Daily Caloric intake needed to maintain desirable body weight!!

M FREAKY

Super Moderator
Daily Caloric intake needed to maintain desirable body weight!!

Approximate daily caloric intake needed to maintain desirable body weight:

Figuring out your body fat percentage on a regular basis should give you some feedback as to how well your meal planning is working.

The general yardstick here is something on the lines of:
15% body fat = "smooth"
10% body fat = "cut"
5% body fat = "ripped"
...For men. For women, the percentages are slightly higher, probably closer to 20% = smooth, 15% = cut, 10% = ripped.

However it is much easier to get from "smooth" to "cut" than it is to get from "cut" to "ripped"! Be very careful when trying to
get ripped... 5% BF may actually be too low for you. The threshold is higher for women.

9) Meal Planning

Now that you've figured BMR and body fat estimates, you can use these figures to organize your eating habits. BMR will give you a total calorie figure, but you will have to experiment to find what works for you. It will vary with the types of food you select, your individual chemistry, etc. Remember, this is more an art than a science.
- Do you still feel hungry at times?
- Do you feel energetic during your workouts?
- Do you feel rested in the morning?
- Are you gaining body fat?

Numerous (5 to 7) smaller meals throughout the day is the idea. The main question is what to eat at different times of the day.

9.1) Breakfast

Breakfast should be almost entirely complex and simple carbohydrates. Your body has been running on fat reserves throughout the night and a quick infusion of carbs is the best way to stop muscle catabolism. A minimum of protein and fat should be eaten. Breakfast should be by far the biggest meal of the day and should total between 30-35% of your total caloric intake of the day. (However a contrary view argues for a protein-based breakfast. See below.)

Breakfast staples include: bran cereal with skim milk, bagels with fat-free cream cheese and jam, coffee, protein shakes, fruit, toast, juice, cooked (!) eggs or egg whites, pancakes, french toast, breakfast burrito....

9.2) Daytime snacks

Try to eat the bulk of your calories in several more meals throughout the day. Your body is most active now, so it makes sense to be well-fueled for this activity (even if you do have a desk job). You may count lunch separately, as a "meal", or you can simply have larger snacks throughout the day (say, mid morning, early afternoon, mid afternoon).

Snacks include: canned tuna in water, protein shakes, fruit, veggies, muffins (be careful of fat), bagels, energy bars....

9.3) Lunch

Lunch should contain the normal AMA recommendation for protein/fat/carbohydrate intake. It should be in the neighborhood of 50% complex carbohydrates, 30% fat, and 20% protein.

Lunch might be chicken breast, fish, salad, roast beef, pasta, fruit....

9.4) Pre and Post Workout

Pre-Workout Drink/Meal: This should be ingested approximately one hour before working out. A few hundred (i.e. less than 400 calories, depending on your workout) should be sufficient. This meal should be almost entirely complex carbohydrates. For those that workout in the wee hours of the morning, the breakfast could account for this if you workout within the time frame of two or so hours after breakfast. For those that are mainly aerobicisers, a VERY light meal would be the best, preferably one that is less than 100 calories. This will try to eliminate any muscle catabolism while the fat-burning process is kicking in. A suggestion for those that do aerobics to get their pre-workout calories: carbohydrate gels... if you want to know more on them, search through the back issues. Another way to go is to eat 100 g of complex carbs in the 3 hrs before training
- You could split this into several snacks, for example. Also, others recommend pre-workout protein, not carbs.

Post-Workout Drink/Meal: The important thing here is to get some simple carbohydrates (mainly glucose) and protein. A good drink after a strong workout should have about 50g of simple and complex carbohydrates and about 30g of protein. Ingest within 45-60 minutes of working out (preferably in the 30 min range). Exercise depletes muscle glycogen, and a high carb "recovery" drink of 200-400 calories will replenish it. If there is no protein in your drink, try to have a high protein meal within two hours. One other note: the presence of fructose in the drink may encourage a more rapid assimilation of the carbs into glycogen. But remember that fructose turns to fat more easily than glucose, so don't go overboard with it.

