We’ve moved the blog to the home page of speedweightlossbook.com.
We’ll keep this portion of the site live for old links that might be pointed here, but for new posts please go to the home page.
Tell us what you think of the new site!
Filed under: Uncategorized — Matt Schoeneberger M.S. @ 3:22 pm
“I want to get toned” is a ubiquitous statement in the personal training and weight loss arena. I don’t know how many times I have had clients say it or the number of times I have seen it written. But what does it really mean? When I ask people what they mean when they say it I get a number of answers. After a brief discussion with them, the general conclusion is they want to lose fat, and look lean and fit. They also stress that they don’t want to get “muscular” or “big and bulky”. They don’t want to look like a bodybuilder, as if it was as easy as lifting weights a few times a week for 30 minutes. There is no problem with wanting to get “toned”. The problem has to do with being clear about what that really means and how you can actually accomplish it.
First, there needs to be a clear definition of what being “toned” is. Although there will be varying views and preferences, I think most people would agree with the following definition of “toned”;
“Having a body fat level that is low enough so that the contours of the muscles have a greater level of visibility resulting in a more fit or athletic look”
So looking “toned” comes down to how much body fat is covering the muscles. Therefore, depending on where people hold their fat stores, some parts of the body will more “toned” than others. Why certain areas will have more or less fat, at a given level of body fat, is largely due to genetics/gender/hormones. For example, it is common to see a guy with “toned” arms but still have a good size belly. In females, it is common to have a more defined upper body, but still have a good amount of extra fat in the lower body. As a side note, when it comes to health, extra fat in the lower body is typically NOT a health risk (Janssen et al). The resulting distribution of fat stores on a particular individual will usually lead to a desired to lose fat in a specific area or areas. In general, men want to lose weight from their midsection and women want to lose weight from their backside and thighs. It is an understandable goal, but can you really “tone” a specific area?
Toning a specific area, which means losing fat in that area, leads to a discussion of “spot reduction”. There is no lack of programs and gadgets, such as The Contour Belt©, 6 Minute Abs©, Brazil Butt Lift©, Hip Hop Abs©, and many others that promise to help you “tone” a certain part of the body. But can these really deliver on their promise? The short answer is NO, but here is why. Spot reduction is based on the idea that if you work the muscles in the area that you want to “tone” (lose fat) the body will specifically breakdown or burn the fat in that area ONLY, or to a much higher degree than working other muscles. Sounds good, but it really does NOT work that way. There is some increase in fat breakdown but it has such a minor affect that it has no real-world benefit (Stallknecht et al). When it comes to those electric “ab belts” there is no evidence that they will help you lose fat in the midsection (Porcari et al; Porcari et al). This is well known physiology and anyone who calls themselves a health and fitness professional should know this. As mentioned before, what dictates what fat will be burned is largely dictated by genetics/gender/hormones. Diet and exercise can have an effect, but not in a spot reduction way. What I mean is that exercise in GENERAL and a low carbohydrate diet can help the body specifically use or burn fat that is in the midsection (visceral fat) (Freedland). Again, to be clear, working a muscle that is next to the area you want to “tone” will NOT have any REAL-WORLD affect on the amount of fat that will be burned in that area, therefore it will NOT reduce the fat in that area any more than exercise that works another area. (Please memorize that last sentence).
Associated with this discussion is the idea that you can build muscle from exercise and that this affect will make you look more “toned”. There is no doubt that increasing the amount of muscle has the potential for improving one’s appearance. However, unless the amount of fat that is covering the muscle is reduced, you will NOT look more “toned”. When it comes to gaining muscle, exercise, particularly weight training, can be a good stimulus for it. However, for those people that are trying to get more “toned” typically they need to lose a good amount of weight, probably 30 pounds or more. This means that the person will have some level of calorie deficit which will hopefully be compensated by an increase in the utilization body fat. But, what often occurs during weight loss is that fat and muscle are broken down, to varying degrees, to make up for the calorie deficit. One benefit of exercising during weight loss, getting “toned”, is that it can help preserve muscle tissue and make the body burn more body fat (Stiegler et al; Volek et al). This affect seems to be enhanced with a low carbohydrate diet (ref). In fact, there is some research that demonstrated the ability of a low carbohydrate diet with resistance training to elicit fat loss and increase lean tissue. However, this affect will probably not occur in most people and even if it did the amount of lean tissue gained is only a very small fraction of the amount of fat that would be lost. The point here is that you should do some exercise on a regular basis, it has numerous health benefits, and it may help you lose weight, particularly fat. But, when you are trying to lose fat, get “toned”, it is not likely you will increase the amount of muscle you have.
