementing our Clomid therapy. However, if taken too late we could possibly lose gains.
The list below determines when you should start Clomid. Select from the list any steroids you’ve used in your cycle and whichever one has the latest starting point is the time to commence Clomid. For example, if Dianabol, Sustanon and Winstrol were cycled, the time for administering Clomid should be 3 weeks post cycle, as Sustanon remains active in the body for the longest period of time.
Steroid Time after
last administration Length of
Clomid Cycle
Anadrol50/Anapolan50: 8 - 12 hours 3 weeks
Deca durabolan: 3 weeks 4 weeks
Dianabol: 4 - 8 hours 3 weeks
Equipoise: 17 - 21 days 3 weeks
Finajet/Trenbolone: 3 days 3 weeks
Primabolan depot: 10 - 14 days 2 weeks
Sustanon: 3 weeks 3 weeks
Testosterone Cypionate: 2 weeks 3 weeks
Testosterone Enanthate/Testaviron: 2 weeks 3 weeks
Testosterone Propionate: 3 days 3 weeks
Testosterone Suspension: 4 - 8 hours 2-3 weeks
Winstrol 8 - 12 hours 2-3 weeks
How To Take Clomid
Clomid has a long half-life (possibly 5 days), so there is no need to split up doses throughout the day. If Sustanon has been used and Clomid is commenced 3 weeks after the last injection, I would estimate that androgen levels are low enough to start sending the correct signals. If androgen levels are still a little high, we need to start at a high enough amount that will work or help, even if androgen levels are still a little high. Try 300mg on day 1; then use 100mg for the next 10 days; followed by 50mg for 10 days.
How to take Nolvadex for PCT
As an alternative to Clomid, which has been reported to have led to unwanted side effects such as visual disturbances in some users, Nolvadex can be employed. Nolvadex is a trade name for the drug Tamoxifen. Like Clomid, the half life of Nolvadex is relatively long enabling the user to implement a single daily dosing schedule. Administration would start as per the timescales outlined above and the duration would be identical to that of Clomid.
Typically, for a moderate-heavy cycle, the following dosages would be used:
Day 1 - 100mg
Following 10 days - 60mg
Following 10 days - 40mg
Occasionally, heavier cycles containing perhaps Nandrolone (Deca) or Trenbolone which by definition are particularly suppressive of the HPTA, may require a slightly longer therapy. Likewise, more modest/shorter cycles may require lower dosages, perhaps dropping each by 20mg per day.
Some users like to use both Clomid and Nolvadex in their PCT in an attempt to cover all angles. An example of the dosages involved might be:
Day 1 - Clomid 200mg + Nolvadex 40mg
Following 10 days - Clomid 50mg + Nolvadex 20mg
Following 10 days - Clomid 50mg or Nolvadex 20mg
Of course, the examples provided are not set in stone and may be adjusted depending on the factors outlined above and individual variances.
Using HCG
It is our opinion that HCG is probably one of the most misunderstood and misused compounds in bodybuilding. Hopefully this information will go some way towards rectifying that for the members of MuscleTalk. HCG stands for Human Chorionic Gonadotrophin and is not a steroid, but a natural peptide hormone which develops in the placenta of pregnant women during pregnancy to controls the mother’s hormones. (Incidentally, this is the reason you may hear of people testing for growth hormone (HGH) with a pregnancy testing kit - If their HGH shows ‘pregnant’, they’ve been ripped-off with cheaper HCG - but we digress slightly).
Its action in the male body is like that of LH, stimulating the Leydig cells in the testes to produce testosterone even in the absence of endogenous LH. HCG is therefore used during longer or heavier steroid cycles to maintain testicular size and condition, or to bring atrophied (shrunken) testicles back up to their original condition in preparation for post-cycle Clomid therapy. This process is necessary because atrophied testicles produce reduced levels of natural testosterone, this situation should be rectified prior to post-cycle Clomid therapy.
HCG administration post-cycle is common practice among bodybuilders in the belief that it will aid the natural testosterone recovery, but this theory is unfounded and also counterproductive. The rapid rise in both testosterone, and thus oestrogen due to aromatisation, from the administration of HCG causes further inhibition of the HPTA (Hypothalamic/Pituitary/Testicular Axis - feedback loop discussed above); this actually worsens the recovery situation. HCG does not restore the natural testosterone production.
The typically observed dosing of 2000 to 5000IU every 4 to 5 days causes such an increase in oestrogen levels via aromatisation of the natural testosterone that this has been responsible for many cases of gynecomastia.
From the above discussion it is clear that HCG is best used during a cycle, either to:
1) Avoid testicular atrophy, or
2) Rectify the problem of an existing testicular atrophy.
Doses of HCG
Smaller doses, more frequently during a cycle will give best overall results with least unwanted side effects. Somewhere between 500IU and 1000IU per day would be best over about a two-week period. These doses are sufficient to avoid/rectify testicular atrophy without increasing oestrogen levels too dramatically and risking gynecomastia. This dosing schedule also avoids the risk of permanently down-regulating the LH receptors in the testes.
It is important for the HCG administration to have been completed with 6 or 7 clear days before the onset of PCT in order to avoid inhibition of the Nolvadex and/or Clomid therapy. Also, a small daily dose (10-20mg) of Nolvadex would normally be used in conjunction with HCG in order to prevent oestrogenic symptoms caused by sudden increases in aromatisation.
Presentation and Administration of HCG
Synthetic HCG is often known as Pregnyl (generic name) and is available in 2500iu and 5000iu (not ideal for the above doses!). Administration of the compound is either by intra-muscular or subcutaneous injection. It comes as a powder which needs to be mixed with the sterile water. The powder is temperature-sensitive prior to mixing and should not be exposed to direct heat. After mixing, it should be kept refrigerated and used within a few weeks - though there are sterility issues which need to be considered after mixing.
Summary and Presentation of Clomid and HCG
Clomid and/or Nolvadex are more effective than HCG post cycle, but some long-term users like to use HCG during a cycle, or to prepare the testes for Clomid and/or Nolvadex therapy.
Clomid is available in 50mg tablets most commonly, but also comes in 25mg capsule, often in boxes of 24 tablets. Tamoxifen is made by a number of manufacturers and comes in 10mg or 20mg tablets, most commonly 30 x 20mg tablets. HCG generally comes in kits of three ampoules of powder needing to be mixed with the provided injectable water as 1500IU, 2500IU or 5000IU per ampoule kits.