9.5) Dinner

Dinner should be in the neighborhood of 45% carbohydrates, 40% protein, and 15% fat. Unlearn the habit of the dinnertime feast. A LIGHT meal should be consumed, as studies have shown that those you eat heavy meals before bedtime are the most prone for heart attacks. Consequently, those that eat a big breakfast and a small dinner are almost twice as likely to not have a heart attack when compared to their peers who eat a small breakfast or none at all and eat the bulk of their calories at night.

Dinner might be lean beef, veal, venison, skinless chicken, or fish, with veggies...

9.6) Evening/Night Snack

Snacks should be small, because unused calories may be stored as fat during sleep. Protein is good because the body will begin tissue repair shortly after the sleep cycle begins. About 5-10g is all you need. Even a little fat is OK, because the body will run on fat reserves all night. Warm milk is another possibility - it has natural concentrations of L-trytophan, which helps you go to sleep.

A night snack could be fat free yogurt or cottage cheese, chicken, a bagel, a muffin....

Eating carbs at night is controversial.

Some studies have shown that the digestion of carbohydrates secretes various hormones that have been associated with tiredness and sleepiness. Under this reasoning, your snack should be high in simple carbs (high GI) so you get a good insulin response. Insulin will decrease the levels of amino acids in the blood by incorporating them into existing proteins, mainly skeletal muscle. But it seems that insulin does not act on tryptophan. With the levels of the other amino acids reduced, more tryptophan is available to sites in the brain which convert it into serotonin. (Serotonin is a neurotransmitter that facilitates sleep.) So eating a mainly carb meal is a good way to selectively raise the tryptophan levels in the blood, which helps you fall asleep.

Also by this logic, breakfast should be a high *protein* meal. With more amino acids released into the blood, tryptophan has more "competition" for the binding sites and less serotonin gets made; also tyrosine, another amino acid, gets converted into ephenepherine (the classic fight or flight hormone) by the same sites. So, if you have protein at night, you should make sure you have carbs to counteract that effect.

Other people think carbs will key you up since they are a basic energy fuel, hindering sleep. Another claim against carbs is that having a high blood sugar level will inhibit the release of growth hormone (hGH) when you go to sleep. hGH is a key factor in muscle development and growth, so this would be undesirable.

One undisputed fact is that you should not eat too much at night. Surplus calories are likely to go unused and be converted to fat. Hunger at night most likely indicates that you need to eat more *during the day*.

Last word: Each individual must evaluate these suggestions to his or her own needs. None of this will be perfectly applicable to everyone, and even some of the "facts" themselves are in dispute. We have put together these suggestions to make meal planning easier, but ya gotta try em on for size yourself. Don't force yourself into a plan that makes you miserable or doesn't work for your goals.

9.7) Food Sources

Here is a quick and probably incomplete summary of good sources for the major food categories of carbohydrates, fats, and protein.

Carbohydrate Sources:

Simple carbs: basically any kind of sugar. Honey, molasses, sucrose, fructose, non-diet soft drinks, candy, most baked goods. Avoid these things most of the time. Fruit and recovery drinks contain high amounts of simple sugars and you should use them
sparingly.

Complex carbs: Think starches. Pasta, bread, bagels, potatoes, yams, oats, bran, grains.

Fiber: Bran, grains, vegetables, and fiber supplements.

Fat Sources:

The general rule of thumb is that the harder the fat is at room temperature, the higher the percentage of saturated fat it contains. For example, beef fat is more solid than chicken fat, and it has more saturated fat.

Meat and dairy products are well known as sources of fat. Choose lean cuts of meat and trim off as much fat as you can. Do not eat chicken skin. Get low fat or non fat cheese, yogurt, and cottage cheese and skim milk. Choose butter over margarine, because margarine is highly processed (see below), but do not use either more than occasionally.

Plants may also have high amounts of fat, especially seeds and nuts, so do not assume that vegan eating is necessarily low fat.

Oils are simply liquid fat. They can be an exception to the rule of thumb because many are commercially processed. Hydrogenated oils are structurally unsaturated, but function in the body like saturated fats.

Processed and prepackaged foods usually are full of hydrogenated oils. So is fast food. Avoid these at all costs.