A final aspect about getting “toned” is loose skin. There are no hard numbers on the occurrence, but having loose skin after losing a substantial amount of weight is possible. The likelihood of this occurring is due to genetics, age, how big you were, how long you were big, and how much weight you have lost. If this should happen to you I am afraid to tell you that it is not likely that you will be able to modify this with exercise, diet, or other lifestyle habits. Your best bet to help modify this problem is to gain some muscle. After you have reached your goal weight you should focus on an intense weight training program, along with the proper nutrition plan. However, for most people, particularly older people and women, it is not likely that you will gain a lot of muscle tissue. Therefore, you can help fill-in the loose skin by building muscle, but it is not likely you will be able to have a substantial affect on the looseness.
Here is the take home message, if you want to get “toned”, follow a quality eating plan (read SPEED), and do some weight training for the whole body a few days a week and do some cardio two or three days a week. The most important thing is sticking to it (read SPEED). This is certainly not exciting, and it will likely not turn into a million dollar infomercial, but it may save you some time and money and will actually get you “toned”.
References
Freedland, E. (2004). Role of critical visceral adipose tissue threshold (CVATT) in metabolic syndrome: implications for controlling dietary carbohydrates: a review. Nutr & Metab; 1(12).
Janssen, I. et al (2004). Waist circumference and not body mass index explains obesity-related health risks. Am J Clin Nutr; 79: 379-384.
Porcari, J. et al (2002). Effects of electrical muscle stimulation on body composition, muscle strength, and physical appearance. J Strength & Conditioning Research; 16(2): 165-172.
Porcari, J. et al (2005). The effects of neuromuscular electrical stimulation training on abdominal strength, endurance, and selected anthropometric measures. J Sports Science & Medicine; 4: 66-75.
Stallknecht, B. et al (2007). Are blood flow and lipolysis in subcutaneous adipose tissue influenced by contractions in adjacent muscles in humans? Am J Physiol Endo Metab; 292: E394-E399.
Stiegler, P. et al (2006). The role of diet and exercise for the maintenance of fat-free mass and resting metabolic rate during weight loss. Sports Med; 36(3): 239-262.
Volek, J. et al (2004). Comparison of energy-restricted very low carbohydrate and low-fat diets on weight loss and body composition in overweight men and women. Nutr & Metab; 1(13).
Filed under: Uncategorized — Jeff Thiboutot M.S. @ 7:04 pm
Obesity & Genetics – A great documentary
Following this link to watch the documentary “Why are thin people not fat”. This is a great documentary about the genetics of weight regulation. Take the time to watch it.
Filed under: Uncategorized — Jeff Thiboutot M.S. @ 12:49 pm
Taurine – Does it boost energy?
Taurine is an amino acid, which is what proteins are made of. It is a ubiquitous ingredient in energy drinks and is often promoted as an energy booster. However, is there any evidence that ingesting larger than normal amounts of taurine will increase a person’s energy level?
Before getting to the “energy” aspect, I want to give you a short overview of what taurine is. As mentioned above, taurine is an amino acid and is a very important one. In fact, “taurine [has] considerable biological significance” (Lourenco, p.266). It is so important because it is found in almost every tissue in the body, particularly the heart, brain, skeletal muscles, pineal gland, liver and the retina. Due to its functions, taurine supplementation has been found to have a positive affect with many conditions such as hypertension, arrhythmias, seizures, macular degeneration, and diabetes. The amount of taurine used typically ranges from one to six grams a day. This amount is often many times higher than what is typically ingested from dietary sources, which ranges from 40 to 400mg/day for non-vegetarians to virtually none from a strict vegan diet. With respect to supplemental taurine, the safety of this supplement is very good and many grams a day is not likely to cause any significant adverse effects.
Taurine is considered a conditionally essential amino acid. This means that an adult can typically make enough taurine, in the body, from other amino acids, particularly cysteine. However, taking in higher amounts may have some benefits as mentioned above. Additionally, because dietary taurine is mostly found in animal products, particularly in seafood and organ meats, people that follow a vegetarian or vegan diet may benefit from supplementing with taurine.
