The Fitness Success Attitude

Fully 95% of your emotions are determined by the
way you talk to yourself. Reaching your desired
level of physical fitness is only limited by the degree
to which you're mentally and emotionally fit. When
you feed your conscious mind with positive messages
such as "I feel happy! I feel healthy! I feel terrific!"
you are activating your subconscious mind to go to
work at bringing about positive results in your physical
life.

Here are 3 mental tools that you can use to bring about
positive changes in your physical life and increase
your level of fitness:

1. Think about it - The law of attraction states that
"you are a living magnet, you will inevitably attract
into your life the people, ideas, circumstances and
resources that are in harmony with your dominant
thoughts." This simply means that what you think
about and believe with conviction will inevitably
manifest itself in your life. You get what you think
about!

2. Talk about it - The law of affirmation states that
"if you tell yourself in positive, personal, present
tense statements that you are or have the thing
you desire, that very thing will move closer to you."
Remember, you control what is planted in your garden.
You can grow flowers or you can grow weeds, but if
you don't deliberately plant flowers your garden will
fill up with weeds by default.

3. Act it - Ralph Waldo Emerson said, "Do the thing
and you will have the power." What this means for
and I is that we can act our way towards better fitness.
If you simply resolve to pretend that you are an actress
trying out for the role of a happy, healthy character
everyday you will soon notice that you are becoming
more and more like the person you wish to be. Fake
it until you make it.

Your outer life is a mirror reflection of your inner life.
The better you feel mentally and emotionally the better
you will look and feel physically. Start thinking fit and
soon you will be just that!

Elliott Hulse teaches "Regular Joe's" how to get lean, mean and fit for life. To recieve your free Fitness Success Tips newlsetter visit St. Petersburg Personal Trainer


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Celebrity Weight Gain - How Do They Do It?

Will Smith, Gerard Butler, Christian Bale, Ryan Reynolds and Robert Downey Junior-five guys who have gotten super buff for movie roles. Will Smith got ripped for Ali and I Robot; Gerard Butler for 300; Christian Bale for Batman Begins; Ryan Reynolds for Blade: Trinity; and Robert Downey Junior for Iron Man. Each one of these guys was in decent shape before he took on the role but none of them was anything special. But when they took their shirts off in these roles looking incredibly ripped, the question came up, "How did they do it? How did these celebrities gain the muscle weight?"

I did some research to find out what these guys did to get into such great shape for their movie roles and found that there were a lot of common elements. The youngest of them (Ryan Reynolds) is 31 and the oldest (Robert Downey Junior) is 43 but every one of them followed the same basic pattern. First of all, every one of them used personal trainers and chefs. Second, they all trained for several hours a day five or six days a week. Third, they followed strict high-protein, low-carbohydrate diets without fail and finally, they were all extremely motivated to pack on lean muscle and reduce their body fat.

Yeah it's true that these are Hollywood actors who have the resources at their disposal to be able to hire professionals and dedicate four, five or even six hours a day to intense training. But just because us regular guys may not be able to hire our own personal trainers and personal chefs to follow us around all day and keep us in line, doesn't mean that we can't get similar results-it just might take a little longer. That's the good news. The bad news is that there isn't any easy way to get there. They key ingredient that you must have though is commitment. You have to drive yourself to achieve your goal every day. It requires vigilance and discipline without fail. Their workouts routines varied but all of them contained the same basic elements, with one in particular-no pain, no gain.

Celebrity Weight Gain Workouts:

Here's a rundown of the training routines the actors used to get ripped for their roles.

Will Smith put on 35 pounds of muscle for his role in Ali using a combination of weight training and boxing, working out 6 hours a day, 5 days a week. To get back in shape for I Robot, he stuck to the 5-day workout schedule, training 2 body parts per day and adding in boxing 2 days a week.

Gerard Butler's extremely brutal regimen (which wound up being called the 300-rep Spartan Workout) included non-stop sets of pull-ups, dead-lifts, push-ups, jump-ups onto a 24-inch box, floor-wipers, single-arm clean-and-presses using a 36-pound kettle bell, all followed up with one last set of pull-ups (25). Plenty of gymnastics-style training rounded out the routine.

Christian Bale relied on intensive cardio workouts along with a demanding routine that included both resistance and weight training. He trained five days a week and did cardio seven days a week. His routines favored volume over heavy weights in order to burn more calories.

Ryan Reynolds started with abs doing 500-1000 sit-ups before training his other muscle groups. He said that it got him motivated. He trained six days a week-one muscle group per day-using heavy weights with fewer reps to bulk up. He was lean to start with so lots of cardio wasn't part of his regimen.

Robert Downey Junior-the oldest of the group-put on 20 pounds of muscle over five months using a combination of weight lifting (five days a week) combined with an intensive martial arts training and regular cardio. He used a 5-day split routine focusing on one body part per day, training pretty quickly in order to leave plenty of time for the martial arts and the cardio.

Celebrity Diets For Muscle Gains:

Suffice to say that following a strict, vigilant diet 100% of the time was a huge part of these actors' success in achieving their fitness goals in a relatively short time. The basic model they all followed was about what you'd expect; 5-6 smaller meals spread throughout the day, lots of lean protein, limited carbs and only healthy unsaturated fats. You need to eat a diet that fuels your muscle growth and repairs the body while you sleep. No pizza. No beer. No late night snacks. Ryan Reynolds says that he didn't touch any carbs after 8 PM.

Just about any guy can achieve the same results if he really wants to. Here are three strategies that regular guys can use to get on the right track towards achieving that super-buff, ripped body you want.

First, find a workout partner. A recent study published in the Journal of Strength and Conditioning Research found that workout partners can result in increased effort and improved performance.

Second, set reasonable goals, write them down, look at them every day and chart your progress along the way.

Third, write down everything you eat so you can track how many grams of fat, carbohydrates and protein that you're eating every day.

And most important of all, stay motivated and don't get discouraged. Getting fit like these guys is just as much mental as it is physical. There's no getting around the fact that it takes intense training to achieve the Adonis-like bodies that these stars strutted on-screen-it requires hard work and discipline.

Mike Westerdal is the founder of Critical Bench, Inc. A free online weight lifting magazine. It hosts the Internet's largest FREE exercise database and is the home of many workout routines including the Critical Bench Program to help you increase your bench press.