Unsaturated oils can be monounsaturated (olive, canola, and peanut oil) or polyunsaturated (corn, sunflower, safflower, or cottonseed oil). Whenever possible, use these instead of saturated fats like butter or margarine. With olive oil, always get "extra virgin".


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M FREAKY

Super Moderator
Flax seed oil is supposed to be the best source of lineoleic acid, the only essential fatty acid. It probably would be a good oil and vinegar salad dressing.

Protein Sources

Dairy products: nonfat yogurt, skim milk, cottage cheese, cheeses...all good sources. Cheese has high fat content and cottage cheese is high in sodium. Some people may have problems with lactose intolerance.

Chicken: boneless skinless breasts are a basic bb staple. Cook thoroughly.

Eggs: another very good source. Cook them, because raw eggs carry a significant risk of food poisoning from salmonella. Hard boiled eggs are a good portable snack. If you eat eggs often, leave out the yolks, which are high in fat. If you eat them occasionally a yolk or two is OK.

Fish: great source of protein. Also provides omega-3 fatty acids. Be sure it is fresh - not fishy smelling - and cook it well. Watch out for bones.

Beef: lean cuts are best. Even lean cuts have a relatively high fat content.

Other meat: venison - deer meat - is usually very lean and healthy. Turkey is fairly close to chicken. Lamb is high in fat, and pork is about the worst.

Beans: cheap, but may require long cooking time. Plant proteins are incomplete so you need to combine them with a "complementary" plant protein. The best example is red beans and rice. Again, a possible gas problem.

Nuts: almonds, walnuts, peanuts, cashews, macademia nuts, nut butters. High in protein, but also high in fat. This is a vegetable protein like beans, so it is also incomplete.

Protein powders and BCAAs: Convenient, but very expensive compared to the other sources. Also these products will not supply important vitamins and minerals found in real food. Supplemental protein comes from three sources: whey, egg, and soy. Whey is the recent favorite, with some evidence supporting a higher absorption than egg, but both are good sources. Soy protein has some question marks around it. The biggest concern is that consumption of soy protein has been linked to higher levels of estrogen, which is detrimental for muscle building. Regardless of what unresolved research may suggest, one difference is clear. Whey and egg protein are animal proteins and are complete, while soy is an incomplete plant protein. Animal feed relies heavily on soy protein with supplemental methionine, so this might be one way to "improve" the quality of
soy protein.

10) Special Planning

10.1) Various Meal plan Strategies

There are a variety of ways that you can organize your eating habits. Several of the more well-known approaches are summarized here. This is not an extensive or comprehensive explanation of the pros and cons of each, but rather just a glance so that you get the basic idea. Likewise, there may be other approaches that are not here that might be better for you to use in reaching your goals. These approaches are not in any particular order and none are recommended above any other. As always, keep in mind that the most important thing about an eating plan is to keep you in good health, so be alert to any discomfort or unusual side effects if you change your diet to follow one of these approaches. Consult a doctor or registered dietician if you are concerned and remember: your health is too important to trust to anonymous advice alone.

The "Traditional" High Carbohydrate diet is most in keeping with the conventional wisdom of today. Basically, this approach shoots for around 60% of calories from carbohydrates, under 30% from fat, and the rest (10-20%) from protein. Complex carbohydrates are emphasized over simple. Mono- and poly- unsaturated fats are far preferable to saturated fats. A high carb diet will provide very good glycogen replenishment, so endurance athletes like runners often favor this approach. However, bodybuilders may find the general protein levels too low. 15% of 3500 calories works out to about 132 grams of protein, which certainly meets basic daily needs, but may not be enough to adequately provide for new muscle growth. Also, the high carbohydrate intake will have a corresponding insulemic effect, and this may frustrate efforts to lose body fat.