Now what about the “energy” aspect of taurine? Well it seems that there is no good evidence that supplemental taurine, found in energy drinks or supplements, gives someone an energy boost or helps with maintaining a higher energy level. As mentioned above, taurine has the potential to have positive health effects and is considered very safe are relatively high levels for most people. But when it comes to more energy, it falls short. So why is it in energy drinks? Like many things, it sounds good and boosts sales! But, the fact is, it is not the ingredient in energy drinks or supplements that can give you an energy boost.
References
Braveman, E. (2002). The healing nutrients within. North Bergen, NJ. Basic Health.
Galloway, S. et al (2008). Seven days of oral taurine supplementation does not increase muscle taurine content or alter substrate metabolism during prolonged exercise in humans. J Appl Physiol; 105: 64-651.
Gupta, R.C. (2004). Taurine: Insurance of sound health. Indian J Pharm; 36(5): 333.
Lourenco, R. etal (2002). Taurine: a conditionally essential amino acid in humans? An overview in health and disease. Nutr Hosp; 17: 262-270.
Wesseling, S, et al (2009). Taurine: Red Bull or Red Herring? Hypertension; 53: 909-911.
Filed under: Product Review, Uncategorized, diet, health, nutrition — Jeff Thiboutot M.S. @ 8:41 am
Have you seen the high-fructose corn syrup TV ads?
There have been two TV ads about high-fructose corn syrup (HFCS) that have been airing on a regular basis since 2008 (click here and here to watch them). I was reminded of these ads because one of them aired during a show I was watching this past weekend. Basically the TV commercial is telling people that HFCS is natural and not unhealthy in moderation, just like regular sugar. Is this true? Hardly!
So what is HFCS? HFCS come from corn, but it is definitely not natural. There is an elaborate process to turn corn into HFCS. The basics of it is that it takes many steps, chemcial processes, in the lab to produce HFCS (for a more detailed explanation of the process see The Murky World of High-Fructose Corn Syrup, click here). The result is a sugar that is about 55% fructose and 45% glucose. This is similar to regular table sugar which is typically 50% fructose and 50% glucose. It is similar but different in a way that makes it worse.
What makes it worse is the increase in fructose. I know that fructose sound healthy, reminds us of fruit, but the fact is it is the worst type of sugar you can ingest. The reason fructose consumption has the potential to cause negative effects is because the body is not well equipped to handle large amounts of it. The following are some of the negative effects associated with high fructose consumption, whatever the source;
This does not mean that eating some whole fruit is bad, but anything over small amounts, probably 2 to 3 pieces a day, is not good for many people. This typically translates to about 15 grams of fructose a day. For a comparison, a 12 ounce regular soda has about 40 grams of sugar typcially from HFCS. Therefore, this single soda will have about 22 grams of fructose. For those of you drinking fruit juice I am afraid you are not doing any better. One 12 ounce serving of unsweetened orange juice has about 36 grams of sugar and about 18 grams of fructose.
What about the moderation aspect? The first problem is that it is a processed simple sugar and has not redeeming nutritional quality except having calories. It has no vitamins, minerals, protein or essential fats. There is no need to ever ingest HFCS or regular sugar. Second, what is moderation? This is an ambiguous term. Again, there is no need to eat any amount of processed sugars, regular or HFCS. There is nothing good about them and they are typically added to foods and drinks that have no redeeming nutritional qualities to them.
The bottom line is that processed sugars, this includes HFCS, should be avoided at all costs. There is nothing natural or healthy about them. Can you eat a little bit everyday and be healthy, probably. But for the millions of people who are unhealthy and/or have a weight problem these substances should be avoided. Don’t be fooled by the slick marketing, which, by the way, is paid for by the Corn Refiners Association. HFCS is not natural and it can contribute to health and weight problems.
P.S. There is a very good lecture on this topic called; Sugar-The Bitter Truth by Robert H. Lustig M.D. Click here to watch it.
Filed under: Uncategorized — Jeff Thiboutot M.S. @ 5:04 pm
If you are following a low carb diet then you should be eating a high amount of fat, relative to the other two macronutrients. Fat should make up 40-60% of your calories. The amount will vary depending on the carb intake you are shooting for. Here is an example;
I think the following helps to visualize the relative macronutrient intakes. Protein should stay about the same while the carbs and fats vary. In fact, you should figure out your protein needs first. A protein intake of about 1.5g/kg (.7g/lb) is a good place to start. As carbs or fats go up the other one should go down.