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The Ultimate Guide to Tire Training

The Ultimate Guide to Tire Training

There’s nothing better than getting a great strength and conditioning workout while outside on a beautiful day (or on a brisk December morning!).  The only problem with training outdoors is that you’re limited on equipment, which makes it tough to use the heavy loads needed to put on serious muscle, unless you’re at the legendary Venice Beach gym where all the equipment is already outside!

In this article, I’m will show you a fast, cheap, and easy way to build bigger, stronger legs while drastically improving your level of conditioning and burning off some serious body fat (not to mention all while getting a great suntan). Get ready for the ultimate lower-body workout using a big ole tire!

Before going any further, I’d like to thank my good friend and mentor, Coach JC Santana, for showing me the ins and outs of tire training.  If it weren’t for Coach JC putting me through my first ever tire training workout over ten years ago, I would not be able to write this article. I also would have missed out on all the amazing fun and challenging tire workouts I’ve had with friends and clients since then.

JC Santana and I in 2001 – After my first Tire Training Workout

I know what you’re thinking when you see the words “big tire” and “workout” in the same sentence: tire flips and hammer slams.

Wrong! First off, using hammers is not tire training, it’s hammer training.

As far as tire flips are concerned, I don’t have any of my athletes perform tire flips, and I recommend against using tire flips as an exercise regardless of your fitness level.

I don’t use tire flips because I don’t feel the risk is worth the reward. Due to the shape of the tire, it’s very difficult to maintain the optimal spinal alignment needed to minimize possible low back injury while lifting the tire. Most folks who perform tire flips lose their lumbar curve and end up in a more kyphotic position, which is asking for a back injury!

This is poor tire flipping form and can put you on the back surgeon’s table fast!

Lifting a tire trains the same muscle and movement pattern as a deadlift. However, using a barbell to deadlift is a better exercise in my book because it’s much easier to keep good spinal alignment while still training the same movement pattern and strengthening the same muscles.  So, why not just deadlift? There’s less risk with the same (if not better) reward!

Instead of using the big tire for flips, I like to use the tire as a sled. Using the tire as a sled has a number of benefits:

It’s cheap! -  Not everyone can afford a weight sled or a prowler. The tire gives you the same training benefits without the drain on your wallet.

No storage space, No problem! – Sleds and prowlers are made of metal and need to be kept inside somewhere where they won’t rust out. You can keep a tire outside.

Note – Someone stole all of our training tires here last year, so take a lesson from our mistake. If you keep your tires outside, keep them chained together like we do now.

Tire training Is fun! – Everyone loves the feeling of hooking themselves up to a big tire and pulling that tire around. It’s an empowering feeling of you vs. the tire, and you win each time (we hope)!

It looks bad-ass – What looks tougher to onlookers than watching someone pull around a tire that is double their size? We all love to train hard and look hard doing it…the tire does just that!

The weight load is easily adjustable – You may not think it’s possible to make a tire feel lighter or heavier without cutting it apart. It IS very possible, and I’m going to show you how at the end of this article.

No matter who you are, what your fitness level is like, or what your training goals are, the tire sled can get you results!

For bodybuilding – The tire sled is fantastic as a finisher to a traditional bodybuilding-style leg workout. There’s nothing you can do in the gym that trains the legs in the same manner as the tire. Therefore, the tire is a great way to shock your body and stimulate some new muscle growth by doing a new activity!

For sports performance – Just look at the driving angle used by a football lineman, the body angle required for optimal acceleration by a sprinter, or the angle of a MMA fighter’s body while shooting in for a wrestling takedown. These positions are all analogous to the angle of the body while pulling the tire sled, which leaves no doubt about the sports carryover of training with the tire sled.

For exercise enthusiasts – The tire sled is a great way to add some variety to your training. It will also help you add a new, fun, and challenging element to your boring, one-dimensional gym workout.

For knee and back injuries – Almost all of my athletes who suffer from aching, painful knees and/or backs can still go hard with the tire sled while pulling some heavy loads. The tire sled is a great knee- and low back-friendly strength training tool. Read my “Big Legs with Bad Knees” article for more on how to train around knee issues.

You can usually get a big tire for free at any local tire recycling center. Here’s a picture from our last tire pick-up trip. They’ve got plenty to choose from, in all shapes and sizes!

All you have to do is go there and pick it up yourself; they’re usually happy to give it to you. Here’s a picture of Marc’s (my business partner) truck loaded with tires. Be sure to bring some straps to hold the tire in your truck bed!

Before you leave the tire yard, I recommend finding the tallest, most stable tire pile to do your best super-hero pose on, like this:

All you have to do is go there and pick it up yourself

In order to perform all of the tire exercises and workouts featured in this article, you’ll also need a few more things:

A thick chain (to go around the tire)A length of long climbing rope or a heavy-duty dog leashHandles from any cable machineA shoulder harness

You’ll see what the general setup with this equipment looks like in the videos and exercise pictures below.

Here’s a list of the most popular tire training exercises that I use here at Performance U to get my athletes into sick shape!

This is the most pure tire sled exercise you can use to crush your legs and build insane levels of conditioning. Also, as I mentioned above, you can’t find a better exercise for improving the forward lean / driving angle needed for optimal sprinting ability, MMA/wrestling, and football performance!

I love using the Abs straps around my arms for this exercise to increase the demand on the upper-body and core. My MMA and NFL athletes love this version with the Abs straps!

I love the using the Prowler! Prowler Pushes are one of my all time favorite total-body exercises for increasing strength, conditioning, and mental toughness levels. That said, not everyone can afford to buy a Prowler and others just don’t have the storage space.

The tire can be kept outside and is free or low cost. Plus, due to the instability created by the handles, it can give you an even more intense workout than the Prowler!

Check out this video to see what I mean:

If you’re looking for a great way to crush your quad muscles and build some sick new muscle size in the front of your legs, the reverse tire pull will deliver big results!

Wrestlers and MMA athletes can use the Abs straps (as shown in the picture) to make this exercise even more grappling-specific!

This movement is great for hitting the lateral muscles of the leg that are often neglected in most traditional gym exercises. It’s also a great way for athletes to improve lateral power and change-of-direction ability.