The Anabolic Diet, also known as the Ketogenic Diet, the Atkins Diet, or the "High Fat" Diet is the polar opposite of the Traditional High Carb diet. With the AD, a person consumes a high level of dietary fat and at the same time a very low intake of carbohydrates for five consecutive days, then for two days flips this around and eats high carb and low fat, then goes back to high fat, low carb. The person must keep carbohydrate intake very low, below 30 grams a day, while in the high fat consumption periods. The reason is that the approach relies on a basic shift in metabolic processes. Reducing carbohydrate intake to that low level forces the body to break down fats to provide basic nutritional energy. If carb intake is constrained, the high fat diet stimulates the body to use up all the dietary fat AND THEN to dip into body fat reserves and burn those off as well, resulting in actual fat loss. However, the AD runs 100% contrary to all currently accepted norms of diet. Most nutritionists will recoil in horror at the idea. Certainly a major problem with the AD is that it does not change the mindset that views fatty foods as treats". (After moving to a low fat diet, many people find fatty foods to be revolting!) Most people report a fairly uncomfortable transition period of about 5-7 days when starting the AD, with very low energy and constipation, but after this time the body seems to adjust and energy levels rebound. The Training-Nutrition list does not endorse ketogenic diets in any way, shape, or form, and if you must experiment with this, do so for *absolutely no longer than two months*.

"Starvation" diets have been suggested by various sources at various times, but are NEVER a good idea. Never, ever, ever take your caloric intake below your minimal BMR for any length of time. About the most you might want to do is dip down to 15% below it for a day or so once a week, with the remainder of the week at BMR and a day later in the week at 15% ABOVE BMR to compensate. Another way some people present a starvation diet is to shortchange the basics. You need to add all three basics - carbs, protein, and fat - together to form 100% of your caloric intake (which should be 100% or more of your BMR). But some diet plans tell you to eat X grams of protein and Y grams of carbs each day and to stay low fat. Guess what? The total is too low! You always have to get up to the threshold, and if you are short with one group, you must use another. The consequences of not getting enough food are just that: starvation, malnutrition, and a host of related, serious
Illnesses. Anorexia and bulimia will also cause these problems and if you think you might have a problem with these or with your self-image in relation to food, please seek further information and talk with others who have been there. We are extremely fortunate to live in a society of plenty; there is no reason whatsoever to starve. This is not the way to lose body fat.

The "Zone" diet proposes an approach to eating which balances all nutrients in every meal at roughly the same proportions: 40% carb, 30% protein, 30% fat. Many people report great satisfaction and success with this approach, others find it confusing and time-consuming to prepare every meal with the proper proportions. Also, it has been criticized for being a bit too "flexible" with the percentages, because this approach can encourage people to adjust them up or down based on their personal ability to stay in the "zone", which is a sort of feeling of being energized that results from the proper continued flow of insulin and other digestive enzymes after each meal. Proponents of the Zone claim better strength gains than from the AD. The book is _The Zone_, by Dr. Barry Sears, with Bill Lawren, Harper Collins Publishers, Inc, 10 East 53rd Street New York, NY 10022, ISBN 0-06-039150-2. This is provided only for purposes of completeness and does not constitute an endorsement.

The classic high protein bodybuilder diet is now a part of all these other approaches. The idea of Eat Big to Get Big is still with us, but today we have a better understanding of what is going on with our bodies and our eating habits. We can operate with less guesswork and more feedback and get better results. Keep it in perspective: discipline is good, but obsession is not. Food is fun, and the best solution is one that lets you achieve your goals AND enjoy your meals.
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M FREAKY

Super Moderator
Fat Sources:

10.2) Carbohydrate Manipulation: Loading and Cycling

Carbo-loading is a technique first developed by runners in preparation for a competition. This concept involves two phases: a depletion phase to reduce glycogen stores to minimal levels followed by a loading phase which will HOPEFULLY lead to greater endpoint glycogen stores due to overcompensation (storage) resulting, in part, from the extreme glycogen depletion which exists at the start of carbo loading.

In the classic method to initiate carbo loading, the muscles and liver are completely depleted in a long workout 4-7 days prior to the event. Several hundred grams of carbs are then consumed in the next 24 hours. Because the muscles are so depleted, most of the carbs are stored as glycogen, not fat.

The depletion could also consist of continuing light training AND restricting carb intake. The loading phase could consist of continued very light training (or no training at all) and literally stuffing oneself with more the complex carbs. In all likelihood there will be some carb "spillover" into fat storage but we are really talking about a very short time period in the overall scheme of things, i.e. a week or so for the depletion & loading phase which would amount to a couple of days of some fat storage.