Here is a low carb view
Here is a high carb view
If you are eating a low carb diet make sure you are eating some good fats, such as whole eggs, dark meats, nuts, seeds, avocados, coconut, and olives. You still need to be aware of the amounts, but these foods should be part of your regular diet. These foods not only have some good fats and taste good but are also loaded with many health promoting nutrients. Bon appetit.

Filed under: Uncategorized, diet, weight loss — Jeff Thiboutot M.S. @ 2:43 pm
Recently Jimmy Moore of livinlavidalowcarb.com interviewed Matt and I for one of his weekly podcasts. It is now available. Click below to listen.
Filed under: Uncategorized, weight loss — Tags: weight loss — Jeff Thiboutot M.S. @ 9:26 am
A new review of our book filled with factual and contextual errors!
Tim Boyd recently reviewed our book SPEED. This review was published in the Spring 2010 issue of the WAFP magazine, Wise Traditions in Food, Farming and the Healing Arts and is also on there website. As confident as we are in the material that we have published we know that there will be people who disagree with varying amounts of it. In fact, we hope that others can find some weaknesses in our arguments so that we can continually improve our recommendations. But the errors in Mr. Boyd’s review are so egregious that you would think it was a joke or we were being punked. But it was not a joke and Ashton Kutcher did not jump out of a van. Again, a thoughtful critique is welcomed, but one that seems to be blatantly flawed in its facts and logic is not acceptable. The following is our attempt to set the record straight. The flow of the rebuttal will follow the flow of the review.
We start with the third paragraph. Mr. Boyd states “The authors eventually get around to talking about calorie restriction and tell us 20-40 percent restriction is necessary for weight loss. This is followed by a long list of benefits to calorie restriction. Lower insulin tops the list. There is no explanation of the fact that calories from carbohydrates tend to spike insulin levels while calories from fat tend not to. So, is calorie restriction a radically new idea? I don’t think so.”
Before discussing the calorie restriction aspect specifically, we wanted to touch on the “eventually get around to” aspect. To us, based on what was written, the reviewer does not give a fair representation of the main them of the book, which is the Bio-Psycho-Social concept. We start out the book by explaining the need for following a comprehensive approach if long-term success it to occur. We go on to describe the first four parts of SPEED, which are sleep, psychology, exercise, and environmental before we even get to the diet chapter. We thoroughly explain the importance of these factors and support our views with copious amounts of high-quality references. Why does the reviewer not mention anything about these very important chapters? We are confused why the majority of what we have written was not discussed. The author spends the majority of his review critiquing the diet chapter. This brings us back to the third paragraph of the review.
We assume that the reviewer agrees that there are many potential benefits to calorie restriction (CR). We also discuss intermittent fasting (IF) which seems to have similar benefits as CR and is one method for reducing calorie intake. Additionally, there is some evidence that IF without a reduction in overall calorie intake has health benefits. Yes, CR does lower insulin levels. However, the reduction of insulin occurs with all types of macronutrient intakes (see the multiple references in the book). This means that both high carb, low fat and low carb, high fat diets BOTH have this effect. Although it is likely that a low carb diet would do this a bit better, the majority of CR research is not done with a low carb diet and the plethora of benefits are still achieved. We did not get into much detail on the carb-insulin topic. So what? As we state at the beginning of the book, our writing style for the book is based on brevity and simplicity. We are not trying to write a biochemistry textbook. We want people to get the gist of it. However, we do explain the benefits of a low GI/GL diet (pp. 91-92). We also state that a low carb diet decreases INSULIN and other markers of health (p.93). At the end of the paragraph he states “So is calorie restriction a new idea? I don’t think so.” What is the reviewers point? We didn’t say that this is a new idea. We are stating that there are multiple benefits, besides weight loss, with consuming fewer calories.