It’s easy to make the tire feel lighter or heavier if you use the physics principles of angles, forces, and friction.

Put simply, the shorter the rope/strap connecting you to the tire, the lighter the load will feel because you’re reducing the vertical force of the tire on the ground (because part of the weight of the tire is being held up by the rope/strap), which reduces the friction and thus the perceived dragging load.

To make the tire feel heavier, simply lengthen the rope/strap and position yourself farther away from the tire.

This places more of the full weight of the tire on the ground instead of being held up by the rope, which enhances the friction that makes the tire harder to move.

I explain and demonstrate these concepts in great detail in this video:

Now that you’ve seen the tire sled exercises, here’s a few sample lower-body workouts that put them into real-world practice.

1. Deadlifts: 4x 4-6
2. Tire Sled Drag: 4 x 20-25yds (use large/heavy tire)
3a. Reverse Tire Drag: 4×15-20yds (use large/heavy tire)
3b. Glute/Ham Raises: 4x 8-10
4. Barbell Calf Raises: 2×20

1. 10-15yd sprints: x6
2. Long Jumps: 5×5
3. Tire Drags: 4 x 15-20yds (get to finish line as fast as possible)
4. Crossover Tire Drag: 2x 10-15yds each side (get to finish line as fast as possible)

1. Prowler Tire Push: 4x 25yds
2. Cross-Over Tire Drag: 2×15-20yds each side
3. 300yds Shuttle Run: x2 (sprint 25yds x12)

I’ve given you everything you need to know in order to get a safe, fun, and super effective workout using a big tire.

I’ve done my part…now it’s time to do yours!

Go get yourself a tire, get yourself out of the same old gym routine, and start “getting after it” outside for all the spectators to witness!

Discuss, comment or ask a question

If you have a comment, question or would like to discuss anything raised in this article, please do so in the following discussion thread on the Wannabebig Forums - The Ultimate Guide to Tire Training discussion thread.

About Nick Tumminello

Nick Tumminello, the director of Performance University, is a nationally recognized coach and educator who works with a select group of athletes, physique competitors, and exercise enthusiasts in Baltimore, Maryland.

Nick is rapidly establishing himself as a leader in the field for his innovative techniques and “smarter” approach to training. As a coach, Nick works in the trenches testing, developing and refining his innovative techniques with clients and athletes of all ages and levels.

Go to his website NickTumminello.com to get your free “Smarter & Stronger” video course.


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Deep Meal-Frequency Thoughts

by Nate Miyaki – 12/08/2011 Meal Frequency Science


Like many T Nation readers, I grew up with bodybuilding nutrition. That's right, I studied Championship Bodybuilding by Chris Aceto like it was the Bible, snuggled Arnold's Encyclopedia every night, and waited anxiously every month to read my favorite bodybuilding magazines from cover to cover.

Bodybuilding-style nutrition (six small meals, specific macronutrient ratios and food distribution patterns, etc.) is one of the most effective ways to change a body, no doubt about it. Anyone who tells you it doesn't has never done it, with any real consistency, dedication, or discipline.

But as I've worked with more people in the real world, and as my theories have evolved, I've begun to ask myself three major questions regarding this approach.

The answer for the majority is no, even for the most hardcore of athletes. Many competitors can attest to this experience firsthand: post-contest bingeing, weight rebound, and the negative hormonal feedback loop associated with extreme training/nutrition approaches and/or drug protocols.

Anyone can eat a certain way when motivation is high, be it for a contest, a new photo on Facebook, or even just that summertime pool party where you know the hot bartender you've been eyeballing for months is going to be attending.

But what is the preparation for that one big day doing to your long term metabolic and hormonal health, and your ability to get lean the next time around?

Is doing no carbs for weeks at a time, three hours of cardio a day, and having the personality of a snail and the libido of a corpse the only way to get in shape? No six-pack is worth that.

Some will justify bulking and cutting cycles as necessary, but for many it's a simple yo-yo scenario, despite it being part of an athletic realm. That's not sustainable, nor is it good for your long-term physique goals or overall health. I've seen former competitors yo-yo themselves right into obesity, type II diabetes, and a lifetime of health and body composition struggles.

If that route sounds appealing to you, then great, go for it man. To each their own. I'm more interested in finding a plan that's sustainable for the rest of my life, and allows me to be in shape year-round.

Meal Frequency Science


For years I had no problem getting to the grocery store every other day, cooking a crap-load of food twice a week, packing a man purse full of Tupperware every day, etc. Discipline and dedication are just part of my personality.

I falsely assumed the same was true for everyone when I started in this game. You want to get in shape? Then do what you f#!king gotta do to achieve that goal.

But as I've worked with more real people in the real world, I've come to realize that this isn't as functional or realistic for most outside of the fitness industry.

Have you ever consulted with a Silicon Valley entrepreneur whose industry moves at a thousand Tweets per second? Have you ever advised a doctor or a lawyer who can be in surgery or court for a half day at a time? Or a college kid who has a full load of classes, is working a part-time job to pay for tuition, and is trying to squeeze in just enough time to try to get laid?

No stopping off for tuna and broccoli every two hours for any of these demographics. Pro Tan and "pube trimming sessions" are the furthest things from their mind.

Is eating 6-8 small meals a day functional and sustainable for the next year, five years, or the rest of your life when priorities change and you're chasing other career goals, yet still want to be in good shape?

If you are leaning towards "not really," the next question is, is it absolutely necessary to achieve results, or is there another way?

I'm not talking bodybuilding competition diets here, so I don't need a bunch of angry bodybuilders throwing their soiled posing panties at me, unless you're a woman, of course.

Getting stage-ready is something different. If that's your pursuit, I hope you're following an informed approach and not some outlandish protocol formulated from gym rats. If you're in doubt, hook up with an expert coach. I'm a fan of the Mountain Dog myself – someone who combines education with practical "street" experience.

Furthermore, I'm not talking about bulking phases or guys eating strictly for improving athletic performance. If your calorie requirements are 5000+, you probably have no choice but the 5-6 meals a day route.

This article, however, and my writings in general, is geared towards the other 90% of the noncompetitive strength-training population that's just looking for a sustainable approach to cutting up and being able to say, "I look good. I mean really good. Hey everyone, come and see how good I look."