This can be quite stressful on the body (depending on how extreme the depletion stage is) in particular when occurring just before a strenuous event (Physical & mental) such as running a marathon. The procedure (time of depletion & loading) and benefits received will tend to be highly individualized, i.e. a world class marathoner might benefit whereas a middle of the pack runner might notice no difference at all. In extreme ultra marathon distances (ranging from 50KM to 1000+ miles) carbo loading just doesn't make any difference.

Most well-informed and well-trained endurance athletes no longer utilize the classic carbo loading since most are now able to burn fat (body fat) as a high percentage of their fuel. They also know they can get enough carbs by eating a bit more carbs in the 1-2 days prior to an event, and right before and during the event. There is enough glycogen in you to get you thru 60 minutes of training. Eat or drink carbs before and during, and you'll be fine up to about 3 hours. In other words, maintaining glycogen levels during the event itself can give as much if not more benefit.

Carbo-cycling is slightly different. It involves varying your total intake of calories by 10-15% during the week in order to lose body fat. Determine the number of calories you need to maintain your present weight, and then depending on whether you're trying to gain or lose you add or subtract 10-15%. So if your target is 3000 cal, most days you would hit that, but one day you would hit 3300 and one other you would go down to 2700. You do this by changing total carbs. You can flip a coin or pick odd number days or choose some other plan to decide how to space apart the days - it doesn't really matter how you do it. Apparently this also works for gaining weight, but you just don't have a low day. It is not clear how well carbo-cycling really works, so if you have tried it, let us know what you think.

10.3) Getting Ripped

The following list should give you a good idea of what it takes to shred out.

1) Aerobic exercise. You need it but not too much. General ballpark is to do 15-30 minutes after weights on several (not all) training days, and 40-60 minutes on a day off from the weights. Remember that muscle is the tissue that burns fat, so too much aerobic activity will reduce your muscle mass and hinder your progress all the way around. Doing aerobics at a lower percent of your max heart rate (below 70%) burns fat more efficiently and exclusively; working at higher intensity is less efficient - will burn carbs as well and will be somewhat catabolic - but will burn more total calories.

2) Food. Reduce fat as much as possible. Cut carbs to the point where you are getting enough to have energetic workouts, but no more. Juggle calorie levels somewhat from day to day - one day a week, cut carbs by 25%, then the next day have *slightly* more than normal. Cut calories a little but not so much as to kick yourself into the dreaded "starvation mode". Eliminate fruit from your diet. You will probably increase total protein intake, and using supplements may help with this.

3) Hard workouts. Muscular exertion burns fat, so don't go easier on the weights just because you're running or hitting the rowing machine. This is another reason not to cut calories too much. Some people advocate using a higher rep/lower weight approach, which is debatable but the key thing is intensity.

4) Sun and sweat. Get out into the sun for at least a few hours a week. Everyone looks better with a tan, and sunlight stimulates the body to produce some vitamins and hormones important to growth. Use sunscreen when sun worshipping and watch for unusual moles. Thermo genesis is essential in getting cut up, so you will need to break a sweat pretty often. Multiple layers of clothing during workouts can help you ease into heavy exertion without shocking your body unnecessarily - as you warm up, strip down, as you cool off, bundle back up. Be alert to signs of overheating and be careful. Drink LOTS of water!

5) Sodium levels. Sodium causes water retention, which is not a good thing when you're trying to look your leanest. Avoid soft drinks, dairy products, and foods high in sodium. Drink lots of distilled water.

6) Timeframe. Expect this to take time. Weight loss generally proceeds at a rate of about 1 lb of fat a week. Think 8 to 10 weeks. Monitor your progress by weighing yourself and doing body part measurement. If weight loss stalls, or if you seem to be losing muscle mass, cut down the aerobics for a few days and relax. Don't get into a downward spiral of more and more aerobic activity...you will end up way over trained and no leaner.