In paragraph four Mr. Boyd states “Calorie restriction has been tried from every angle for many decades now. It can give you short term results but unless you have the willpower to starve yourself for the rest of your life, those lost pounds will be back with their friends. Calorie restriction has been literally tried to death. Is the population thinner as a result? I don’t think so”. There are multiple reasons why people cannot stick to a weight loss program. This is really the main point of our book. There are biological, psychological, and social aspects that must be considered if long-term success is to occur. When it comes to diet, there is a certain way of eating, i.e., a low carb, medium protein, high fat diet, that will modify multiple hormones in a way that will make it easier, not necessarily easy, to be able to eat less on a consistent basis. We would argue that a low fat, high carb diet, the most common diet recommendation, is one of the main factors for the poor success rates. Additionally, is the reviewer saying that there is no need to cut back on intake (calories) to lose weight? If so, how does a person lose weight? Where is the evidence that a person can eat the same amount of calories and lose weight? We are well aware of the “metabolic advantage” (MA) research on low carb diets (see our references). We do feel that there is a possibility of a MA with low carb diets. However, the actual amount of weight loss that can be elicited by this effect itself is very small. Therefore, to cause a substantial amount of weight loss, which many people need, a certain amount of a calorie reduction, such as 20-40%, is needed. Another aspect is the view that calorie restriction is the same things as starvation, “starve yourself for the rest of your life”. This is done by many people including Mr. Boyd. Starvation leads to poor health and death, calorie restriction, a 20-40% reduction done properly (we cover how to do this in the book) leads to numerous health benefits. He makes another logical error. Because people are not losing weight and people are tending to get bigger does not mean that calorie reduction does not work. This is a non-sequitor argument. There are multiple reasons for the lack of success. Again, that is the main point of our book, the bio-psycho-social model of change. It is clear that the reviewer does not represent the facts well in this paragraph. On to the next paragraph.
Here is what is said in paragraph five, “Next is a discussion of low carb diets which are put in a positive light. There is some discussion about what is the right amount of protein but no mention of fat. Do they mention that a low carb diet must be a high fat diet or it is doomed to failure? I don’t think so”. No mention of fat or a high fat diet; you must be kidding! This is probably the most egregious error in the review. At this point we are feeling that the reviewer didn’t even read the book. We state multiple times that we recommended a high fat diet. The first page of the diet chapter (p.85) we state “Eat a low carbohydrate, medium protein, HIGH FAT diet” [emphasis added]. This is the second of nine bullets of the Do this… section. Does it get any clearer than that? Here are some more examples. On page 90 we state “We recommend a low carb, medium protein, high fat diet”. We then discuss the benefits and safety of ketogenic diets, which is, or should be, a high fat diet. We state “During a ketogenic diet…the body makes ketones in the liver from fats, which are a great fuel source for the muscles and the brain” (p.98). Then in the Doing SPEED chapter our example diet plans are high fat. Based on the example for calculating the macronutrient needs of a person, the resulting diet is 49% fat (p.158). For the week of example meals, the average intake has 49% fat (p.160). How does this information equate to “no mention of fat’?
Paragraph six is “The advice starts to get really dizzy after this point. The authors mention the importance of sleep prominently on the front cover and elsewhere in the book. They also say caffeine is a good way to lose weight. Do they also mention it is a good way to lose adrenal function? And sleep? I don’t think so”. What we say is that caffeine and/or coffee has the ability to decrease appetite and has thermogenic properties. There are also many other potential benefits. We also mention that there is the potential for side effects such as “difficulty falling asleep” (p.113-114). The reference to adrenal function is likely based on the work of Dr. Wilson (Adrenal Fatigue: The 21st Century Stress Syndrome). We have read this book and are aware of this “new” syndrome. The problem is that the amount of quality evidence for this new syndrome is not strong. Additionally, the evidence that the use of caffeine/coffee at reasonable dosages, such as those described in our book, actually causes adrenal fatigue is lacking. In fact, there is plenty of evidence that caffeine can lead to feeling less stressed (Weinberg et al; Smith). So if feeling stressed is a cause of the Adrenal Fatigue syndrome, then caffeine could actually help prevent it. However, there is the potential for side effects even at reasonable amounts as well as the potential for people to abuse it. These last two aspects do not diminish the fact that there is good evidence for weight and health benefits from the use of caffeine and coffee.
Here is paragraph seven, “They go on to say stevia is the best sweetener and their second choice is a good, old-fashioned, traditional. . . artificial sweetener? We are going from dizzy to scary now. We are also led to believe canola oil is a good oil. Oh, and try the Zero Impact bars too. I never heard of them so I looked them up. The listed ingredients include yummies like maltitol, glycerin, low DE corn syrup, brown rice syrup and xanthan gum. Elsewhere on the same page they say the bar has no maltitol. And the dizziness returns. Are these things components of traditional diets? I don’t think so”.