Meal Frequency Science


Just as I ask that you not get caught up in ADA or Paleo dogma, I ask that you not get caught up in bodybuilding/fitness nutrition dogma. If you can maintain some objectivity, the reality is there are other methods and approaches to getting into great shape.

The late, great Serge Nubret used to eat two meals a day composed of pounds of horsemeat with rice and beans. I know what some of you are thinking – steroids – but that's not just what worked for him. Many of his non-bodybuilding clients reported great body composition transformation results as well.

The three-square meals a day approach gets bashed in our industry and is often criticized as being counterproductive for fat loss and physique enhancement.

However, this is most likely because the typical Y2KAmerican Diet is used as the representative/control group of this approach – mocha and pastry for breakfast, sandwich and chips for lunch, pizza and cookies for dinner.

This is problematic for comparison because these are not the typical meals eaten by someone pursuing body composition transformation.

It's more the suboptimal food choices that are the problem, not the meal frequency pattern itself. Three meals a day can work just fine for fat loss provided you're making good food selections.

To contrast, the traditional Japanese diet (fish, lean meats, eggs, vegetables, rice, sweet potato, low refined foods, etc.) yields some of the lowest obesity and diabetes rates in the world. And don't give me "genetics," there are studies that show when native Japanese people switch to more westernized dietary patterns, biomarkers of health skydive and body fat skyrockets.

I'm not trying to get everyone to start feeling like they're "turning Japanese," but you can certainly learn a thing or two from their dietary approach, just like you can from any effective approach (Paleo, Mediterranean).

While I think a Paleo Diet is a good starting template for an overweight and sedentary office worker, I think the traditional Japanese diet is a good template for a strength-training athlete taking a healthy approach to physique enhancement by way of a carb-based approach.

Here's a typical day. I've adjusted the totals to better fit a 180-pound dude as opposed to a 95-pound Geisha:

Breakfast: 2-3 whole eggs, 4oz fish, 1-cup rice, sea vegetables*, green tea.
Lunch: 8 oz teriyaki chicken, 1-cup rice, mixed vegetables
Dinner: 12 oz salmon or mackerel, miso soup, 1-cup rice, spinach salad.
Dessert: 1 piece whole fruit or 1/2 cup mashed sweet potato.

This supplies our 180-pound bodybuilder with a great base diet of roughly 180g of protein, 180g of carbs, and 40-50g of fat as byproduct of protein foods.

*Sea vegetables are basically, well, seaweed, which might not sound appetizing but have been a staple of the Japanese diet for centuries. Sea vegetables also offer one of the broadest ranges of minerals of any food including iron, magnesium, zinc, and especially iodine. The name "sea vegetables" is actually a broad term for a number of vegetables like nori, hijiki, wakame, arame, kombu, and dulse.

The next step is on training days to add the appropriate peri-workout nutrition protocol. For lean guys or those trying to gain as much mass as possible, the original Anaconda Protocol is the most effective (natural) method I've ever encountered.

However, heavier-set guys or those with weight class restrictions may be better suited with the Anaconda Protocol 2, which yields significant yet less dramatic gains in size and strength.

Meal Frequency Science


Back when I was in school, I always had to make up for spending too much time wet daydreaming about the handful of scintillatingly hot girls in my Organic Chemistry by cramming with Cliffs Notes. Here's the Cliffs Notes version of just some of the science on meal frequency:

A study by Bellisle, et al. looked at the proposed benefit of frequent meals on the thermic effect of food (TEF). While the researchers found support that TEF was higher with frequent feedings, the results were neither unanimous nor significant, concluding that the intake side of the energy balance equation is still paramount.(1)

Another study by Burke et al. looked at equal 24-hour carbohydrate intakes divided into feedings every four-hours versus every hour. There was no significant difference in muscle glycogen storage between the two groups.(2)

Finally, a study by Norton found that while frequent "dosing" of amino acids is common practice, it's unlikely that eating another meal 2-3 hours after the first would be sufficient to induce another rise in protein synthesis since amino acid/leucine levels are already elevated.

Norton concludes that it may, therefore, be more useful to consume larger amounts of protein at a meal and wait longer between protein doses than the 2-3 hours typically recommended in the bodybuilding community.(3)

Disregarding personal bias or tradition and looking at the objective science, clearly there's no major difference between smaller, more frequent meals or larger meals spaced out further apart for fat loss, and metabolic factors related to fat loss (dietary induced thermogenesis, 24-hour energy expenditure, etc.).

Now, some will use this science to "hear what they want to hear" and bash bodybuilding nutrition. "I knew it. Three-meals a day is superior to the six-small-meals a day approach. Bodybuilders are obsessive, compulsive idiots."

That's not what the research is saying. It's saying they're relatively equal. Translation? Both can be effective in a real-world protocol.

Remember the hierarchy of fat loss: Optimum food choices, total calories, and targeted macronutrient ratios based on individual factors are the most important steps in designing an effective fat loss diet. If these variables are controlled for, meal frequency doesn't matter as much.

The optimum meal frequency pattern for you is whatever pattern helps you consistently stick to your diet the most. The most sustainable and functional approach in your world is the best approach for you.

In other words, the physiology of meal frequency doesn't matter so much. Both science and anecdotal evidence prove that. It's the psychological and social factors that are the most crucial variables in your decision.

This, of course, requires some self-experimentation on your part. How does meal frequency fit into your daily schedule, career demands, lifestyle habits, and social patterns?

Some find that eating smaller, more frequent meals allows for better blood sugar control, makes them feel more energetic, and makes them less prone to bingeing and cheating. Although they're eating smaller, calorie-controlled meals, psychologically they like the idea that another meal is always right around the corner. They like staying ahead of hunger, or that never hungry, never quite full feeling.

If they do go a long period without food and are hungry, they can't make good food choices. They end up overeating junk. A traditional fitness/bodybuilding approach may work better for this group.

Many fitness athletes have a fear that if they ever go more than three hours without food, the body will start cannibalizing itself and they'll lose all their hard-earned muscle tissue. These guys have a "feed the machine" mentality. Regardless of physiological truths, psychology is a key component of dietary success. Smaller, frequent meals may be the best approach for this demographic as well.