7) Caffeine can help in weight loss, but you will need to restrict your consumption. Try to have caffeine just before working out or doing aerobic activity, and not at any other time of the day. Caffeine can enhance fat loss, but only in people who are not acclimated to its effects. You can also take caffeine in conjunction with ephedrine and aspirin, but the CAE stack can be *extremely* hard on your body and nerves, so it is not a something to be taken casually. DO NOT take the CAE stack if you have any concerns with high blood pressure, heart problems, circulatory problems... If you have any doubts, consult your physician first! The stack is 200 mg caffeine, 20-25 mg ephedrine, 300 mg aspirin (one tablet of each, usually). Take the stack for as limited a time as possible if you do use it. It is a last step, when all other methods have taken you as far as they can. Minimal carbs are important too, because a high carb diet will negate the fat burning effects of the stack.

All suggestions here are meant to work *in addition to* the general guidelines set out in the previous sections. Also check out Tim Mansfield’s Abdominal Training FAQ at http://www.dstc.edu.au/TU/staff/timbomb/ab/ab-top.html .

10.4) Mass Building

Mass building requires a much different approach than getting ripped. While this may sound obvious, it is easy to overlook some necessary changes when you are shifting gears. Habits get ingrained, and sometimes outlast their usefulness. At the same time, it is hard to make a complete turnaround from one approach to the other, so it may be a good idea to have an intermediate training cycle after getting cut up. In this time, you can gradually reduce the amount of aerobics you've been doing over four to six weeks, rather than suddenly just *stopping*. Similarly, you can phase in other changes, like eating more calories. OTOH, if you've been in a rut for a while, you might want to jump straight in with a new set of habits.

1) REDUCE YOUR ACTIVITY LEVEL! Cut back aerobics. Watch out for overtraining on the weights. You might shift to a hard gainer or HIT style workout (shorter duration, about an hour or so a day, high intensity, heavier weight). Eliminate all other optional physical activity *outside* the gym (like raving until 5 am Sunday morning! biking across town in 90+ heat!).

2) EAT ENOUGH CALORIES. Target range will be 3000-3500 or more, depending on your body size, weight, and activity level. Look over the BMR formulae again to calculate an estimate. Unlike with getting ripped, now you *want* carbs, especially in the morning and after working out. Still, be very careful to avoid fat calories and overeating, because burning off fat is a grueling process.

You might try this John Parillo-style approach: Record your calories carefully. If bodyweight doesn't go up, add 500 calories a day for a week. Still no results? Add 500 more calories on the same scheme until bodyweight responds. (This can work, but eating 5,000 calories a day at 10% CFF is a tough task).

3) REST AND RECOVERY ARE KEY FACTORS. Get 7 or 8 hours sleep every night. Build in enough recovery time in your training schedule. Hard gainer approaches say not to work out more than 3 times a week. You could also go 2 on /1 off, maybe 3 on /1 off at the most. (2 on/1 off would mean M, T - work out, W -off, Th, F -work out, Sat -off, Sun, Mon -work out, etc...3 on/1 off would be M,T,W -work out, etc). Other possibilities could be 3 on/2 off or 1 on/1 off...it's really up to you. The key thing is to see what works for you.
 

sssc

New member
hey pro... thanks for the slamming info... will be printing it out so i can rebuild my "lean out" plan for a plan to put on 5/10 lbs of new muscle over the winter...:D
 

RuFit

-Sports Nutrition/BB Judge -
for all you out there that would like to monitor your caloric intake....

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The bodybugg® calculatescalories burned because it is "watching" your body from four different perspectives. A pedometer only measures steps. in addition to measuring motion and steps, the bodybugg® is able to see how much you are sweating, your skin temperature and the rate at which heat is being dissipated from your body. these additional physiological parameters give the bodybugg® a more complete picture of what your body is doing and its level of exertion, all of which means a much more accurate estimation of your calories burned.

its not a cheap device...but it takes out all the guess work: the wasted weeks of review on how diet is doing, and inaccuracies with your journaling for accurate calories eaten....to finally see if you gained, lost or whatever your goal...is correct, then to again try to tweak said diet....now you know to the minute how many calories you are burning at any time of the day. How hard was that workout...now you will know!!!
 
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