Let’s start with the sweetener aspect. First, our main recommendation on the use of sweeteners is to minimize the use of ALL of them, natural or artificial (p.87, bullet #8). Nowhere do we call splenda or any other sweeteners “good, old fashioned, traditional…”. We actually give a fairly detailed description of artificial sweeteners (AS’s) and their connection to health and weight management. When it comes to health it seems that for most people small amounts of AS intakes will not likely cause any negative health effects. When it comes to weight loss they may help a bit. So, within the context of weight loss, which is what our book is about, the use of AS sweetened beverages instead of regular sugar based, typically HFCS, drink is a better choice. It doesn’t mean it is the best choice. But for many people the choice, particularly at first, is between a beverage or food product that has sugar or one that is similar that is sweetened with an AS. Stevia and xylitol (also erythitol) are the better sweeteners, but the use of small amounts of AS’s is likely fine and if a person loses 30, 40 or more pounds, then the overall balance of health is still with the weight loss. We are not surprised by the canola oil comment. We are aware of the WAPF position on this oil. Again, we think it is important to keep in mind that this is a weight loss book, not a “How to eat the perfect diet based on Dr Price’s work and/or paleo principles, for perfect health” book. It is a book about a comprehensive approach to achieving and maintaining a healthy weight that is likely to get a person to be much healthier than they were when they started, not eat a perfect diet. Is canola oil the best oil? Probably not, but it is better than soybean oil or the other high omega 6 oils. We clearly recommend people avoid soybean oil and the other high omega 6 oils and partially hydrogenated oils (p.159). The canola oil is recommended mainly as a type of mayo. We felt that this was a better choice than a soybean oil based mayo. We also recommended a canola based mayo because we have not found a purely olive oil or coconut oil based mayo. Again, a better choice but not the best. Also, it is not like we only recommend canola oil. We recommended many fats that anyone associated with the WAPF should fine pleasing; extra virgin olive oil, butter, cream, coconut oil, and palm oil. Therefore, the majority of fats we do recommend are very much in-line with the WAPF. Next is the discussion of Zero Impact bars. First, keep in mind the better verses best line of thinking. We are the first ones to say that these and some of the other bars we recommend are not perfect. But, due to their convenience and overall macronutrient amounts and ingredients, we think they can be a helpful ADJUCT to a WEIGHT LOSS diet. Here is the macronutrient breakdown of the Zero Impact bar, pumpkin flavor:
Protein- 30 grams, 27% of calories
Fat- 20 grams, 41% of calories
Total Carbs- 35 grams, 32% of calories
Fiber- 5 grams
Net Carbs- 30 grams
Here is what the ingredients are (I am holding a bar in my hand): whey protein isolate, whey protein concentrate, natural almond butter, natural sunflower butter, semisweet chocolate, purified water, glycerin, brown rice syrup, erythritol, pumpkin, rolled oats, natural & artificial flavors, lecithin, potassium sorbate, salt, sweet potato, mixed tocopherols, xanthan gum. Not perfect, but not too bad either. It does NOT contain maltitol and so what if it does. Maltitol is one type of sugar alcohol, although not the type we think is best. Anyway, we are curious where we say what the specific ingredients of the Zero Impact bar are or any bar for that matter. The fact is that we do NOT mention that anywhere in the book. This is another example of factual errors. One final error before concluding; the Fucoprotein bar from Garden of Life does NOT contain any soy, see for yourself at http://fucoproteinbar.com/. Another factual error.
It is clear that Tim Boyd, the reviewer, has made many factual and contextual errors in his review. We would agree that there are a few dietary items that are not perfect, but so what. Our goal was not to get people to eat a perfect diet. Our goal is to get people to achieve and maintain a healthy weight in a way that is very likely to also increase their level of health. It seems clear to us that Mr. Boyd has never worked with real people who have struggled with their weight. This tends to lead to overly idealistic stances, which tend to get in the way of progress. Our final gripe has to do with our research skills. Mr. Boyd wrote in the final paragraph “were they Sleeping when they did their research?” He seems to be accusing us of not doing our homework when it comes to the research for our book. Where is he getting this stuff? We obviously cannot prove that we read all of the 298 citations that we have in the book, but we did. Our book is meticulously referenced to high-quality research. A jab at our research and efforts to support our recommendations with quality evidence is clearly not justified. Do to all that we have stated above we feel that this review is shameful and it tarnishes our view of the WAPF.