With busy career demands, and an unwillingness to pack foods and carry around Tupperware everyday, some find that eating 6-8 small meals a day is hyper-inconvenient and unrealistic for their lifestyle. They can't consistently fit in six balanced and complete meals a day. What ends up happening is they have a few solid meals and then just eat snack foods – usually of the highly refined and processed "high carb plus high fat American" type.

Furthermore, when they eat, they like to eat full, complete, satiating meals. The small fitness-style meals don't satisfy appetite and leave them constantly hungry and craving more. Psychologically, it makes them feel like they're constantly depriving themselves or they're always "on a diet."

Finally, there are those whose career or lifestyle demands fit neatly around the traditional three-meals-a-day approach. After all, this is the pattern that society and civilization has set up as the normal structure in most cultures. We have our breakfast business meetings, our lunch breaks, and our social dinners.

Three-square meals may be the easiest approach to consistently follow for those working professionals who are not fitness professionals or athletes. Slaving away trying to fit into a fitness approach of eight small meals a day may be unrealistic and counterproductive.

Just remember, food choices are critical. Three square meals a day with good food choices will yield much different results than three square meals a day of junk foods, and average Y2K American food choices.

So to bring closure to this piece and sum it all up in a short, sweet sound bite, three meals a day can work – if that works better for you.

Next up on the hierarchy is food distribution. In the Samurai Diet approach I talk about a modified bodybuilding-style approach to protein and fat intake, and an intermittent fasting-style approach to carbohydrate intake. Am I just confused or am I onto something? Noodle with that, and I'll catch up with you soon.

You can check out Nate's book The Samurai Diet: The Science & Strategy of Winning the Fat Loss War. You can find the ebook version here or, if you prefer a PDF version, here.

Bellisle et al. 1997. Meal frequency and energy balance. Br J Nutr Apr;77 Suppl 1:S57-70.

Burke, et al. 1996. Muscle glycogen storage after prolonged exercise: effect of the frequency of carbohydrate feedings. Am J Clin Nutr 64(1): 115-119.

Norton, L. 2008. Optimal protein intake and meal frequency to support maximal protein synthesis and muscle mass. SlideShare.


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The Dirt on Clean Eating

The Dirt on Clean Eating

Introduction

Everyone knows the difference between dirty and clean foods, so I don’t have to explain the obvious…or do I? My favorite response to questions about how to eat clean is, “Wash your food.” The biggest problem with discussing foods in these terms is that there’s no clear definition of clean or dirty. The difference might seem obvious, but a closer look shows that it’s far from clear-cut. The confusion is compounded when clean eating is preached as the best way to optimal health and body composition. In this article, I’ll use research and field experience to shed some light on these muddy issues.

The Fickle Nature of Clean

To illustrate the inconsistency of clean through decades, I’ll begin with the 1980’s, widely regarded as the start of the fitness revolution. Through much of the decade, fat (regardless of type) was portrayed by both the academic and lay press as the bad guy. Eating clean in the 80’s was largely characterized by avoiding fat, whether through the plethora of fat-free products, or the vigilant avoidance of all forms of added and naturally occurring fats within foods. Toward the end of the decade, whole grain products were regarded as the foundation of optimal health.

The 1990’s was a decade that dichotomized unsaturated fats as good, and saturated fats as bad. Red meat, egg yolks, and pretty much all sources of dietary cholesterol were to be avoided. Abundant grain consumption was still encouraged, and even more so if the grain product had a low glycemic index (GI). High insulin elevations were considered harmful to health and body composition. Therefore, multiple small meals around the clock was recommended not only to control insulin levels, but also to supposedly raise metabolism.


Moderation is the key. Gorging on fast foods is most certainly not the way…

Clean in the 2000’s was characterized by the beginnings of amnesty toward saturated fat and cholesterol. They no longer were considered as dirty as previously thought; now hydrogenated vegetable oil was the poison. Omega-3 fatty acids from fish and flaxseed were placed on a heavenly pedestal, receiving the more-is-better stamp. Carbohydrate was now seen as a potentially greater threat to dieters than fat. Sugar was particularly unclean, as evidenced by the boom of artificially sweetened, low-carb products.

The present decade has just begun, and eating clean has taken some interesting directions. One is an appeal to imagination about Paleolithic eating habits, which eliminates the consumption of grains, legumes, dairy, added salt, sugar, alcohol, and even certain vegetables. This definition of clean is perhaps the most logically inconsistent one. It emphasizes a prehistoric model, yet many of its proponents take an array of cutting-edge nutritional supplements, and use satellite technology to navigate their drive to the closest parking spot at the gym. Fruits and vegetables have always been a mainstay of clean eating, but pesticide-free produce is now somehow cleaner, pests and all. Another twist in the carbohydrate saga has snowballed as well. Insulin spikes from high-GI carbs were the bane of the 90’s. But now, fructose, a low-GI carbohydrate with minimal effects on insulin response, is now one of the top public enemies.

As you can see, the definition of clean is an elusive target. Are there any common threads among the decades with respect to eating clean? Is there any way to objectively label foods as clean or dirty? Before I get to that, let’s take a look at the concept as it’s been traditionally applied to bodybuilding.

Bodybuilding Clean

Clean eating in the bodybuilding sense deserves its own discussion. Much of its ‘rules’ are adaptations of dogma from the 80’s and 90’s with a healthy dose of contradiction. Many bodybuilders who consider themselves hardcore will avoid (among other things) dairy and fruit, regardless of training season. Why? Nobody really knows, but I’d speculate that fruit & dairy phobia among bodybuilders originated from the pre-contest leaning-out process, which typically involves the reduction of carbohydrate. Milk and fruit are both carb-dominant foods, and are thus prime candidates for reduction or elimination.

But still, my example above is speculative. This dogma could just as easily have come about by someone cutting milk and/or fruit out of the diet and experiencing further fat loss from the re-creation of an energy deficit, and declaring those foods barriers to fat loss. Nevertheless, in some pre-contest cases, carbohydrate restriction to extreme degrees is called for, and this nullifies the possibility of including milk & fruit (or any carb source, for that matter), at least cyclically. So, milk and fruit got blamed as bad for all occasions, when their omission only potentially applies to certain aggressively carb-restricted dieting phases. Bodybuilders often pride themselves on having nutrient-rich diets, yet many of them opt for a significant portion of their day’s carbohydrate allotment as dextrose (or some other empty-calorie carb source) instead of fruit.


Fruits should not be avoided

Attempts at Objectively Defining Clean

Scientific investigations of the nutritional status of bodybuilders have shown some interesting results, and here are some of the highlights. Kleiner and colleagues examined the pre-contest dietary habits of male & female junior national & national-level competitors,15-40% of whom admitted to using various drugs [1]. Despite consuming adequate total calories, women were “remarkably deficient” in calcium intake, which is not surprising given the widespread milk-phobia among bodybuilders. In subsequent work led by Kleiner on female & male competitors at the first drug-tested USA Championship, men consumed only 46% of the RDA for vitamin D. Women consumed 0% of the RDA for vitamin D, and 52% of the RDA for calcium [2]. Zinc, copper, and chromium were also underconsumed by the women. Despite dietary magnesium intakes above the RDA, serum magnesium levels in females were low. Serum zinc levels were high in men and women. It’s notable that not all research on bodybuilders has found nutrient deficiencies. Intakes in significant excess of the RDA in both offseason and pre-contest conditions have also been seen [3,4]. Still, the potential for nutrient deficiencies in this population is strong due to the elimination of food groups combined with a high training volume and lowered caloric intake overall.

The two most commonly cited characteristics of foods considered clean are a lack of processing and a high nutrient density. Let’s look at processing first. Foods in their whole, naturally occurring state are often deemed clean. In contrast, foods that are altered or removed from their original state are stripped of the clean stamp. Is this demerit warranted? As we’ll see, this is not a reliable method of judgment for all foods. By this definition, most supplements are dirty, since they often undergo extensive processing and are far-removed from their original source.

To use a common example, whey is doubly processed in the sense that it’s not only a powdered form of milk protein, but it’s a separated fraction of milk protein. Yet, when combining the results of standard ranking methods (biological value, protein efficiency ratio, net protein utilization, and protein digestibility corrected amino acid score), whey has a higher total than all other proteins tested, including beef, egg, milk, and soy [5]. Furthermore, research has shown not only its benefits for training applications [6], but whey has a surprisingly wide range of potential for clinical applications as well [7-10]. Therefore, despite whey being a refined/processed food, it has multiple benefits and minimal downsides.

The next commonly proposed qualifier for a food to be considered clean is its nutrient density. A little-known fact is that there is no scientific consensus on what nutrient density actually means. To quote Miller and colleagues [11],

“There is currently no science-based definition for either nutrient density or nutrient-dense foods. Without a definition that has been developed using an objective, scientific approach, the concept of what is a “nutritious” food is subjective and, therefore, inconsistent.”

The existence of multiple methods of measuring diet quality illustrates the point expressed in the quote above. Nutrient profiling systems include the Healthy Eating Index (HEI), Diet Quality Index, and Alternative HEI. The most recent profiling method is the Nutrient Rich Foods Index (NRFI). The NRFI attempts to consolidate principles from previous methods to establish a more comprehensive definition of nutrient density. It judges individual foods based on the presence of selected important nutrients and absence of problematic ones [12]. Still, the NRFI has its bugs and biases, particularly against saturated fat (& fat in general).


Nitrean+’s combination of 3 whey fractions, casein, and egg proteins affords multiple proven benefits despite being a highly processed foodstuff product.

Attempts at Objectively Defining Clean

A simplistic learning tool called the “Go, Slow, and Whoa” (GSW) food classification system was designed to help children and families make better food choices [13]. GSW was recently compared with the more sophisticated NRFI, and despite some differences, both methods closely corresponded with each other in terms of distinguishing energy-dense and nutrient-rich foods [14]. Although the two methods aligned fairly well, they also share similar out-dated ideologies. For example, sports drinks have a “Slow” designation, and whole milk is nailed as a “Whoa” food – brilliant, huh? Tuna canned in water is in the most favorable “Go” column, while fatty fish like salmon is not even listed. A final example is the listing of egg whites in the “Go” column, and whole eggs in the “Slow” column. Unsurprisingly, the government-issued guidelines are still stuck in the fat-phobic era.

Perils of Judging the Parts & Not the Whole

In the process of classifying foods based on nutrient density, the context of the foods within the diet as a whole is often lost. Attempts at defining nutrient density of foods on an individual basis, for the most part, have failed. Much of the classifications are out-dated at best, and counterproductive at worst. It would seem to be a simple matter of labeling foods with a high ratio of micronutrients to calories as nutrient-dense, and foods with a high ratio of calories to micronutrients as energy-dense. However, this simply is not the case. An energy-dense food can still contain more essential macronutrition and/or bioavailable micronutrition than a nutrient-dense, energy-sparse food. Another thing that tends to get ignored is that athletes with high endurance demands or high overall training volume would compromise their performance if energy density was neglected. Ultimately, it’s impossible to judge a food in isolation from the rest of the diet. Furthermore, it’s impossible to judge a diet without considering the training protocol, goals, preferences, and tolerances of the individual.

Dirty Fat Loss

Clean diets are commonly touted to produce more favorable body composition changes than unclean diets. In fact, some even claim that dirty dieting will not allow fat loss to occur. For weight or fat loss, concerns of a dirty diet used to be centered on fat intake. That’s no longer the case; carbohydrate has been receiving the brunt of the contempt lately. In light of the current sugar-phobic climate with an emphasis on fructose, the following studies deserve special attention.

First up, Surwit and colleagues compared the 6-week effects of 2 hypocaloric diets - one with 43% of the total calories as sucrose (table sugar), and one with 4% of the total calories as sucrose [15]. No significant differences were seen in the loss of bodyweight or bodyfat between the high and low-sucrose groups. Strengthening these results was the use of dual X-ray absorptiometry (DXA) to measure body composition. Furthermore, no differences in blood lipids or metabolism were seen between the groups. It looks like a more sugary intake still cannot override a calorie deficit.


Janeil knows a thing or two about eating right.