References:
Smith, A. (2002). Effects of caffeine on human behavior. Food Chemical Toxicology; 40: 1243-1255.
Weinberg, B.A. & Bealer, B. (2002). The caffeine advantage. New York. Free Press.
Filed under: Research, Uncategorized, book review, nutrition — Jeff Thiboutot M.S. @ 9:36 am
On April 12th, around 9:45 Dr. Eades, co-author of Protein Power tweeted this:
Muscle inflammation after resistance exercise is greater with high-carb recovery diet. Lift, eat carbs, hurt. http://bit.ly/a9RZwU
It caught my attention so I checked it out. I always like links to research. I’m a nerd.
If you haven’t already clicked the link above, the study Dr. Eades referred us to is “Enhanced inflammation with high carbohydrate intake during recovery from eccentric exercise” published in the European Journal of Applied Physiology. Dr. Eades’ should have read the study more closely. His short synopsis is not only incomplete, it’s incorrect.
The study breaks down like this. Two diets, dubbed high and low carbohydrate (CHO), were tested for their ability to affect the immune response to eccentric exercise when ingested during the recovery period. The researches measured glucose, insulin, tumor necrosis factor-a, IL-1B, IL-6, and C-reactive protein as well as perceived muscle soreness. The high CHO diet elicited higher perceived muscle soreness, hence Dr. Eades’ proclamation “Lift. Eat Carbs. Hurt.”, although soreness was elevated with both diets compared to pre-exercise values.
At this point it would seem obvious that the high CHO diet resulted in more soreness post-exercise and you could draw the conclusion that carbohydrates induce muscle soreness, right? Wrong. In order to keep the diets at the same calorie level while manipulating CHO, protein and fat were adjusted as well. While the high CHO diet contained, as a percentage of total calories, 75/15/10, the low CHO diet contained of 6/70/24 as carbohydrates/protein/fat.
Whoops!
Do you see the difference in the amount of protein? You know, the stuff that’s been shown to REDUCE MUSCLE SORENESS when increased in the diet. (Chen) In other words, the high CHO diet didn’t induce muscle soreness, it was merely inferior at blunting muscle soreness because of its low protein content.
Now, take into account not just the macronutrient quality of the diet, but the quality of the foods consumed.
Low CHO meal – Turkey, cheese and nuts
High CHO meal – Corn flakes, 2% milk, apple juice and CLIF bars.
Ouch. So the low carb diet provides not only more protein, but better quality protein with a better amino acid profile! You know, amino acids, the other things shown to reduce DOMS with supplementation during the post-exercise period? (Jackman)
Now, please understand. I’ve only pointed to a few studies. I’m not making a recommendation that BCAAs or protein will diminish DOMS because much more research with similar design needs to be completed. Frankly, the inconsistency between study design and the variability of the outcomes I found while looking into this render the research inconclusive.
And what can we all learn from this? We learn that even the great doctors we’ve come to trust can jump to conclusions when they get excited about a study that helps support ideas they’re passionate about. When this starts happening, find a different source for information.
-Matt
References
Depner CM, Kirwan RD, Frederickson SJ, Miles MP. Enhanced inflammation with high carbohydrate intake during recovery from eccentric exercise. Eur J Appl Physiol. 2010
Chen SC, Davis MJ, Mahoney S, et al. Carboydrate-protein beverage improves recovery from muscle damage induced by downhill running. Med Sci Sports Ex. 2009:41(5);509
Jackman SR, Witard OC, Jeukendrup AE, Tipton KD. Branched-chain amino acid ingestion can ameliorate soreness from eccentric exercise. Med Sci Sports Ex. 2010
Filed under: Research, Uncategorized — Tags: DOMS, muscle soreness — Matt Schoeneberger M.S. @ 8:26 am
We don’t like using the word toned, and I explain why in the video above. Let’s all try to avoid this word and say more specifically what we mean.
Filed under: Uncategorized, weight loss — Tags: weight loss — Matt Schoeneberger M.S. @ 9:27 am