Next up is a recent study by Madero and colleagues, comparing the 6-week effects of a low-fructose diet (less than 20 g/day) or a moderate-fructose diet (50-70 g/day) mostly from whole fruit [16]. The moderate-fructose group lost significantly more weight than the low-fructose group (4.19 kg versus 2.83 kg, respectively). Notably, the moderate-fructose group lost slightly more fat, but not to a statistically significant degree. Unfortunately, body composition was measured with bioelectrical impedance analysis (BIA) instead of something more reliable like DXA. Nevertheless, bodybuilders afraid of fruit would have to admit that the dirtier diet prevailed in this case.

Trans fatty acids (TFA) have earned a lot of bad press for their adverse effects on biomarkers of cardiovascular health [17,18]. However, some research indicates that not all TFA are harmful. A distinction should be made between industrially produced TFA via hydrogenation of vegetable oils, and naturally occurring TFA in dairy and meat [19]. Vaccenic acid, the main form of TFA in ruminant fats, might actually lower the risk for coronary heart disease [20]. Currently, there’s no controlled human research specifically comparing the effects of TFA with other types of fats on body composition. In any case, the fitness-conscious population has nothing to worry about unless they start indiscriminately gorging on fast food, cooking with vegetable shortening, and pounding loads of processed/packaged pastries and desserts.

All-or-Nothing Dieting & Eating Disorder Risk

In 1997, a general physician named Steven Bratman coined the term orthorexia nervosa [21], which he defines as, “an unhealthy obsession with eating healthy food.” It reminds me of the counterproductive dietary perfectionism I’ve seen among many athletes, trainers, and coaches. One of the fundamental pitfalls of dichotomizing foods as good or bad, or clean or dirty, is that it can form a destructive relationship with food. This isn’t just an empty claim; it’s been seen in research. Smith and colleagues found that flexible dieting was associated with the absence of overeating, lower bodyweight, and the absence of depression and anxiety [22]. They also found that a strict all-or-nothing approach to dieting was associated with overeating and increased bodyweight. Similarly, Stewart and colleagues found that rigid dieting was associated with symptoms of an eating disorder, mood disturbances, and anxiety [23]. Flexible dieting was not highly correlated with these qualities. Although these are observational study designs with self-reported data, anyone who spends enough time among fitness buffs knows that these findings are not off the mark.

Applying Moderation: The 10-20% Guideline

For those hoping that I’ll tell you to have fun eating whatever you want, you’re in luck. But, like everything in life, you’ll have to moderate your indulgence, and the 10-20% guideline is the best way I’ve found to do this. There currently is no compelling evidence suggesting that a diet whose calories are 80-90% from whole & minimally processed foods is not prudent enough for maximizing health, longevity, body composition, or training performance. As a matter of fact, research I just discussed points to the possibility that it’s more psychologically sound to allow a certain amount of flexibility for indulgences rather than none at all. And just to reiterate, processed does not always mean devoid of nutritional value. Whey and whey/casein blends are prime examples of nutritional powerhouses that happen to be removed from their original food matrix.


Use the 10-20% discretionary intake rule and enjoy life a bit.

The 10-20% guideline isn’t only something I’ve used successfully with clients; it’s also within the bounds of research. Aside from field observations, there are three lines of evidence that happen to concur with this guideline. I’ll start with the most liberal one and work my way down. The current Dietary Reference Intakes report by Food & Nutrition Board of the Institute of Medicine lists the upper limit of added sugars as 25% of total calories [24]. Similarly, an exhaustive literature review by Gibson and colleagues found that 20% of total calories from added sugars is roughly the maximum amount that won’t adversely dilute the diet’s concentration of essential micronutrition [25]. Keep in mind that both of these figures are in reference to refined, extrinsic sugars, not naturally occurring sugars within whole foods like fruit or milk. Finally, the USDA has attempted to teach moderation with their concept of the discretionary calorie allotment, defined as follows [26]:

“…the difference between total energy requirements and the energy consumed to meet recommended nutrient intakes.”

Basically, discretionary calories comprise the margin of leftover calories that can be used flexibly once essential nutrient needs are met. Coincidentally, the USDA’s discretionary calorie allotment averages at approximately 10-20% of total calories [27]. Take note that discretionary calories are not just confined to added sugars. Any food or beverage is fair game. The USDA’s system is still far from perfect, since it includes naturally-occurring fats in certain foods as part of the discretionary calorie allotment. This is an obvious holdover from the fat-phobic era that the USDA clings to, despite substantial evidence to the contrary [28].

It’s important to keep in mind that protein and fat intake should not be compromised for the sake of fitting discretionary foods into the diet. In other words, make sure discretionary intake doesn’t consistently displace essential micro- & macronutrient needs, and this includes minimum daily protein and fat targets, which vary individually. This may be tough to accept, but alcohol is not an essential nutrient. Its risks can swiftly trump its benefits if it’s consumed in excess, so it falls into the discretionary category.

10% Versus 20%

Another legitimate question is why I’ve listed the discretionary range as 10-20% rather than just listing it as a maximum of 20%. This is because energy balance matters. In bulking scenarios, maintaining a 20% limit could potentially pose health risks that are already elevated by the process of weight gain, which in some cases involves a certain amount of fat gain. Conversely, weight loss tends to be an inherently cardioprotective process, independent of diet composition [29]. So, the 20% limit is more appropriate for those either losing or maintaining weight. Those who are gaining weight but want to play it safe should hover towards the lower & middle of the range (10-15%). Another factor that can influence the upper safe threshold is physical activity level. I’ll quote Johnson & Murray in a recent review [30]:

“Obesity and metabolic syndrome are rare among athletes, even though dietary fructose intake is often high, underscoring the robust protective role of regular exercise.”

In the above quote, you can substitute any controversial food or nutrient in place of the word fructose, and the same principle would apply. A greater range of dietary flexibility is one of the luxuries of regular training. Sedentary individuals do not have the same level of safeguarding from the potentially adverse effects of a higher proportion of indulgence foods. And just in case it wasn’t made clear enough, 10-20% indicates the maximum, not minimum discretionary allotment. If someone strives to consume 0% of calories from any food that’s been processed or refined from its original state, then that’s perfectly fine – as long as this is the person’s genuine preference, and not a painful battle of will. I’d also like to make it clear that there is still plenty of grey area in the study of dietary effects on health. As such, the nature and extent of the miscellaneous or rule-free food allotment is a delicate judgment call. In this case, it’s wise to keep scientific research at the head of the judging panel, but don’t ignore personal experience & individual feedback.

Final Note: Linear Versus Nonlinear Distribution

A legitimate question is, what’s the best way to distribute discretionary calories? Should they be confined to a daily limit, or can it be a weekly limit? The best answer is to let personal preference decide. If we use a 2000 kcal diet as an example, a flat/linear approach would mean that 200-400 kcal per day can come from whatever you want, while meeting essential needs otherwise in the diet. Weekly, this translates to 1400-2800 kcal, depending on the factors I previously discussed. One nonlinear option would be to break the weekly allotment in half, where 2 days per week you indulge in 700-1400 kcal of whatever you want, keeping the remaining 5 days relatively Spartan. Again, there is no universally superior method of distributing the discretionary allotment. The same principle applies to the choice of foods to fulfill it. Honoring personal preference is one of the most powerful yet underrated tactics for achieving optimal health and body composition. And that’s the nitty-gritty as I see it.

References

1. Kleiner SM, et al. Metabolic profiles, diet, and health practices of championship male and female bodybuilders. J Am Diet Assoc. 1990 Jul;90(7):962-7.
2. Kleiner SM, et al. Nutritional status of nationally ranked elite bodybuilders. Int J Sport Nutr. 1994 Mar;4(1):54-69.
3. Keith RE, et al. Nutritional status and lipid profiles of trained steroid-using bodybuilders. Int J Sport Nutr. 1996 Sep;6(3):247-54.Hoffman JR, Falvo MJ. Protein-which is best? J Sport Sci Med 2004; 3: 118-30.
4. Bamman MM, et al. Changes in body composition, diet, and strength of bodybuilders during the 12 weeks prior to competition. J Sports Med Phys Fitness. 1993 Dec;33(4):383-91.
5. Hoffman JR, Falvo MJ. Protein-which is best? J Sport Sci Med 2004; 3: 118-30.
6. Hulmi JJ, et al. Effect of protein/essential amino acids and resistance training on skeletal muscle hypertrophy: A case for whey protein. Nutr Metab (Lond). 2010 Jun 17;7:51.
7. Xu R. Effect of whey protein on the proliferation and differentiation of osteoblasts. J Dairy Sci. 2009 Jul;92(7):3014-8.
8. Krissansen GW. Emerging health properties of whey proteins and their clinical implications. J Am Coll Nutr. 2007 Dec;26(6):713S-23S.
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10. Marshall K. Therapeutic applications of whey protein. Altern Med Rev. 2004 Jun;9(2):136-56.
11. Miller GD, et al. It is time for a positive approach to dietary guidance using nutrient density as a basic principle. J Nutr. 2009 Jun;139(6):1198-202.
12. Fulgoni VL 3rd, et al. Development and validation of the nutrient-rich foods index: a tool to measure nutritional quality of foods. J Nutr. 2009 Aug;139(8):1549-54.
13. US Department of Health and Human Services, National Heart Lung and Blood Institute. We can! Go, Slow and Whoa foods. http://www.nhlbi.nih.gov/health/public/heart/obesity/wecan/downloads/gswtips.pdf
14. Drewnowski A, Fulgoni V 3rd. Comparing the nutrient rich foods index with “Go,” “Slow,” and “Whoa,” foods. J Am Diet Assoc. 2011 Feb;111(2):280-4.
15. Surwit RS, et al. Metabolic and behavioral effects of a high-sucrose diet during weight loss. Am J Clin Nutr. 1997 Apr;65(4):908-15.
16. Madero M, et al. The effect of two energy-restricted diets, a low-fructose diet versus a moderate natural fructose diet, on weight loss and metabolic syndrome parameters: a randomized controlled trial. Metabolism. 2011 May 27. [Epub ahead of print]
17. Mozaffarian D, Clarke R. Quantitative effects on cardiovascular risk factors and coronary heart disease risk of replacing partially hydrogenated vegetable oils with other fats and oils. Eur J Clin Nutr. 2009 May;63 Suppl 2:S22-33.
18. Wallace SK, Mozaffarian D. Trans-fatty acids and nonlipid risk factors. Curr Atheroscler Rep. 2009 Nov;11(6):423-33.
19. Chardingny JM, et al. Do trans fatty acids from industrially produced sources and from natural sources have the same effect on cardiovascular disease risk factors in healthy subjects? Results of the trans Fatty Acids Collaboration (TRANSFACT) study. Am J Clin Nutr. 2008 Mar;87(3):558-66.
20. Field CJ, et al. Human health benefits of vaccenic acid. Appl Physiol Nutr Metab. 2009 Oct;34(5):979-91.
21. Bratman S. What is orthorexia? Accessed August 2011. http://www.orthorexia.com/index.php?page=katef
22. Smith CF, et al. Flexible vs. Rigid dieting strategies: relationship with adverse behavioral outcomes. Appetite. 1999 Jun;32(3):295-305.
23. Stewart TM, et al. Rigid vs. flexible dieting: association with eating disorder symptoms in nonobese women. Appetite. 2002 Feb;38(1):39-44.
24. Food and Nutrition Board, Institute of Medicine. Dietary Reference Intakes for Energy, Carbohydrate, Fiber, Fat, Fatty Acids, Cholesterol, Protein, and Amino Acids. 2005.
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26. DGAC Advisory Committee, USDA. Part D, Section 3: Discretionary Calories. The Report of the Dietary Guidelines Advisory Committee on Dietary Guidelines for Americans, 2005.
27. Center for Nutrition Policy & Promotion. My Pyramid: Food intake patterns, 2005. http://www.choosemyplate.gov/downloads/MyPyramid_Food_Intake_Patterns.pdf
28. Hession M, et al. Systematic review of randomized controlled trials of low-carbohydrate vs. low-fat/low-calorie diets in the management of obesity and its comorbidities. Obes Rev. 2009 Jan;10(1):36-50.
29. Leenen R, et al. Relative effects of weight loss and dietary fat modification on serum lipid levels in the dietary treatment of obesity. J Lipid Res. 1993 Dec;34(12):2183-91.
30. Johnson RJ, Murray R. Fructose, exercise, and health. Curr Sports Med Rep. 2010 Jul-Aug;9(4):253-8.


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